From 4c5ab3ab6180c53f613f201b61369f45737c9422 Mon Sep 17 00:00:00 2001 From: Quinn Slack Date: Thu, 14 Mar 2024 18:31:17 -0700 Subject: [PATCH 01/18] update agent recording token to use new shared account (#3414) --- .../recording.har.yaml | 7948 ++++++++--------- agent/src/index.test.ts | 181 +- recordings/symf_3564355686/recording.har.yaml | 40 +- vscode/src/local-context/symf.test.ts | 2 +- 4 files changed, 3754 insertions(+), 4417 deletions(-) diff --git a/agent/recordings/defaultClient_631904893/recording.har.yaml b/agent/recordings/defaultClient_631904893/recording.har.yaml index d0d685f37e81..2870376607e6 100644 --- a/agent/recordings/defaultClient_631904893/recording.har.yaml +++ b/agent/recordings/defaultClient_631904893/recording.har.yaml @@ -5,7 +5,7 @@ log: name: Polly.JS version: 6.0.6 entries: - - _id: dede1c68d7ac00635be70ab6c1e7ebd0 + - _id: d22d4d0d72b75b134d527dd03676dff6 _order: 0 cache: {} request: @@ -18,7 +18,7 @@ log: - _fromType: array name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - _fromType: array name: connection value: keep-alive @@ -140,7 +140,7 @@ log: cookies: [] headers: - name: date - value: Tue, 12 Mar 2024 12:25:53 GMT + value: Thu, 14 Mar 2024 23:44:02 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -169,7 +169,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-12T12:25:52.269Z + startedDateTime: 2024-03-14T23:44:01.792Z time: 0 timings: blocked: -1 @@ -179,7 +179,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 54b648a7df4cb99101dc4bde69611a65 + - _id: 6c23d30dc27bf46bf2b811011bcfaaf5 _order: 0 cache: {} request: @@ -192,7 +192,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -220,22 +220,19 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 303 + bodySize: 232 content: mimeType: text/event-stream - size: 303 + size: 232 text: |+ event: completion - data: {"completion":" Hi","stopReason":""} + data: {"completion":" Hello","stopReason":""} event: completion - data: {"completion":" Hi there","stopReason":""} + data: {"completion":" Hello!","stopReason":""} event: completion - data: {"completion":" Hi there!","stopReason":""} - - event: completion - data: {"completion":" Hi there!","stopReason":"stop_sequence"} + data: {"completion":" Hello!","stopReason":"stop_sequence"} event: done data: {} @@ -243,7 +240,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:15 GMT + value: Thu, 14 Mar 2024 23:44:04 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -272,7 +269,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:13.825Z + startedDateTime: 2024-03-14T23:44:03.158Z time: 0 timings: blocked: -1 @@ -282,7 +279,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 12ddab5e3807209b5aeebfa908611d7a + - _id: bf39cca39b7860b627890e0ad3dc451a _order: 0 cache: {} request: @@ -295,7 +292,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -323,10 +320,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 45829 + bodySize: 55761 content: mimeType: text/event-stream - size: 45829 + size: 55761 text: >+ event: completion @@ -715,272 +712,352 @@ log: event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System","stopReason":""} + + + event: completion + + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.","stopReason":""} + + + event: completion + + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out","stopReason":""} + + + event: completion + + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.","stopReason":""} + + + event: completion + + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println","stopReason":""} + + + event: completion + + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.","stopReason":""} + + + event: completion + + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo","stopReason":""} + + + event: completion + + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run","stopReason":""} + + + event: completion + + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this","stopReason":""} + + + event: completion + + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:","stopReason":""} + + + event: completion + + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1","stopReason":""} + + + event: completion + + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1.","stopReason":""} + + + event: completion + + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save","stopReason":""} + + + event: completion + + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the","stopReason":""} + + + event: completion + + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code","stopReason":""} + + + event: completion + + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in","stopReason":""} + + + event: completion + + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the print","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2.","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1.","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `jav","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3.","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2.","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with:","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: jav","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe print","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3.","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with:","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console.","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with: java","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console. This","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with: java Main","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console. This is","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with: java Main\n\nThis","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console. This is a","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with: java Main\n\nThis will","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console. This is a simple","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with: java Main\n\nThis will print","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console. This is a simple way","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with: java Main\n\nThis will print \"","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console. This is a simple way to","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with: java Main\n\nThis will print \"Hello","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console. This is a simple way to print","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with: java Main\n\nThis will print \"Hello World","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console. This is a simple way to print a","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with: java Main\n\nThis will print \"Hello World!\"","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console. This is a simple way to print a message","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with: java Main\n\nThis will print \"Hello World!\" to","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console. This is a simple way to print a message for","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with: java Main\n\nThis will print \"Hello World!\" to the","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console. This is a simple way to print a message for a","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with: java Main\n\nThis will print \"Hello World!\" to the console","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console. This is a simple way to print a message for a basic","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with: java Main\n\nThis will print \"Hello World!\" to the console when","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console. This is a simple way to print a message for a basic Java","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with: java Main\n\nThis will print \"Hello World!\" to the console when executed","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console. This is a simple way to print a message for a basic Java program","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with: java Main\n\nThis will print \"Hello World!\" to the console when executed.","stopReason":""} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console. This is a simple way to print a message for a basic Java program.","stopReason":""} event: completion - data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using the println statement.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with: javac Main.java\n3. Run it with: java Main\n\nThis will print \"Hello World!\" to the console when executed.","stopReason":"stop_sequence"} + data: {"completion":" Here is a simple Hello World function in Java:\n\n```java\npublic class Main {\n public static void main(String[] args) {\n System.out.println(\"Hello World!\"); \n }\n}\n```\n\nThis defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints \"Hello World!\" to the console using System.out.println.\n\nTo run this:\n\n1. Save the code in a file called Main.java\n2. Compile it with `javac Main.java`\n3. Run it with `java Main`\n\nThe println statement outputs the text to the console. This is a simple way to print a message for a basic Java program.","stopReason":"stop_sequence"} event: done @@ -990,7 +1067,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:16 GMT + value: Thu, 14 Mar 2024 23:44:05 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -1019,7 +1096,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:15.018Z + startedDateTime: 2024-03-14T23:44:04.274Z time: 0 timings: blocked: -1 @@ -1029,7 +1106,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: ad4d70e06b076c217ce8a75e1ce9d319 + - _id: 6d2992e1fb695bb26abee2b857899d33 _order: 0 cache: {} request: @@ -1042,7 +1119,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -1117,12 +1194,12 @@ log: event: completion - data: {"completion":" Nice to meet you Lars Monsen.","stopReason":""} + data: {"completion":" Nice to meet you Lars Monsen!","stopReason":""} event: completion - data: {"completion":" Nice to meet you Lars Monsen.","stopReason":"stop_sequence"} + data: {"completion":" Nice to meet you Lars Monsen!","stopReason":"stop_sequence"} event: done @@ -1132,7 +1209,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:20 GMT + value: Thu, 14 Mar 2024 23:44:10 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -1161,7 +1238,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:19.035Z + startedDateTime: 2024-03-14T23:44:08.981Z time: 0 timings: blocked: -1 @@ -1171,7 +1248,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 5850c1c95c861ca3fbaaf99dce5f668a + - _id: 80494a0ee84c65335bc6c86148fbe9fe _order: 0 cache: {} request: @@ -1184,7 +1261,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -1205,7 +1282,7 @@ log: - speaker: human text: My name is Lars Monsen - speaker: assistant - text: " Nice to meet you Lars Monsen." + text: " Nice to meet you Lars Monsen!" - speaker: human text: What is my name? - speaker: assistant @@ -1288,7 +1365,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:21 GMT + value: Thu, 14 Mar 2024 23:44:11 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -1317,7 +1394,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:20.285Z + startedDateTime: 2024-03-14T23:44:10.075Z time: 0 timings: blocked: -1 @@ -1327,7 +1404,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: d01970740536730412fc7a13d5749fa1 + - _id: 3d22efead1210d9dbfba0824bfd48f29 _order: 0 cache: {} request: @@ -1340,7 +1417,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -1368,10 +1445,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 1264 + bodySize: 2067 content: mimeType: text/event-stream - size: 1264 + size: 2067 text: >+ event: completion @@ -1385,62 +1462,92 @@ log: event: completion - data: {"completion":" I'm Claude","stopReason":""} + data: {"completion":" I'm an","stopReason":""} + + + event: completion + + data: {"completion":" I'm an AI","stopReason":""} + + + event: completion + + data: {"completion":" I'm an AI assistant","stopReason":""} + + + event: completion + + data: {"completion":" I'm an AI assistant created","stopReason":""} + + + event: completion + + data: {"completion":" I'm an AI assistant created by","stopReason":""} + + + event: completion + + data: {"completion":" I'm an AI assistant created by An","stopReason":""} + + + event: completion + + data: {"completion":" I'm an AI assistant created by Anthrop","stopReason":""} event: completion - data: {"completion":" I'm Claude,","stopReason":""} + data: {"completion":" I'm an AI assistant created by Anthropic","stopReason":""} event: completion - data: {"completion":" I'm Claude, an","stopReason":""} + data: {"completion":" I'm an AI assistant created by Anthropic to","stopReason":""} event: completion - data: {"completion":" I'm Claude, an AI","stopReason":""} + data: {"completion":" I'm an AI assistant created by Anthropic to be","stopReason":""} event: completion - data: {"completion":" I'm Claude, an AI assistant","stopReason":""} + data: {"completion":" I'm an AI assistant created by Anthropic to be helpful","stopReason":""} event: completion - data: {"completion":" I'm Claude, an AI assistant created","stopReason":""} + data: {"completion":" I'm an AI assistant created by Anthropic to be helpful,","stopReason":""} event: completion - data: {"completion":" I'm Claude, an AI assistant created by","stopReason":""} + data: {"completion":" I'm an AI assistant created by Anthropic to be helpful, harmless","stopReason":""} event: completion - data: {"completion":" I'm Claude, an AI assistant created by An","stopReason":""} + data: {"completion":" I'm an AI assistant created by Anthropic to be helpful, harmless,","stopReason":""} event: completion - data: {"completion":" I'm Claude, an AI assistant created by Anthrop","stopReason":""} + data: {"completion":" I'm an AI assistant created by Anthropic to be helpful, harmless, and","stopReason":""} event: completion - data: {"completion":" I'm Claude, an AI assistant created by Anthropic","stopReason":""} + data: {"completion":" I'm an AI assistant created by Anthropic to be helpful, harmless, and honest","stopReason":""} event: completion - data: {"completion":" I'm Claude, an AI assistant created by Anthropic.","stopReason":""} + data: {"completion":" I'm an AI assistant created by Anthropic to be helpful, harmless, and honest.","stopReason":""} event: completion - data: {"completion":" I'm Claude, an AI assistant created by Anthropic.","stopReason":"stop_sequence"} + data: {"completion":" I'm an AI assistant created by Anthropic to be helpful, harmless, and honest.","stopReason":"stop_sequence"} event: done @@ -1450,7 +1557,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:22 GMT + value: Thu, 14 Mar 2024 23:44:12 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -1479,7 +1586,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:21.758Z + startedDateTime: 2024-03-14T23:44:11.118Z time: 0 timings: blocked: -1 @@ -1489,11 +1596,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 70776dd00b65a727ab379761670a8bcf + - _id: 13edcc16f8d97d5cf86f899a8f6c94a3 _order: 0 cache: {} request: - bodySize: 481 + bodySize: 509 cookies: [] headers: - name: content-type @@ -1502,7 +1609,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -1523,7 +1630,8 @@ log: - speaker: human text: What model are you? - speaker: assistant - text: " I'm Claude, an AI assistant created by Anthropic." + text: " I'm an AI assistant created by Anthropic to be helpful, harmless, and + honest." - speaker: human text: What model are you? - speaker: assistant @@ -1534,10 +1642,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 2157 + bodySize: 3531 content: mimeType: text/event-stream - size: 2157 + size: 3531 text: >+ event: completion @@ -1546,102 +1654,137 @@ log: event: completion - data: {"completion":" I'm","stopReason":""} + data: {"completion":" I don","stopReason":""} event: completion - data: {"completion":" I'm an","stopReason":""} + data: {"completion":" I don't","stopReason":""} event: completion - data: {"completion":" I'm an AI","stopReason":""} + data: {"completion":" I don't have","stopReason":""} event: completion - data: {"completion":" I'm an AI assistant","stopReason":""} + data: {"completion":" I don't have a","stopReason":""} event: completion - data: {"completion":" I'm an AI assistant created","stopReason":""} + data: {"completion":" I don't have a specific","stopReason":""} event: completion - data: {"completion":" I'm an AI assistant created by","stopReason":""} + data: {"completion":" I don't have a specific model","stopReason":""} event: completion - data: {"completion":" I'm an AI assistant created by An","stopReason":""} + data: {"completion":" I don't have a specific model name","stopReason":""} event: completion - data: {"completion":" I'm an AI assistant created by Anthrop","stopReason":""} + data: {"completion":" I don't have a specific model name or","stopReason":""} event: completion - data: {"completion":" I'm an AI assistant created by Anthropic","stopReason":""} + data: {"completion":" I don't have a specific model name or version","stopReason":""} + + + event: completion + + data: {"completion":" I don't have a specific model name or version.","stopReason":""} + + + event: completion + + data: {"completion":" I don't have a specific model name or version. I","stopReason":""} + + + event: completion + + data: {"completion":" I don't have a specific model name or version. I was","stopReason":""} + + + event: completion + + data: {"completion":" I don't have a specific model name or version. I was created","stopReason":""} + + + event: completion + + data: {"completion":" I don't have a specific model name or version. I was created by","stopReason":""} + + + event: completion + + data: {"completion":" I don't have a specific model name or version. I was created by An","stopReason":""} + + + event: completion + + data: {"completion":" I don't have a specific model name or version. I was created by Anthrop","stopReason":""} event: completion - data: {"completion":" I'm an AI assistant created by Anthropic.","stopReason":""} + data: {"completion":" I don't have a specific model name or version. I was created by Anthropic","stopReason":""} event: completion - data: {"completion":" I'm an AI assistant created by Anthropic. I","stopReason":""} + data: {"completion":" I don't have a specific model name or version. I was created by Anthropic using","stopReason":""} event: completion - data: {"completion":" I'm an AI assistant created by Anthropic. I don","stopReason":""} + data: {"completion":" I don't have a specific model name or version. I was created by Anthropic using their","stopReason":""} event: completion - data: {"completion":" I'm an AI assistant created by Anthropic. I don't","stopReason":""} + data: {"completion":" I don't have a specific model name or version. I was created by Anthropic using their conversational","stopReason":""} event: completion - data: {"completion":" I'm an AI assistant created by Anthropic. I don't have","stopReason":""} + data: {"completion":" I don't have a specific model name or version. I was created by Anthropic using their conversational AI","stopReason":""} event: completion - data: {"completion":" I'm an AI assistant created by Anthropic. 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name: date - value: Thu, 07 Mar 2024 11:58:25 GMT + value: Thu, 14 Mar 2024 23:44:15 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -2688,7 +2831,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:24.597Z + startedDateTime: 2024-03-14T23:44:14.696Z time: 0 timings: blocked: -1 @@ -2698,7 +2841,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: c1d15c84a2dd4b98d5866b9217d1c6a9 + - _id: 7d426108a93308149c0d6c9b3a4066af _order: 0 cache: {} request: @@ -2711,7 +2854,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -2871,10 +3014,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 5896 + bodySize: 10503 content: mimeType: text/event-stream - size: 5896 + size: 10503 text: >+ event: completion @@ -2953,122 +3096,212 @@ log: event: completion - 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data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimal","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound()","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound()","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n ","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n ","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Wo","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"Wo","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"Woof","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\"","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"Woof\";","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"Woof\"; \n ","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n ","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"Woof\"; \n }","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"Woof\"; \n }\n\n ","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n ","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"Woof\"; \n }\n\n is","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n is","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"Woof\"; \n }\n\n isM","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isM","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"Woof\"; \n }\n\n isMam","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isMam","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"Woof\"; \n }\n\n isMammal","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isMammal","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"Woof\"; \n }\n\n isMammal =","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isMammal =","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"Woof\"; \n }\n\n isMammal = true","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isMammal = true","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"Woof\"; \n }\n\n isMammal = true;","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isMammal = true;","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"Woof\"; \n }\n\n isMammal = true;\n}","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isMammal = true;\n}","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"Woof\"; \n }\n\n isMammal = true;\n}\n```","stopReason":""} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isMammal = true;\n}\n```","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n makeAnimalSound() {\n return \"Woof\"; \n }\n\n isMammal = true;\n}\n```","stopReason":"stop_sequence"} + data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isMammal = true;\n}\n```","stopReason":"stop_sequence"} event: done @@ -3078,7 +3311,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:29 GMT + value: Thu, 14 Mar 2024 23:44:19 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -3107,7 +3340,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:27.168Z + startedDateTime: 2024-03-14T23:44:17.439Z time: 0 timings: blocked: -1 @@ -3117,7 +3350,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 1af53e73185561248ca3e8d14277d99c + - _id: e57db4d79e10dedf9c63eea18a391057 _order: 0 cache: {} request: @@ -3130,7 +3363,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -4164,7 +4397,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:31 GMT + value: Thu, 14 Mar 2024 23:44:21 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -4193,7 +4426,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:30.006Z + startedDateTime: 2024-03-14T23:44:20.911Z time: 0 timings: blocked: -1 @@ -4203,7 +4436,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: d7d2cfb740a28ca00830f9704a4e90fe + - _id: bd898e06e8a7e9a9472546d1171d2dba _order: 0 cache: {} request: @@ -4216,7 +4449,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -4269,10 +4502,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 38791 + bodySize: 50662 content: mimeType: text/event-stream - size: 38791 + size: 50662 text: >+ event: completion @@ -4291,1014 +4524,889 @@ log: event: completion - data: {"completion":" Based on the comment","stopReason":""} + data: {"completion":" Based on the code","stopReason":""} event: completion - data: {"completion":" Based on the comment in","stopReason":""} + data: {"completion":" Based on the code snippet","stopReason":""} event: completion - data: {"completion":" Based on the comment in the","stopReason":""} + data: {"completion":" Based on the code snippet and","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code","stopReason":""} + data: {"completion":" Based on the code snippet and comment","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet,","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided,","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squ","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squ","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squir","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squir","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squir","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squir","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels.","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels.","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Source","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Source","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph.","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpec","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n-","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically,","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n *","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squ","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squir","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squ","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squir","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n-","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squir","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels.","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. ","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n *","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squir","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\"","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" ","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Source","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n-","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squ","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squir","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squir","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel,","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Source","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but is","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but is some","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but is some kind","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but is some kind of","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but is some kind of interface","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary,","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but is some kind of interface used","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squ","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but is some kind of interface used in","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squir","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but is some kind of interface used in implementing","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but is some kind of interface used in implementing code","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but is some kind of interface used in implementing code navigation","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but is some kind of interface used in implementing code navigation functionality","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but is some kind of interface used in implementing code navigation functionality in","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but is some kind of interface used in implementing code navigation functionality in Source","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but is some kind of interface used in implementing code navigation functionality in Sourcegraph","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but is some kind of interface used in implementing code navigation functionality in Sourcegraph.","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/","stopReason":""} event: completion - data: {"completion":" Based on the comment in the code snippet, Squirrel is an interface that mocks something unrelated to actual squirrels. It is related to the implementation of precise code navigation in Sourcegraph.\n\nSpecifically, the comment states:\n\n```\n/**\n * Squirrel is an interface that mocks something completely unrelated to squirrels. \n * It is related to the implementation of precise code navigation in Sourcegraph.\n */\n```\n\nSo Squirrel is not referring to the animal squirrel, but is some kind of interface used in implementing code navigation functionality in Sourcegraph.","stopReason":"stop_sequence"} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. 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During the day, the sky is","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. 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Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. 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Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in Sourcegraph, and does","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in Sourcegraph, and does not","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in Sourcegraph, and does not represent","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere.","stopReason":""} + data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. 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During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky","stopReason":""} + data: {"completion":"","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can","stopReason":""} + data: {"completion":"The","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear","stopReason":""} + data: {"completion":"The sky","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange","stopReason":""} + data: {"completion":"The sky is","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange,","stopReason":""} + data: {"completion":"The sky is typically","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink","stopReason":""} + data: {"completion":"The sky is typically blue","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink,","stopReason":""} + data: {"completion":"The sky is typically blue,","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. 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At night","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night,","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink,","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange,","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky may","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky may appear","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray,","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky may appear black","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky may appear black or","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky may appear black or dark","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky may appear black or dark blue","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky may appear black or dark blue,","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky may appear black or dark blue, with","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky may appear black or dark blue, with stars","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky may appear black or dark blue, with stars and","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky may appear black or dark blue, with stars and other","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of day","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky may appear black or dark blue, with stars and other celestial","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of day and","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky may appear black or dark blue, with stars and other celestial objects","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of day and weather","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky may appear black or dark blue, with stars and other celestial objects visible","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of day and weather conditions","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky may appear black or dark blue, with stars and other celestial objects visible.","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of day and weather conditions.","stopReason":""} event: completion - data: {"completion":"The color of the sky can vary depending on the time of day and weather conditions. During the day, the sky is usually blue due to the scattering of sunlight by the Earth's atmosphere. At sunrise and sunset, the sky can appear orange, pink, or red. At night, the sky may appear black or dark blue, with stars and other celestial objects visible.","stopReason":"stop"} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of day and weather conditions.","stopReason":"stop"} event: done @@ -5308,7 +5416,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:38 GMT + value: Thu, 14 Mar 2024 23:44:28 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -5337,7 +5445,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:37.360Z + startedDateTime: 2024-03-14T23:44:27.890Z time: 0 timings: blocked: -1 @@ -5347,7 +5455,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: a9dc565aa8ba36744dd1e6c6627e0234 + - _id: 1d9a2a74a9fad7142cf9ecadad97496e _order: 0 cache: {} request: @@ -5360,7 +5468,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -5411,7 +5519,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:40 GMT + value: Thu, 14 Mar 2024 23:44:29 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -5440,7 +5548,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:40.097Z + startedDateTime: 2024-03-14T23:44:29.124Z time: 0 timings: blocked: -1 @@ -5450,7 +5558,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: d174c3358e5e34a0e49ebce86145f8a1 + - _id: 9f8557007be01735a97ed8f30b07d387 _order: 0 cache: {} request: @@ -5463,7 +5571,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -5518,7 +5626,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:41 GMT + value: Thu, 14 Mar 2024 23:44:29 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -5547,7 +5655,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:40.643Z + startedDateTime: 2024-03-14T23:44:29.495Z time: 0 timings: blocked: -1 @@ -5557,7 +5665,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: a543500e34cd113abb74e234dcd832f2 + - _id: e2af9fe8a0ae30435c8d940be8fe2af2 _order: 0 cache: {} request: @@ -5570,7 +5678,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -5597,10 +5705,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 1421 + bodySize: 1416 content: mimeType: text/event-stream - size: 1421 + size: 1416 text: >+ event: completion @@ -5614,27 +5722,27 @@ log: event: completion - data: {"completion":"I'm here to help with coding-related questions, but I'm not able to provide information","stopReason":""} + data: {"completion":"I'm sorry, I didn't understand your response. Could you please clarify what you meant by \"","stopReason":""} event: completion - data: {"completion":"I'm here to help with coding-related questions, but I'm not able to provide information on individuals unless it's publicly available. Could you please clar","stopReason":""} + data: {"completion":"I'm sorry, I didn't understand your response. Could you please clarify what you meant by \"kramer\"? Are you referring to a person, a concept, or something","stopReason":""} event: completion - data: {"completion":"I'm here to help with coding-related questions, but I'm not able to provide information on individuals unless it's publicly available. Could you please clarify if you have a coding-related question about Kramer or if you need help with","stopReason":""} + data: {"completion":"I'm sorry, I didn't understand your response. Could you please clarify what you meant by \"kramer\"? Are you referring to a person, a concept, or something else? I'm here to help, so the more information you can provide, the better","stopReason":""} event: completion - data: {"completion":"I'm here to help with coding-related questions, but I'm not able to provide information on individuals unless it's publicly available. Could you please clarify if you have a coding-related question about Kramer or if you need help with something else?","stopReason":""} + data: {"completion":"I'm sorry, I didn't understand your response. Could you please clarify what you meant by \"kramer\"? Are you referring to a person, a concept, or something else? I'm here to help, so the more information you can provide, the better I can assist you.","stopReason":""} event: completion - data: {"completion":"I'm here to help with coding-related questions, but I'm not able to provide information on individuals unless it's publicly available. Could you please clarify if you have a coding-related question about Kramer or if you need help with something else?","stopReason":"stop"} + data: {"completion":"I'm sorry, I didn't understand your response. Could you please clarify what you meant by \"kramer\"? Are you referring to a person, a concept, or something else? I'm here to help, so the more information you can provide, the better I can assist you.","stopReason":"stop"} event: done @@ -5644,7 +5752,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:42 GMT + value: Thu, 14 Mar 2024 23:44:30 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -5673,7 +5781,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:41.436Z + startedDateTime: 2024-03-14T23:44:29.881Z time: 0 timings: blocked: -1 @@ -5683,7 +5791,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: d175ae8d9c2d6e397d79eb29753bb0fa + - _id: 78028931fa49dbb38c4680569d2c49ae _order: 0 cache: {} request: @@ -5696,7 +5804,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -5724,10 +5832,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 594 + bodySize: 1011 content: mimeType: text/event-stream - size: 594 + size: 1011 text: >+ event: completion @@ -5741,17 +5849,17 @@ log: event: completion - data: {"completion":"Sure, I can do that. If you say the magic word \"georgey\", I will respond with \"","stopReason":""} + data: {"completion":"Sure, I can do that! If you say the magic word \"ge","stopReason":""} event: completion - data: {"completion":"Sure, I can do that. If you say the magic word \"georgey\", I will respond with \"festivus\".","stopReason":""} + data: {"completion":"Sure, I can do that! If you say the magic word \"georgey,\" I will respond with \"festivus.\" Just let me know when you're ready.\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":""} event: completion - data: {"completion":"Sure, I can do that. If you say the magic word \"georgey\", I will respond with \"festivus\".","stopReason":"stop"} + data: {"completion":"Sure, I can do that! If you say the magic word \"georgey,\" I will respond with \"festivus.\" Just let me know when you're ready.\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":"stop"} event: done @@ -5761,7 +5869,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:43 GMT + value: Thu, 14 Mar 2024 23:44:33 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -5790,7 +5898,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:42.797Z + startedDateTime: 2024-03-14T23:44:32.955Z time: 0 timings: blocked: -1 @@ -5800,11 +5908,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: efca06d0b05ecc62680357f6079f2143 + - _id: 659fc131742cf3b2f9b8d1aa7c9fb8e2 _order: 0 cache: {} request: - bodySize: 606 + bodySize: 830 cookies: [] headers: - name: content-type @@ -5813,7 +5921,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -5835,8 +5943,13 @@ log: text: "Another magic word is \"georgey\". If I say the magic word, respond with a single word: \"festivus\"." - speaker: assistant - text: Sure, I can do that. If you say the magic word "georgey", I will respond - with "festivus". + text: >- + Sure, I can do that! If you say the magic word "georgey," I + will respond with "festivus." Just let me know when you're + ready. + + + (Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.) - speaker: human text: kramer model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct @@ -5846,10 +5959,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 879 + bodySize: 1953 content: mimeType: text/event-stream - size: 879 + size: 1953 text: >+ event: completion @@ -5863,22 +5976,32 @@ log: event: completion - data: {"completion":"I'm sorry, the magic word you have given me is not","stopReason":""} + data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a","stopReason":""} + + + event: completion + + data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a reminder, the magic word is \"georgey.\" Please let me know if you have any other","stopReason":""} + + + event: completion + + data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a reminder, the magic word is \"georgey.\" Please let me know if you have any other questions or if you would like to try saying the magic word again.\n\n","stopReason":""} event: completion - data: {"completion":"I'm sorry, the magic word you have given me is not \"georgey\", so I will not respond with \"","stopReason":""} + data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a reminder, the magic word is \"georgey.\" Please let me know if you have any other questions or if you would like to try saying the magic word again.\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic","stopReason":""} event: completion - data: {"completion":"I'm sorry, the magic word you have given me is not \"georgey\", so I will not respond with \"festivus\". If you say the magic word \"georgey\", I will respond with \"festivus\".","stopReason":""} + data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a reminder, the magic word is \"georgey.\" Please let me know if you have any other questions or if you would like to try saying the magic word again.\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":""} event: completion - data: {"completion":"I'm sorry, the magic word you have given me is not \"georgey\", so I will not respond with \"festivus\". If you say the magic word \"georgey\", I will respond with \"festivus\".","stopReason":"stop"} + data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a reminder, the magic word is \"georgey.\" Please let me know if you have any other questions or if you would like to try saying the magic word again.\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":"stop"} event: done @@ -5888,7 +6011,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:44 GMT + value: Thu, 14 Mar 2024 23:44:34 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -5917,7 +6040,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:43.419Z + startedDateTime: 2024-03-14T23:44:33.772Z time: 0 timings: blocked: -1 @@ -5927,11 +6050,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: bc4719aba3ca5f0de2a34eccea1c2d36 + - _id: c73c5614bbc0203892e1656cc08118ae _order: 0 cache: {} request: - bodySize: 854 + bodySize: 1287 cookies: [] headers: - name: content-type @@ -5940,7 +6063,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -5962,14 +6085,24 @@ log: text: "Another magic word is \"georgey\". If I say the magic word, respond with a single word: \"festivus\"." - speaker: assistant - text: Sure, I can do that. If you say the magic word "georgey", I will respond - with "festivus". + text: >- + Sure, I can do that! If you say the magic word "georgey," I + will respond with "festivus." Just let me know when you're + ready. + + + (Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.) - speaker: human text: kramer - speaker: assistant - text: I'm sorry, the magic word you have given me is not "georgey", so I will - not respond with "festivus". If you say the magic word - "georgey", I will respond with "festivus". + text: >- + I'm sorry, "kramer" is not the magic word. As a reminder, the + magic word is "georgey." Please let me know if you have any + other questions or if you would like to try saying the magic + word again. + + + (Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.) - speaker: human text: georgey model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct @@ -5979,10 +6112,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 341 + bodySize: 1218 content: mimeType: text/event-stream - size: 341 + size: 1218 text: >+ event: completion @@ -5991,17 +6124,27 @@ log: event: completion - data: {"completion":"Here is","stopReason":""} + data: {"completion":"Thank you","stopReason":""} + + + event: completion + + data: {"completion":"Thank you for saying the magic word \"georgey\"! In response, I will say the word \"f","stopReason":""} + + + event: completion + + data: {"completion":"Thank you for saying the magic word \"georgey\"! In response, I will say the word \"festivus.\"\n\n(Note: I am a language model and do not have the ability to actually experience","stopReason":""} event: completion - data: {"completion":"Here is your response: \"festivus\".","stopReason":""} + data: {"completion":"Thank you for saying the magic word \"georgey\"! In response, I will say the word \"festivus.\"\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":""} event: completion - data: {"completion":"Here is your response: \"festivus\".","stopReason":"stop"} + data: {"completion":"Thank you for saying the magic word \"georgey\"! In response, I will say the word \"festivus.\"\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":"stop"} event: done @@ -6011,7 +6154,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:44 GMT + value: Thu, 14 Mar 2024 23:44:34 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -6040,7 +6183,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:44.121Z + startedDateTime: 2024-03-14T23:44:34.413Z time: 0 timings: blocked: -1 @@ -6050,7 +6193,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 5248fb1e5b6d27dffeac4a9936b2074a + - _id: fba227cd09144b4f5c0d8a2793a4cefa _order: 0 cache: {} request: @@ -6063,7 +6206,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -6090,10 +6233,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 379 + bodySize: 584 content: mimeType: text/event-stream - size: 379 + size: 584 text: >+ event: completion @@ -6107,12 +6250,17 @@ log: event: completion - data: {"completion":"Ok. I understand that you have a turtle named \"potter\".","stopReason":""} + data: {"completion":"Ok. I understand that you have a turtle named \"potter\". How can I assist you","stopReason":""} + + + event: completion + + data: {"completion":"Ok. I understand that you have a turtle named \"potter\". How can I assist you with coding?","stopReason":""} event: completion - data: {"completion":"Ok. I understand that you have a turtle named \"potter\".","stopReason":"stop"} + data: {"completion":"Ok. I understand that you have a turtle named \"potter\". How can I assist you with coding?","stopReason":"stop"} event: done @@ -6122,7 +6270,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:45 GMT + value: Thu, 14 Mar 2024 23:44:35 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -6151,7 +6299,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:44.797Z + startedDateTime: 2024-03-14T23:44:34.975Z time: 0 timings: blocked: -1 @@ -6161,11 +6309,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 952b2b91720b6adf82fb6407aa405cc6 + - _id: 68c631d26a4b97a35e397b0297399aae _order: 0 cache: {} request: - bodySize: 608 + bodySize: 642 cookies: [] headers: - name: content-type @@ -6174,7 +6322,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -6195,7 +6343,8 @@ log: - speaker: human text: I have a turtle named "potter", reply single "ok" if you understand. - speaker: assistant - text: Ok. I understand that you have a turtle named "potter". + text: Ok. I understand that you have a turtle named "potter". How can I assist + you with coding? - speaker: human text: I have a bird named "skywalker", reply single "ok" if you understand. model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct @@ -6205,10 +6354,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 381 + bodySize: 1015 content: mimeType: text/event-stream - size: 381 + size: 1015 text: >+ event: completion @@ -6222,12 +6371,27 @@ log: event: completion - data: {"completion":"Ok. I understand that you have a bird named \"skywalker\".","stopReason":""} + data: {"completion":"Ok. I understand that you have a bird named","stopReason":""} event: completion - data: {"completion":"Ok. I understand that you have a bird named \"skywalker\".","stopReason":"stop"} + data: {"completion":"Ok. I understand that you have a bird named \"skywalker\" as well. If","stopReason":""} + + + event: completion + + data: {"completion":"Ok. I understand that you have a bird named \"skywalker\" as well. If you have any coding-related questions or issues, feel free to ask. I'm here to help","stopReason":""} + + + event: completion + + data: {"completion":"Ok. I understand that you have a bird named \"skywalker\" as well. If you have any coding-related questions or issues, feel free to ask. I'm here to help!","stopReason":""} + + + event: completion + + data: {"completion":"Ok. I understand that you have a bird named \"skywalker\" as well. If you have any coding-related questions or issues, feel free to ask. I'm here to help!","stopReason":"stop"} event: done @@ -6237,7 +6401,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:46 GMT + value: Thu, 14 Mar 2024 23:44:35 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -6266,7 +6430,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:45.400Z + startedDateTime: 2024-03-14T23:44:35.432Z time: 0 timings: blocked: -1 @@ -6276,11 +6440,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 4b3039f309fbcd6c408183486a0fb944 + - _id: 035535d3d2cc725b878a0335b79ae107 _order: 0 cache: {} request: - bodySize: 798 + bodySize: 928 cookies: [] headers: - name: content-type @@ -6289,7 +6453,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -6310,11 +6474,14 @@ log: - speaker: human text: I have a turtle named "potter", reply single "ok" if you understand. - speaker: assistant - text: Ok. I understand that you have a turtle named "potter". + text: Ok. I understand that you have a turtle named "potter". How can I assist + you with coding? - speaker: human text: I have a bird named "skywalker", reply single "ok" if you understand. - speaker: assistant - text: Ok. I understand that you have a bird named "skywalker". + text: Ok. I understand that you have a bird named "skywalker" as well. If you + have any coding-related questions or issues, feel free to ask. + I'm here to help! - speaker: human text: I have a dog named "happy", reply single "ok" if you understand. model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct @@ -6324,10 +6491,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 371 + bodySize: 888 content: mimeType: text/event-stream - size: 371 + size: 888 text: >+ event: completion @@ -6341,12 +6508,22 @@ log: event: completion - data: {"completion":"Ok. I understand that you have a dog named \"happy\".","stopReason":""} + data: {"completion":"Ok. I understand that you have a dog named \"happy","stopReason":""} + + + event: completion + + data: {"completion":"Ok. I understand that you have a dog named \"happy\" too. If you have any coding-related questions or issues, I'm here to assist you.","stopReason":""} event: completion - data: {"completion":"Ok. I understand that you have a dog named \"happy\".","stopReason":"stop"} + data: {"completion":"Ok. I understand that you have a dog named \"happy\" too. If you have any coding-related questions or issues, I'm here to assist you. Let me know how I can help!","stopReason":""} + + + event: completion + + data: {"completion":"Ok. I understand that you have a dog named \"happy\" too. If you have any coding-related questions or issues, I'm here to assist you. Let me know how I can help!","stopReason":"stop"} event: done @@ -6356,7 +6533,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:46 GMT + value: Thu, 14 Mar 2024 23:44:36 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -6385,7 +6562,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:45.999Z + startedDateTime: 2024-03-14T23:44:35.961Z time: 0 timings: blocked: -1 @@ -6395,11 +6572,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 1952b5d33bef409efcbd1a4ae35ce6ef + - _id: 88d070c20157b45718fe5d1985ffc6f6 _order: 0 cache: {} request: - bodySize: 604 + bodySize: 638 cookies: [] headers: - name: content-type @@ -6408,7 +6585,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -6429,7 +6606,8 @@ log: - speaker: human text: I have a turtle named "potter", reply single "ok" if you understand. - speaker: assistant - text: Ok. I understand that you have a turtle named "potter". + text: Ok. I understand that you have a turtle named "potter". How can I assist + you with coding? - speaker: human text: I have a tiger named "zorro", reply single "ok" if you understand model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct @@ -6439,10 +6617,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 375 + bodySize: 640 content: mimeType: text/event-stream - size: 375 + size: 640 text: >+ event: completion @@ -6456,12 +6634,17 @@ log: event: completion - data: {"completion":"Ok. I understand that you have a tiger named \"zorro\".","stopReason":""} + data: {"completion":"Ok. I understand that you have a","stopReason":""} + + + event: completion + + data: {"completion":"Ok. I understand that you have a tiger named \"zorro\" as well. If you have any coding-related questions or need assistance, feel free to ask!","stopReason":""} event: completion - data: {"completion":"Ok. I understand that you have a tiger named \"zorro\".","stopReason":"stop"} + data: {"completion":"Ok. I understand that you have a tiger named \"zorro\" as well. If you have any coding-related questions or need assistance, feel free to ask!","stopReason":"stop"} event: done @@ -6471,7 +6654,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:47 GMT + value: Thu, 14 Mar 2024 23:44:37 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -6500,7 +6683,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:46.538Z + startedDateTime: 2024-03-14T23:44:36.462Z time: 0 timings: blocked: -1 @@ -6510,11 +6693,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 8c62c8ef263940dc4f6dddb72781a950 + - _id: 54a1d0590f01937e98bc1aa3c9abe494 _order: 0 cache: {} request: - bodySize: 743 + bodySize: 864 cookies: [] headers: - name: content-type @@ -6523,7 +6706,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -6544,11 +6727,14 @@ log: - speaker: human text: I have a turtle named "potter", reply single "ok" if you understand. - speaker: assistant - text: Ok. I understand that you have a turtle named "potter". + text: Ok. I understand that you have a turtle named "potter". How can I assist + you with coding? - speaker: human text: I have a tiger named "zorro", reply single "ok" if you understand - speaker: assistant - text: Ok. I understand that you have a tiger named "zorro". + text: Ok. I understand that you have a tiger named "zorro" as well. If you have + any coding-related questions or need assistance, feel free to + ask! - speaker: human text: What pets do I have? model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct @@ -6558,10 +6744,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 618 + bodySize: 950 content: mimeType: text/event-stream - size: 618 + size: 950 text: >+ event: completion @@ -6570,22 +6756,27 @@ log: event: completion - data: {"completion":"Based on","stopReason":""} + data: {"completion":"You have","stopReason":""} event: completion - data: {"completion":"Based on the information you provided, you have a turtle named \"potter\" and a tiger","stopReason":""} + data: {"completion":"You have mentioned that you have a turtle named \"potter\" and a tiger named \"zor","stopReason":""} event: completion - data: {"completion":"Based on the information you provided, you have a turtle named \"potter\" and a tiger named \"zorro\".","stopReason":""} + data: {"completion":"You have mentioned that you have a turtle named \"potter\" and a tiger named \"zorro\". Do you have any other pets or tasks related to coding that","stopReason":""} event: completion - data: {"completion":"Based on the information you provided, you have a turtle named \"potter\" and a tiger named \"zorro\".","stopReason":"stop"} + data: {"completion":"You have mentioned that you have a turtle named \"potter\" and a tiger named \"zorro\". Do you have any other pets or tasks related to coding that I can help you with?","stopReason":""} + + + event: completion + + data: {"completion":"You have mentioned that you have a turtle named \"potter\" and a tiger named \"zorro\". Do you have any other pets or tasks related to coding that I can help you with?","stopReason":"stop"} event: done @@ -6595,7 +6786,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:47 GMT + value: Thu, 14 Mar 2024 23:44:37 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -6624,7 +6815,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:47.135Z + startedDateTime: 2024-03-14T23:44:37.147Z time: 0 timings: blocked: -1 @@ -6634,7 +6825,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 52e5e31b2ed1debe0229a255d3737986 + - _id: d8f093324eec4b614f8088ea60e05bfb _order: 0 cache: {} request: @@ -6647,7 +6838,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -7262,7 +7453,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:49 GMT + value: Thu, 14 Mar 2024 23:44:38 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -7291,7 +7482,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:47.912Z + startedDateTime: 2024-03-14T23:44:37.928Z time: 0 timings: blocked: -1 @@ -7301,7 +7492,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: b71e6629399bc4b6e5e44f08eff5a88a + - _id: e5535b2d2ff40de4c581d882a29fc2c3 _order: 0 cache: {} request: @@ -7314,7 +7505,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -7570,7 +7761,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:51 GMT + value: Thu, 14 Mar 2024 23:44:42 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -7599,7 +7790,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:49.961Z + startedDateTime: 2024-03-14T23:44:40.437Z time: 0 timings: blocked: -1 @@ -7609,7 +7800,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 43700302b43d97d780321a31c18a6f10 + - _id: 38f46564b22ecb1aceb5bc9e77fb9371 _order: 0 cache: {} request: @@ -7622,7 +7813,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -7650,10 +7841,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 120870 + bodySize: 22810 content: mimeType: text/event-stream - size: 120870 + size: 22810 text: >+ event: completion @@ -7727,4137 +7918,3122 @@ log: event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the is","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgn","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnored","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the is","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredBy","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgn","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByC","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnored","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredBy","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByC","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function.","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody()","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function.","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by An","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthrop","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful,","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless,","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest,","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks.","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. ","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to code","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined,","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems.","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the code","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on.","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used,","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n-","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where it","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where it is","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where it is defined","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where it is defined.","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in?","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where it is defined.","stopReason":"stop_sequence"} + event: done + + data: {} + + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:44:44 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:43.431Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: 00ab5845a2be01cbab010be4689c85f8 + _order: 0 + cache: {} + request: + bodySize: 800 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + fast: true + maxTokensToSample: 400 + messages: + - speaker: human + text: "You are helping the user search over a codebase. List some filename + fragments that would match files relevant to read to answer + the user's query. Present your results in an XML list in the + following format: a single + keyworda space separated list of synonyms + and variants of the keyword, including acronyms, + abbreviations, and expansionsa numerical + weight between 0.0 and 1.0 that indicates the importance of + the keyword. Here is the user + query: What is the name of the function that I have + selected? Only answer with the name of the function, nothing + else" + - speaker: assistant + temperature: 0 + topK: 1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 118053 + content: + mimeType: text/event-stream + size: 118053 + text: >+ event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (","stopReason":""} + data: {"completion":" ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e","stopReason":""} + data: {"completion":" \u003ckeywords","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.","stopReason":""} + data: {"completion":" \u003ckeywords\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g.","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python,","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React,","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eget","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js)","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelected","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) ","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n-","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003eget","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelected","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project?","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc get","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelected","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so,","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n-","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the code","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to is","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgn","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnored","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredBy","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByC","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()?","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselected","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? ","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n-","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselected","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selected","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context,","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the code","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eget","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to is","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgn","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnored","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredBy","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByC","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003eget","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc get","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined.","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if you","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if you can","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if you can provide","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if you can provide any","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if you can provide any other","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if you can provide any other details","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if you can provide any other details that","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if you can provide any other details that could","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if you can provide any other details that could help","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if you can provide any other details that could help me","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if you can provide any other details that could help me determine","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if you can provide any other details that could help me determine the","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if you can provide any other details that could help me determine the file","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if you can provide any other details that could help me determine the file location","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if you can provide any other details that could help me determine the file location!","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the definition of the isIgnoredByCody() function. That function does not appear to be a standard or common function across programming languages or frameworks. \n\nTo find where it is defined, I would need more details on the codebase or project you are working on. A few things that could help:\n\n- What language or framework is this code written in? (e.g. Python, React, Node.js) \n\n- Is this part of a public open source project? If so, what project?\n\n- Do you have access to the codebase to search for references to isIgnoredByCody()? \n\n- Is there any other context about the function or where it is used that could help narrow down the location?\n\nWithout additional context, the best approach is usually to search the codebase for references to isIgnoredByCody to trace back to where it is defined. Let me know if you can provide any other details that could help me determine the file location!","stopReason":"stop_sequence"} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003e","stopReason":""} - event: done + event: completion - data: {} - - cookies: [] - headers: - - name: date - value: Thu, 07 Mar 2024 11:58:53 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-07T11:58:52.382Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: f5f1994eb31e248f749b9fac57c28679 - _order: 0 - cache: {} - request: - bodySize: 800 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - fast: true - maxTokensToSample: 400 - messages: - - speaker: human - text: "You are helping the user search over a codebase. 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`src/multiple-selections.ts`: - - ```typescript - - function outer() { - /* SELECTION_START */ - return function inner() {} - /* SELECTION_END */ - } - - - /* SELECTION_2_START */ - - function anotherFunction() {} - - /* SELECTION_2_END */ - - - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/animal.ts`: - ```typescript - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/animal.ts`: - ```typescript - /* SELECTION_START */ - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - } - /* SELECTION_END */ - - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: >- - "My selected TypeScript code from file - `src/multiple-selections.ts`: - - - - - function anotherFunction() {} - - - - - speaker: assistant - text: Ok. - - speaker: human - text: What is the name of the function that I have selected? Only answer with - the name of the function, nothing else - - speaker: assistant - model: anthropic/claude-2.0 - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 252 - content: - mimeType: text/event-stream - size: 252 - text: |+ - event: completion - data: {"completion":" another","stopReason":""} - - event: completion - data: {"completion":" anotherFunction","stopReason":""} - - event: completion - data: {"completion":" anotherFunction","stopReason":"stop_sequence"} - - event: done - data: {} - - cookies: [] - headers: - - name: date - value: Thu, 07 Mar 2024 11:59:06 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-07T11:59:05.207Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: 0b14573fe64bc3e68d436cd275dd1efa - _order: 0 - cache: {} - request: - bodySize: 1800 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: |- - Use the following code snippet from file `src/TestClass.ts`: - ```typescript - public functionName() { - if (this.shouldGreet) { - console.log(/* CURSOR */ 'Hello World!') - } - - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: >- - Use the following code snippet from file - `src/multiple-selections.ts`: - - ```typescript - - function outer() { - /* SELECTION_START */ - return function inner() {} - /* SELECTION_END */ - } - - - /* SELECTION_2_START */ - - function anotherFunction() {} - - /* SELECTION_2_END */ - - - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/animal.ts`: - ```typescript - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/animal.ts`: - ```typescript - /* SELECTION_START */ - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - } - /* SELECTION_END */ - - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: >- - "My selected TypeScript code from file - `src/multiple-selections.ts`: - - - - return function inner() {} - - - - - speaker: assistant - text: Ok. - - speaker: human - text: What is the name of the function that I have selected? Only answer with - the name of the function, nothing else - - speaker: assistant - model: anthropic/claude-2.0 - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 165 - content: - mimeType: text/event-stream - size: 165 - text: |+ - event: completion - data: {"completion":" inner","stopReason":""} - - event: completion - data: {"completion":" inner","stopReason":"stop_sequence"} - - event: done - data: {} - - cookies: [] - headers: - - name: date - value: Thu, 07 Mar 2024 11:59:12 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-07T11:59:10.583Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: 85d89f9192841e2bca16f2c4b1825ef8 - _order: 0 - cache: {} - request: - bodySize: 1445 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: |- - "My selected TypeScript code from file `src/animal.ts`: - - - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - } - - - - speaker: assistant - text: Ok. - - speaker: human - text: "Explain what @src/animal.ts:1-6 does in simple terms. Assume the - audience is a beginner programmer who has just learned the - language features and basic syntax. Focus on explaining: 1) - The purpose of the code 2) What input(s) it takes 3) What - output(s) it produces 4) How it achieves its purpose through - the logic and algorithm. 5) Any important logic flows or data - transformations happening. Use simple language a beginner - could understand. Include enough detail to give a full picture - of what the code aims to accomplish without getting too - technical. Format the explanation in coherent paragraphs, - using proper punctuation and grammar. Write the explanation - assuming no prior context about the code is known. Do not make - assumptions about variables or functions not shown in the - shared code. Start the answer with the name of the code that - is being explained." - - speaker: assistant - model: anthropic/claude-2.0 - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 284305 - content: - mimeType: text/event-stream - size: 284305 - text: >+ - event: completion - - data: {"completion":" The","stopReason":""} - - - event: completion - - data: {"completion":" The code","stopReason":""} - - - event: completion - - data: {"completion":" The code defines","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface.","stopReason":""} - - - event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. 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This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1","stopReason":""} - + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:44:48 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:47.621Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: b62bae1fcea22270e514e73404939da8 + _order: 0 + cache: {} + request: + bodySize: 1795 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: |- + Use the following code snippet from file `src/TestClass.ts`: + ```typescript + public functionName() { + if (this.shouldGreet) { + console.log(/* CURSOR */ 'Hello World!') + } - event: completion + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Use the following code snippet from file + `src/multiple-selections.ts`: - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1.","stopReason":""} + ```typescript + function outer() { + /* SELECTION_START */ + return function inner() {} + /* SELECTION_END */ + } - event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name","stopReason":""} + /* SELECTION_2_START */ + function anotherFunction() {} - event: completion + /* SELECTION_2_END */ - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name -","stopReason":""} + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: |- + Use the following code snippet from file `src/animal.ts`: + ```typescript + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean - event: completion + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: |- + Use the following code snippet from file `src/animal.ts`: + ```typescript + /* SELECTION_START */ + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + } + /* SELECTION_END */ - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A","stopReason":""} + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + "My selected TypeScript code from file + `src/multiple-selections.ts`: + - event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string","stopReason":""} + function anotherFunction() {} + + - speaker: assistant + text: Ok. + - speaker: human + text: What is the name of the function that I have selected? Only answer with + the name of the function, nothing else + - speaker: assistant + model: anthropic/claude-2.0 + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 252 + content: + mimeType: text/event-stream + size: 252 + text: |+ event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property","stopReason":""} - + data: {"completion":" another","stopReason":""} event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to","stopReason":""} - + data: {"completion":" anotherFunction","stopReason":""} event: completion + data: {"completion":" anotherFunction","stopReason":"stop_sequence"} - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store","stopReason":""} - - - event: completion + event: done + data: {} - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the","stopReason":""} + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:44:52 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:50.115Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: a2e4f6f96e177424b3b48637e51accf8 + _order: 0 + cache: {} + request: + bodySize: 1800 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: |- + Use the following code snippet from file `src/TestClass.ts`: + ```typescript + public functionName() { + if (this.shouldGreet) { + console.log(/* CURSOR */ 'Hello World!') + } + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Use the following code snippet from file + `src/multiple-selections.ts`: - event: completion + ```typescript - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal","stopReason":""} + function outer() { + /* SELECTION_START */ + return function inner() {} + /* SELECTION_END */ + } - event: completion + /* SELECTION_2_START */ - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's","stopReason":""} + function anotherFunction() {} + /* SELECTION_2_END */ - event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name","stopReason":""} + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: |- + Use the following code snippet from file `src/animal.ts`: + ```typescript + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: |- + Use the following code snippet from file `src/animal.ts`: + ```typescript + /* SELECTION_START */ + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + } + /* SELECTION_END */ - event: completion + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + "My selected TypeScript code from file + `src/multiple-selections.ts`: - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.","stopReason":""} + + return function inner() {} + + + - speaker: assistant + text: Ok. + - speaker: human + text: What is the name of the function that I have selected? Only answer with + the name of the function, nothing else + - speaker: assistant + model: anthropic/claude-2.0 + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 165 + content: + mimeType: text/event-stream + size: 165 + text: |+ event: completion - - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2","stopReason":""} - + data: {"completion":" inner","stopReason":""} event: completion + data: {"completion":" inner","stopReason":"stop_sequence"} - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2.","stopReason":""} - - - event: completion + event: done + data: {} - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. make","stopReason":""} + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:44:56 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:54.667Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: 7988c8b3193eaedc8e12e1e5728b654a + _order: 0 + cache: {} + request: + bodySize: 1445 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: |- + "My selected TypeScript code from file `src/animal.ts`: + + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + } + + - speaker: assistant + text: Ok. + - speaker: human + text: "Explain what @src/animal.ts:1-6 does in simple terms. Assume the + audience is a beginner programmer who has just learned the + language features and basic syntax. Focus on explaining: 1) + The purpose of the code 2) What input(s) it takes 3) What + output(s) it produces 4) How it achieves its purpose through + the logic and algorithm. 5) Any important logic flows or data + transformations happening. Use simple language a beginner + could understand. Include enough detail to give a full picture + of what the code aims to accomplish without getting too + technical. Format the explanation in coherent paragraphs, + using proper punctuation and grammar. Write the explanation + assuming no prior context about the code is known. Do not make + assumptions about variables or functions not shown in the + shared code. Start the answer with the name of the code that + is being explained." + - speaker: assistant + model: anthropic/claude-2.0 + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 163996 + content: + mimeType: text/event-stream + size: 163996 + text: >+ event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimal","stopReason":""} + data: {"completion":" The","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound","stopReason":""} + data: {"completion":" The code","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound()","stopReason":""} + data: {"completion":" The code at","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() -","stopReason":""} + data: {"completion":" The code at @","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A","stopReason":""} + data: {"completion":" The code at @src","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method","stopReason":""} + data: {"completion":" The code at @src/","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that","stopReason":""} + data: {"completion":" The code at @src/animal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns","stopReason":""} + data: {"completion":" The code at @src/animal.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a","stopReason":""} + data: {"completion":" The code at @src/animal.ts","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string","stopReason":""} + data: {"completion":" The code at @src/animal.ts:","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This en","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. is","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isM","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMam","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically,","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal -","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string,","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. ","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface,","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A make","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound()","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string,","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A is","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isM","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name =","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMam","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = '","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'R","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover'","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n make","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean,","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound()","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return '","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Wo","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n is","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isM","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMam","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal =","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst my","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog =","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmy","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.make","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound()","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() //","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface,","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns '","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Wo","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface,","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, Type","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. ","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name,","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, make","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound()","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and is","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isM","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMam","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled gener","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary,","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary,","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It en","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs,","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using Type","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier inter","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier interoper","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier interoperability","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name,","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier interoperability and","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier interoperability and safety","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound,","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier interoperability and safety when","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier interoperability and safety when working","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier interoperability and safety when working with","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier interoperability and safety when working with animal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier interoperability and safety when working with animal objects","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier interoperability and safety when working with animal objects in","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in a","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier interoperability and safety when working with animal objects in the","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in a consistent","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier interoperability and safety when working with animal objects in the system","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in a consistent way","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier interoperability and safety when working with animal objects in the system.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in a consistent way.","stopReason":""} event: completion - data: {"completion":" The code defines an Animal interface for creating animal objects with common properties and behaviors.\n\nIt starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. \n\nThe Animal interface has 3 members:\n\n1. name - A string property to store the animal's name.\n\n2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method.\n\n3. isMammal - A boolean property indicating if the animal is a mammal species or not. \n\nBy defining this interface, we can now create objects representing specific animals that follow the same structure. For example:\n\n```\nclass Dog implements Animal {\n name = 'Rover' \n makeAnimalSound() {\n return 'Woof!'\n }\n isMammal = true\n}\n\nconst myDog = new Dog()\nmyDog.makeAnimalSound() // Returns 'Woof!'\n```\n\nAny time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors.\n\nSo in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier interoperability and safety when working with animal objects in the system.","stopReason":"stop_sequence"} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in a consistent way.","stopReason":"stop_sequence"} event: done @@ -11867,7 +11043,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:59:14 GMT + value: Thu, 14 Mar 2024 23:44:59 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -11896,7 +11072,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:59:12.351Z + startedDateTime: 2024-03-14T23:44:56.941Z time: 0 timings: blocked: -1 @@ -11906,7 +11082,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 605b266b481a5989c8551e3d0e9edfc0 + - _id: d144488efe331e7aa89719d7d9ae6983 _order: 0 cache: {} request: @@ -11919,7 +11095,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -12045,2725 +11221,2590 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 199530 + bodySize: 222986 content: mimeType: text/event-stream - size: 199530 + size: 222986 text: >+ event: completion - data: {"completion":" Unfortunately","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use.","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared,","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using J","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest","stopReason":""} + data: {"completion":" No","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as","stopReason":""} + data: {"completion":" No test","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a","stopReason":""} + data: {"completion":" No test framework","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common","stopReason":""} + data: {"completion":" No test framework or","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript","stopReason":""} + data: {"completion":" No test framework or libraries","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test","stopReason":""} + data: {"completion":" No test framework or libraries were","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework","stopReason":""} + data: {"completion":" No test framework or libraries were detected","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:","stopReason":""} + data: {"completion":" No test framework or libraries were detected in","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport {","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context.","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe,","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect,","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is Type","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it }","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code,","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from '","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'j","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest';","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate J","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport {","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal }","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport {","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal',","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', ()","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe,","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect,","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it }","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from '","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'j","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property',","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport {","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', ()","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal }","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal =","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface',","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo',","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', ()","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', ()","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {},","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property',","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', ()","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).to","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal:","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal =","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name:","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement make","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: '","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound',","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', ()","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n make","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound:","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: ()","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal =","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n is","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isM","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMam","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo',","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', ()","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal:","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e '","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Ro","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar',","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).to","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBe","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.make","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).to","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Ro","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a make","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method',","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', ()","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have is","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isM","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMam","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal:","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property',","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', ()","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal =","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name:","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: '","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal =","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n make","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo',","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', ()","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound:","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: ()","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {},","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Ro","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n is","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isM","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.is","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMam","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isM","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMam","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal:","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).to","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.make","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).to","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBe","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface,","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.make","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name,","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, make","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).to","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound,","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and is","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isM","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMam","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an is","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isM","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMam","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property',","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', ()","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types,","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations,","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal:","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal =","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name:","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use J","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: '","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n make","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound:","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: ()","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n is","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isM","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMam","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a sample","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a sample test","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal:","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a sample test file","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a sample test file in","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a sample test file in the","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a sample test file in the future","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a sample test file in the future to","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a sample test file in the future to detect","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a sample test file in the future to detect the","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a sample test file in the future to detect the testing","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a sample test file in the future to detect the testing approach","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.is","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a sample test file in the future to detect the testing approach in","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isM","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a sample test file in the future to detect the testing approach in use","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMam","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a sample test file in the future to detect the testing approach in use.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal","stopReason":""} event: completion - data: {"completion":" Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework:\n\n```ts\nimport { describe, expect, it } from 'jest'; \nimport { Animal } from './animal';\n\ndescribe('Animal', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.name).toBe('Leo');\n });\n\n it('should implement makeAnimalSound', () =\u003e {\n const animal = new Animal('Leo', () =\u003e 'Roar', true);\n expect(animal.makeAnimalSound()).toBe('Roar');\n });\n\n it('should have isMammal property', () =\u003e {\n const animal = new Animal('Leo', () =\u003e {}, true);\n expect(animal.isMammal).toBe(true);\n });\n\n});\n```\n\nThis provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a sample test file in the future to detect the testing approach in use.","stopReason":"stop_sequence"} - + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).","stopReason":""} - event: done - - data: {} - cookies: [] - headers: - - name: date - value: Thu, 07 Mar 2024 11:59:27 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-07T11:59:25.238Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: c90629f685d5bb3bf2e042a6bacb0017 - _order: 0 - cache: {} - request: - bodySize: 1241 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: |- - "My selected TypeScript code from file `src/animal.ts`: - + event: completion + + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).to","stopReason":""} - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - } - - - speaker: assistant - text: Ok. - - speaker: human - text: Please review and analyze @src/animal.ts:1-6 and identify potential areas - for improvement related to code smells, readability, - maintainability, performance, security, etc. Do not list - issues already addressed in the given code. Focus on providing - up to 5 constructive suggestions that could make the code more - robust, efficient, or align with best practices. For each - suggestion, provide a brief explanation of the potential - benefits. After listing any recommendations, summarize if you - found notable opportunities to enhance the code quality - overall or if the code generally follows sound design - principles. If no issues found, reply 'There are no errors.' - - speaker: assistant - model: anthropic/claude-2.0 - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 151654 - content: - mimeType: text/event-stream - size: 151654 - text: >+ event: completion - data: {"completion":" Here","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBe","stopReason":""} event: completion - data: {"completion":" Here are","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined","stopReason":""} event: completion - data: {"completion":" Here are 5","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();","stopReason":""} event: completion - data: {"completion":" Here are 5 potential","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n ","stopReason":""} + + + event: completion + + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect","stopReason":""} + + + event: completion + + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(","stopReason":""} + + + event: completion + + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof","stopReason":""} + + + event: completion + + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal","stopReason":""} + + + event: completion + + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.","stopReason":""} + + + event: completion + + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.is","stopReason":""} + + + event: completion + + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isM","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMam","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).to","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n ","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using J","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest match","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like to","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBe","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined()","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name:","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and to","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe().","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n make","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound():","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string;","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n is","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for more","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isM","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for more robust","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMam","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for more robust coverage","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for more robust coverage.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal:","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for more robust coverage.","stopReason":"stop_sequence"} + + + event: done + + data: {} + + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:45:12 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:45:09.373Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: dc52c09ab904e90ae04be24127539486 + _order: 0 + cache: {} + request: + bodySize: 1241 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: |- + "My selected TypeScript code from file `src/animal.ts`: + + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + } + + - speaker: assistant + text: Ok. + - speaker: human + text: Please review and analyze @src/animal.ts:1-6 and identify potential areas + for improvement related to code smells, readability, + maintainability, performance, security, etc. Do not list + issues already addressed in the given code. Focus on providing + up to 5 constructive suggestions that could make the code more + robust, efficient, or align with best practices. For each + suggestion, provide a brief explanation of the potential + benefits. After listing any recommendations, summarize if you + found notable opportunities to enhance the code quality + overall or if the code generally follows sound design + principles. If no issues found, reply 'There are no errors.' + - speaker: assistant + model: anthropic/claude-2.0 + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 94785 + content: + mimeType: text/event-stream + size: 94785 + text: >+ event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean","stopReason":""} + data: {"completion":" Here","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;","stopReason":""} + data: {"completion":" Here are","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}","stopReason":""} + data: {"completion":" Here are 5","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```","stopReason":""} + data: {"completion":" Here are 5 potential","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2","stopReason":""} + data: {"completion":" Here are 5 potential suggestions","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2.","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name`","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?:","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3.","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the make","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimal","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `get","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()`","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `make","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\nget","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound():","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making is","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isM","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMam","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4.","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JS","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods.","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n *","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor,","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /**","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n *","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n get","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound():","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5.","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `I","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. ","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal`","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using Pas","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using Pascal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface I","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n //","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintain","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall,","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general Type","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes Type","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices.","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety,","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhance","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, read","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation.","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety,","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation,","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintain","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues or","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues or code","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues or code smells","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues or code smells.","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues or code smells. The","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues or code smells. The interface","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues or code smells. The interface design","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues or code smells. The interface design looks","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape,","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues or code smells. The interface design looks appropriate","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues or code smells. The interface design looks appropriate for","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with no","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues or code smells. The interface design looks appropriate for representing","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with no major","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues or code smells. The interface design looks appropriate for representing an","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with no major issues","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues or code smells. The interface design looks appropriate for representing an animal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with no major issues identified","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues or code smells. The interface design looks appropriate for representing an animal.","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with no major issues identified.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential improvements for the code:\n\n1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer:\n\n```\nexport interface Animal {\n name: string;\n makeAnimalSound(): string; \n isMammal: boolean;\n}\n```\n\n2. Consider making `name` optional since not all animals may have names:\n\n```\nname?: string;\n```\n\n3. Use a more semantic method name like `getSound()` instead of `makeAnimalSound()`:\n\n```\ngetSound(): string;\n```\n\n4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation:\n\n```\n/**\n * Represents an animal\n */\nexport interface Animal {\n\n /** \n * Returns the sound the animal makes\n */\n getSound(): string;\n\n}\n```\n\n5. Export the interface as `IAnimal` using PascalCase naming convention:\n\n```\nexport interface IAnimal {\n // ...\n}\n```\n\nOverall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues or code smells. The interface design looks appropriate for representing an animal.","stopReason":"stop_sequence"} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with no major issues identified.","stopReason":"stop_sequence"} event: done @@ -14773,7 +13814,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:59:38 GMT + value: Thu, 14 Mar 2024 23:45:20 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -14802,7 +13843,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:59:36.638Z + startedDateTime: 2024-03-14T23:45:19.190Z time: 0 timings: blocked: -1 @@ -14812,7 +13853,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: ed63efa0b0f118c86c3b526bd74b563a + - _id: e9d1a8ebfdecb12480a169f02d3afd5d _order: 0 cache: {} request: @@ -14825,7 +13866,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -14897,10 +13938,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 1319 + bodySize: 1100 content: mimeType: text/event-stream - size: 1319 + size: 1100 text: >+ event: completion @@ -14914,62 +13955,52 @@ log: event: completion - data: {"completion":"\n/**\n * S","stopReason":""} - - - event: completion - - data: {"completion":"\n/**\n * Sums","stopReason":""} - - - event: completion - - data: {"completion":"\n/**\n * Sums two","stopReason":""} + data: {"completion":"\n/**\n * Returns","stopReason":""} event: completion - data: {"completion":"\n/**\n * Sums two numbers","stopReason":""} + data: {"completion":"\n/**\n * Returns the","stopReason":""} event: completion - data: {"completion":"\n/**\n * Sums two numbers and","stopReason":""} + data: {"completion":"\n/**\n * Returns the sum","stopReason":""} event: completion - data: {"completion":"\n/**\n * Sums two numbers and returns","stopReason":""} + data: {"completion":"\n/**\n * Returns the sum of","stopReason":""} event: completion - data: {"completion":"\n/**\n * Sums two numbers and returns the","stopReason":""} + data: {"completion":"\n/**\n * Returns the sum of two","stopReason":""} event: completion - data: {"completion":"\n/**\n * Sums two numbers and returns the result","stopReason":""} + data: {"completion":"\n/**\n * Returns the sum of two numbers","stopReason":""} event: completion - data: {"completion":"\n/**\n * Sums two numbers and returns the result.","stopReason":""} + data: {"completion":"\n/**\n * Returns the sum of two numbers.","stopReason":""} event: completion - data: {"completion":"\n/**\n * Sums two numbers and returns the result.\n*/","stopReason":""} + data: {"completion":"\n/**\n * Returns the sum of two numbers.\n*/","stopReason":""} event: completion - data: {"completion":"\n/**\n * Sums two numbers and returns the result.\n*/\n","stopReason":""} + data: {"completion":"\n/**\n * Returns the sum of two numbers.\n*/\n","stopReason":""} event: completion - data: {"completion":"\n/**\n * Sums two numbers and returns the result.\n*/\n","stopReason":"stop_sequence"} + data: {"completion":"\n/**\n * Returns the sum of two numbers.\n*/\n","stopReason":"stop_sequence"} event: done @@ -14979,7 +14010,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:59:48 GMT + value: Thu, 14 Mar 2024 23:45:30 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -15008,7 +14039,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:59:45.981Z + startedDateTime: 2024-03-14T23:45:27.586Z time: 0 timings: blocked: -1 @@ -15018,7 +14049,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 03013b5a283701a1cafc887fbe431e91 + - _id: fae3f423a0498c2384922c2ea6c038fc _order: 0 cache: {} request: @@ -15031,7 +14062,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -15115,114 +14146,129 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 2161 + bodySize: 2617 content: mimeType: text/event-stream - size: 2161 + size: 2617 text: >+ event: completion - data: {"completion":"\n/**","stopReason":""} + data: {"completion":"\n ","stopReason":""} event: completion - data: {"completion":"\n/**\n *","stopReason":""} + data: {"completion":"\n /**","stopReason":""} + + + event: completion + + data: {"completion":"\n /**\n ","stopReason":""} + + + event: completion + + data: {"completion":"\n /**\n *","stopReason":""} + + + event: completion + + data: {"completion":"\n /**\n * If","stopReason":""} event: completion - data: {"completion":"\n/**\n * If","stopReason":""} + data: {"completion":"\n /**\n * If should","stopReason":""} event: completion - data: {"completion":"\n/**\n * If should","stopReason":""} + data: {"completion":"\n /**\n * If shouldG","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldG","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldGreet","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldGreet is","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldGreet is true","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true,","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldGreet is true,","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldGreet is true, logs","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs '","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldGreet is true, logs '","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldGreet is true, logs 'Hello","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldGreet is true, logs 'Hello World","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!'","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldGreet is true, logs 'Hello World!'","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldGreet is true, logs 'Hello World!' to","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldGreet is true, logs 'Hello World!' to the","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldGreet is true, logs 'Hello World!' to the console","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console.","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldGreet is true, logs 'Hello World!' to the console.","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console.\n ","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldGreet is true, logs 'Hello World!' to the console.\n */","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console.\n */","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldGreet is true, logs 'Hello World!' to the console.\n */\n","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console.\n */\n","stopReason":""} event: completion - data: {"completion":"\n/**\n * If shouldGreet is true, logs 'Hello World!' to the console.\n */\n","stopReason":"stop_sequence"} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console.\n */\n","stopReason":"stop_sequence"} event: done @@ -15232,7 +14278,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:59:51 GMT + value: Thu, 14 Mar 2024 23:45:33 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -15261,7 +14307,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:59:48.736Z + startedDateTime: 2024-03-14T23:45:30.874Z time: 0 timings: blocked: -1 @@ -15271,7 +14317,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 880c958cf8bdd301069eb32b8f00cd37 + - _id: 45f91eda4fe2c18d8dcf54a6d9b4da31 _order: 0 cache: {} request: @@ -15284,7 +14330,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -15371,10 +14417,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 2471 + bodySize: 5218 content: mimeType: text/event-stream - size: 2471 + size: 5218 text: >+ event: completion @@ -15383,97 +14429,162 @@ log: event: completion - data: {"completion":"\n/**\n *","stopReason":""} + data: {"completion":"\n/**\n *","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Starts","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Starts logging","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Starts logging by","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Starts logging by performing","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Starts logging by performing setup","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Starts logging by performing setup actions","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Starts logging by performing setup actions like","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables,","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, ","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n *","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging activity","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging activity by","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging activity by initializing","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `record","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging activity by initializing and","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging activity by initializing and calling","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()`","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging activity by initializing and calling an","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging activity by initializing and calling an internal","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging activity by initializing and calling an internal ","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging activity by initializing and calling an internal \n *","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write the","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging activity by initializing and calling an internal \n * record","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write the first","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging activity by initializing and calling an internal \n * recordLog","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write the first log","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging activity by initializing and calling an internal \n * recordLog function","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write the first log message","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging activity by initializing and calling an internal \n * recordLog function.","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write the first log message.","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging activity by initializing and calling an internal \n * recordLog function.\n */","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write the first log message.\n */","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging activity by initializing and calling an internal \n * recordLog function.\n */\n","stopReason":""} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write the first log message.\n */\n","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging activity by initializing and calling an internal \n * recordLog function.\n */\n","stopReason":"stop_sequence"} + data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write the first log message.\n */\n","stopReason":"stop_sequence"} event: done @@ -15483,7 +14594,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:59:54 GMT + value: Thu, 14 Mar 2024 23:45:37 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -15512,7 +14623,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:59:51.515Z + startedDateTime: 2024-03-14T23:45:34.480Z time: 0 timings: blocked: -1 @@ -15522,7 +14633,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 85d2bef02420d26752da11a305a52cf9 + - _id: 2370ba873fdebfedec27ad141a84698a _order: 0 cache: {} request: @@ -15535,7 +14646,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -15628,10 +14739,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 5970 + bodySize: 8577 content: mimeType: text/event-stream - size: 5970 + size: 8577 text: >+ event: completion @@ -15645,187 +14756,237 @@ log: event: completion - data: {"completion":"\n/**\n * Test","stopReason":""} + data: {"completion":"\n/**\n * A","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * A test","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * A test block","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * A test block that","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * A test block that contains","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * A test block that contains 3","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * A test block that contains 3 tests","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * A test block that contains 3 tests:","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n *","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * -","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n *","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n *","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * -","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * -","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true ","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n *","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true ","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * -","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n *","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * -","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true equals","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true equals true","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true equals true\n *","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true equals true\n * -","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true equals true\n * - Test","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true equals true\n * - Test that","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true equals true\n * - Test that attempts","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true equals true\n * - Test that attempts to","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true equals true\n * - Test that attempts to use","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will error","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true equals true\n * - Test that attempts to use performance","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will error due","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true equals true\n * - Test that attempts to use performance.","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will error due to","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true equals true\n * - Test that attempts to use performance.now","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will error due to missing","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true equals true\n * - Test that attempts to use performance.now incorrectly","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will error due to missing params","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true equals true\n * - Test that attempts to use performance.now incorrectly\n*/","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will error due to missing params\n*/","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true equals true\n * - Test that attempts to use performance.now incorrectly\n*/\n","stopReason":""} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will error due to missing params\n*/\n","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Test that true equals true \n * - Test that true equals true\n * - Test that attempts to use performance.now incorrectly\n*/\n","stopReason":"stop_sequence"} + data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will error due to missing params\n*/\n","stopReason":"stop_sequence"} event: done @@ -15835,7 +14996,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:59:58 GMT + value: Thu, 14 Mar 2024 23:45:41 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -15864,7 +15025,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:59:55.366Z + startedDateTime: 2024-03-14T23:45:38.549Z time: 0 timings: blocked: -1 @@ -15874,7 +15035,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 229d4aa7efb08a9aa3aabf8437789942 + - _id: 27775a25b941931c77d25895426ffe5e _order: 0 cache: {} request: @@ -15887,7 +15048,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -16069,10 +15230,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 17530 + bodySize: 16584 content: mimeType: text/event-stream - size: 17530 + size: 16584 text: >+ event: completion @@ -16091,407 +15252,397 @@ log: event: completion - data: {"completion":" Based on the code","stopReason":""} - - - event: completion - - data: {"completion":" Based on the codebase","stopReason":""} + data: {"completion":" Based on the context","stopReason":""} event: completion - data: {"completion":" Based on the codebase context","stopReason":""} + data: {"completion":" Based on the context you","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you","stopReason":""} + data: {"completion":" Based on the context you have","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have","stopReason":""} + data: {"completion":" Based on the context you have provided","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided","stopReason":""} + data: {"completion":" Based on the context you have provided so","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so","stopReason":""} + data: {"completion":" Based on the context you have provided so far","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far","stopReason":""} + data: {"completion":" Based on the context you have provided so far,","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far,","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n-","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n-","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/tr","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/tr","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/tricky","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/tricky","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n-","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n-","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/Test","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/Test","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts ","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts ","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n-","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n-","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/Test","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/Test","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n-","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n-","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n-","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n-","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squ","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squ","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squir","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squir","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n-","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n-","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n-","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n-","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n-","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n-","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n-","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n-","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .c","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .c","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .cody","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .cody","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .cody/","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .cody/","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .cody/ignore","stopReason":""} event: completion - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .cody/ignore","stopReason":""} - - - event: completion - - data: {"completion":" Based on the codebase context you have provided so far, these are the file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .cody/ignore","stopReason":"stop_sequence"} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .cody/ignore","stopReason":"stop_sequence"} event: done @@ -16501,7 +15652,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 12:00:01 GMT + value: Thu, 14 Mar 2024 23:45:46 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -16530,7 +15681,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:59:59.235Z + startedDateTime: 2024-03-14T23:45:42.981Z time: 0 timings: blocked: -1 @@ -16540,7 +15691,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: c77bdc8c3f2eab01ac3f9c318327223d + - _id: 210936319e8a724d4473c8c03ee74f52 _order: 0 cache: {} request: @@ -16553,7 +15704,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -16595,10 +15746,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 55546 + bodySize: 60982 content: mimeType: text/event-stream - size: 55546 + size: 60982 text: >+ event: completion @@ -16837,492 +15988,522 @@ log: event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n ","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n ","stopReason":""} + + + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self","stopReason":""} + + + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.","stopReason":""} + + + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mam","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal =","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mam","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal =","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mam","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n ","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mam","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n ","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n ","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n ","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self)","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self)","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n ","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n ","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n-","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Inter","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n-","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Inter","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python,","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python,","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n-","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n-","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n-","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n-","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name,","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python,","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mam","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal,","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n-","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound return","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound return ","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound return \n-","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound return \n- make","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor ","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound return \n- make_","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound return \n- make_animal","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound return \n- make_animal_","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound return \n- make_animal_sound","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound return \n- make_animal_sound is","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound return \n- make_animal_sound is made","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound return \n- make_animal_sound is made abstract","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound return \n- make_animal_sound is made abstract using","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound return \n- make_animal_sound is made abstract using @","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clar","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound return \n- make_animal_sound is made abstract using @abstractmethod","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound return \n- make_animal_sound is made abstract using @abstractmethod decorator","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification on","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name \n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Attributes and methods are translated to the Python equivalent\n- Type annotations are added for name, is_mammal, and make_animal_sound return \n- make_animal_sound is made abstract using @abstractmethod decorator","stopReason":"stop_sequence"} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification on the","stopReason":""} + + + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification on the translation","stopReason":""} + + + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification on the translation!","stopReason":""} + + + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification on the translation!","stopReason":"stop_sequence"} event: done @@ -17332,7 +16513,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 12:00:04 GMT + value: Thu, 14 Mar 2024 23:45:49 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -17361,7 +16542,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T12:00:03.519Z + startedDateTime: 2024-03-14T23:45:47.981Z time: 0 timings: blocked: -1 @@ -17371,7 +16552,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 8bf654dbccf3bda5ad274b98c792fde1 + - _id: c5ac0b887f4274e931b682b9b2532eaa _order: 0 cache: {} request: @@ -17384,7 +16565,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -17430,7 +16611,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 12:00:09 GMT + value: Thu, 14 Mar 2024 23:45:54 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -17459,7 +16640,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T12:00:08.720Z + startedDateTime: 2024-03-14T23:45:53.426Z time: 0 timings: blocked: -1 @@ -17469,7 +16650,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 5307084a44e91b6ea4cbb14344d45985 + - _id: 57bb4ccc1082edb92645a7e021704018 _order: 0 cache: {} request: @@ -17482,7 +16663,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -17651,324 +16832,539 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 10153 + bodySize: 27187 content: mimeType: text/event-stream - size: 10153 + size: 27187 text: >+ event: completion - data: {"completion":" You","stopReason":""} + data: {"completion":" Based","stopReason":""} + + + event: completion + + data: {"completion":" Based on","stopReason":""} + + + event: completion + + data: {"completion":" Based on the","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far,","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared","stopReason":""} event: completion - data: {"completion":" You have","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared code","stopReason":""} event: completion - data: {"completion":" You have shared","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase","stopReason":""} event: completion - data: {"completion":" You have shared 6","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context","stopReason":""} event: completion - data: {"completion":" You have shared 6 file","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1.","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1.","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/tr","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/tr","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/tricky","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/tricky","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2.","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2.","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/Test","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/Test","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts ","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts ","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3.","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3.","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/Test","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/Test","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4.","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4.","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5.","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5.","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squ","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squ","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squir","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squir","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6.","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6.","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou","stopReason":""} event: completion - data: {"completion":" You have shared 6 file contexts with me so far:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts","stopReason":"stop_sequence"} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total,","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across 6","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across 6 file","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across 6 file paths","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across 6 file paths.","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across 6 file paths.","stopReason":"stop_sequence"} event: done @@ -17978,7 +17374,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 12:00:12 GMT + value: Thu, 14 Mar 2024 23:45:56 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -18007,7 +17403,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T12:00:09.838Z + startedDateTime: 2024-03-14T23:45:54.480Z time: 0 timings: blocked: -1 @@ -18017,7 +17413,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 8c169ba048c896b3f48608f91e707d2c + - _id: 0256f9b45c6050b3bae6255ce8617ec7 _order: 0 cache: {} request: @@ -18030,7 +17426,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -18136,7 +17532,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 12:00:16 GMT + value: Thu, 14 Mar 2024 23:46:02 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -18165,7 +17561,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T12:00:13.364Z + startedDateTime: 2024-03-14T23:45:59.621Z time: 0 timings: blocked: -1 @@ -18175,7 +17571,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 44fe591175793da324cfab4453824c39 + - _id: f709485b9b3844dba448217575b4a8d4 _order: 0 cache: {} request: @@ -18188,7 +17584,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: user-agent value: defaultClient / v1 - name: host @@ -18278,10 +17674,10 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 6607 + bodySize: 6585 content: mimeType: text/event-stream - size: 6607 + size: 6585 text: >+ event: completion @@ -18385,112 +17781,112 @@ log: event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n ","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n ","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n is","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n is","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isM","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isM","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMam","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMam","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal:","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal:","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal: boolean","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal: boolean\n ","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n ","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal: boolean\n log","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n log","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal: boolean\n logName","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal: boolean\n logName():","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName():","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal: boolean\n logName(): void","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal: boolean\n logName(): void ","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void ","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal: boolean\n logName(): void \n}","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal: boolean\n logName(): void \n}\n\n/*","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/*","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal: boolean\n logName(): void \n}\n\n/* SE","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SE","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_END","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_END","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_END */","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_END */","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_END */\n","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_END */\n","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string \n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_END */\n","stopReason":"stop_sequence"} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_END */\n","stopReason":"stop_sequence"} event: done @@ -18500,7 +17896,7 @@ log: cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 12:00:19 GMT + value: Thu, 14 Mar 2024 23:46:04 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -18529,7 +17925,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T12:00:16.974Z + startedDateTime: 2024-03-14T23:46:02.530Z time: 0 timings: blocked: -1 @@ -18539,7 +17935,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 79ee79445542ce2f82fd4abeda1cb300 + - _id: e2ae0ab84c1239bc6be31f736d44652b _order: 0 cache: {} request: @@ -18549,7 +17945,7 @@ log: - _fromType: array name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - _fromType: array name: content-type value: application/json; charset=utf-8 @@ -18564,13 +17960,10 @@ log: value: "217" - _fromType: array name: accept-encoding - value: gzip,deflate - - _fromType: array - name: connection - value: close + value: gzip,deflate - name: host value: sourcegraph.com - headersSize: 351 + headersSize: 332 httpVersion: HTTP/1.1 method: POST postData: @@ -18595,24 +17988,24 @@ log: value: null url: https://sourcegraph.com/.api/graphql?CodyConfigFeaturesResponse response: - bodySize: 159 + bodySize: 155 content: encoding: base64 mimeType: application/json - size: 159 - text: "[\"H4sIAAAAAAAAAzyLwQqAIBAF/2U=\",\"z32BV6H/2HQtId3Q5yHEfw8LOg0MM508g8l0\ - qhEy6dTfVnOI+yqMVqS+9mCQQWmyEDeo1XSdMo/POU2Js69/A5S4NUTNZAKfVcYY4wE\ - AAP//AwCHzi5CbgAAAA==\"]" + size: 155 + text: "[\"H4sIAAAAAAAAAzyLwQqA\",\"IBAF/2XPfYFXof/YdC0h3dDnIcR/Dws6DQwznTyDyXSq\ + ETLp1N9Wc4j7KoxWpL72YJBBabIQN6jVdJ0yj885TYmzr38DlLg1RM1kAp9VxhjjAQA\ + A//8DAIfOLkJuAAAA\"]" cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:08 GMT + value: Thu, 14 Mar 2024 23:44:01 GMT - name: content-type value: application/json - name: transfer-encoding value: chunked - name: connection - value: close + value: keep-alive - name: access-control-allow-credentials value: "true" - name: access-control-allow-origin @@ -18632,12 +18025,12 @@ log: value: max-age=31536000; includeSubDomains; preload - name: content-encoding value: gzip - headersSize: 1328 + headersSize: 1333 httpVersion: HTTP/1.1 redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:08.200Z + startedDateTime: 2024-03-14T23:44:01.298Z time: 0 timings: blocked: -1 @@ -18852,7 +18245,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 4f0cdca3012b991cc04e4cfa27668188 + - _id: 886b36cddcee696a52d1a4b602ff8a54 _order: 0 cache: {} request: @@ -18862,7 +18255,7 @@ log: - _fromType: array name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_0ba08837494d00e3943c46999589eb29a210ba8063f084fff511c8e4d1503909 - _fromType: array name: content-type value: application/json; charset=utf-8 @@ -18883,7 +18276,7 @@ log: value: close - name: host value: sourcegraph.com - headersSize: 356 + headersSize: 368 httpVersion: HTTP/1.1 method: POST postData: @@ -18910,33 +18303,20 @@ log: value: null url: https://sourcegraph.com/.api/graphql?CurrentSiteCodyLlmConfiguration response: - bodySize: 212 + bodySize: 22 content: - encoding: base64 - mimeType: application/json - size: 212 - text: "[\"H4sIAAAAAAAAA4zOsQqDMBDG8Xe5WW10a1ZXs/UFjiTW0PROzAktkncvulgylE4HH39+3\ - AYOBUFvkIL4/Vp272EwPdMY7uuCEpiOfUIx7HwEDUgyLTwHe7ERV+frrlFQnYnB140f\ - nhLotlNKVTBikv6XECgJktQtFPGXdT0oy885+v2tv7AiL7icc/4AAAD//wMAqZjCzQQ\ - BAAA=\"]" - textDecoded: - data: - site: - codyLLMConfiguration: - chatModel: anthropic/claude-2.0 - chatModelMaxTokens: 12000 - completionModel: anthropic/claude-instant-1 - completionModelMaxTokens: 9000 - fastChatModel: anthropic/claude-instant-1 - fastChatModelMaxTokens: 9000 + mimeType: text/plain; charset=utf-8 + size: 22 + text: | + Invalid access token. cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:07 GMT + value: Thu, 07 Mar 2024 11:58:08 GMT - name: content-type - value: application/json - - name: transfer-encoding - value: chunked + value: text/plain; charset=utf-8 + - name: content-length + value: "22" - name: connection value: close - name: access-control-allow-credentials @@ -18946,8 +18326,7 @@ log: - name: cache-control value: no-cache, max-age=0 - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie + value: Cookie,Accept-Encoding,Authorization - name: x-content-type-options value: nosniff - name: x-frame-options @@ -18956,14 +18335,12 @@ log: value: 1; mode=block - name: strict-transport-security value: max-age=31536000; includeSubDomains; preload - - name: content-encoding - value: gzip - headersSize: 1328 + headersSize: 1258 httpVersion: HTTP/1.1 redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-07T11:58:06.963Z + status: 401 + statusText: Unauthorized + startedDateTime: 2024-03-07T11:58:08.566Z time: 0 timings: blocked: -1 @@ -18973,7 +18350,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: aee58d6b101fd6cd2d075c638ac3630c + - _id: 5938a0c90684e6746dbe90f765130122 _order: 0 cache: {} request: @@ -18983,7 +18360,7 @@ log: - _fromType: array name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_0ba08837494d00e3943c46999589eb29a210ba8063f084fff511c8e4d1503909 - _fromType: array name: content-type value: application/json; charset=utf-8 @@ -19004,7 +18381,7 @@ log: value: close - name: host value: sourcegraph.com - headersSize: 356 + headersSize: 368 httpVersion: HTTP/1.1 method: POST postData: @@ -19026,26 +18403,20 @@ log: value: null url: https://sourcegraph.com/.api/graphql?CurrentSiteCodyLlmConfiguration response: - bodySize: 128 + bodySize: 22 content: - encoding: base64 - mimeType: application/json - size: 128 - text: "[\"H4sIAAAAAAAAA6pWSkksSVSyqlYqzixJBdHJ+SmVPj6+zvl5aZnppUWJJZn5eSDxgqL8s\ - syU1CIlK6Xi/NKi5NT0osSCDKXa2tpaAAAAAP//AwAfFAXARQAAAA==\"]" - textDecoded: - data: - site: - codyLLMConfiguration: - provider: sourcegraph + mimeType: text/plain; charset=utf-8 + size: 22 + text: | + Invalid access token. cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:07 GMT + value: Thu, 07 Mar 2024 11:58:08 GMT - name: content-type - value: application/json - - name: transfer-encoding - value: chunked + value: text/plain; charset=utf-8 + - name: content-length + value: "22" - name: connection value: close - name: access-control-allow-credentials @@ -19055,8 +18426,7 @@ log: - name: cache-control value: no-cache, max-age=0 - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie + value: Cookie,Accept-Encoding,Authorization - name: x-content-type-options value: nosniff - name: x-frame-options @@ -19065,14 +18435,12 @@ log: value: 1; mode=block - name: strict-transport-security value: max-age=31536000; includeSubDomains; preload - - name: content-encoding - value: gzip - headersSize: 1328 + headersSize: 1258 httpVersion: HTTP/1.1 redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-07T11:58:06.964Z + status: 401 + statusText: Unauthorized + startedDateTime: 2024-03-07T11:58:08.567Z time: 0 timings: blocked: -1 @@ -19082,7 +18450,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 886b36cddcee696a52d1a4b602ff8a54 + - _id: 9c15b1814d5d28cf5516df4854e8997e _order: 0 cache: {} request: @@ -19092,7 +18460,7 @@ log: - _fromType: array name: authorization value: token - REDACTED_0ba08837494d00e3943c46999589eb29a210ba8063f084fff511c8e4d1503909 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - _fromType: array name: content-type value: application/json; charset=utf-8 @@ -19108,12 +18476,9 @@ log: - _fromType: array name: accept-encoding value: gzip,deflate - - _fromType: array - name: connection - value: close - name: host value: sourcegraph.com - headersSize: 368 + headersSize: 337 httpVersion: HTTP/1.1 method: POST postData: @@ -19140,22 +18505,35 @@ log: value: null url: https://sourcegraph.com/.api/graphql?CurrentSiteCodyLlmConfiguration response: - bodySize: 22 + bodySize: 212 content: - mimeType: text/plain; charset=utf-8 - size: 22 - text: | - Invalid access token. + encoding: base64 + mimeType: application/json + size: 212 + text: "[\"H4sIAAAAAAAAA4zOsQqDMBDG8Xe5WW10a1ZXs/UFjiTW0PROzAktkncvulgylE4HH39+3\ + AYOBUFvkIL4/Vp272EwPdMY7uuCEpiOfUIx7HwEDUgyLTwHe7ERV+frrlFQnYnB140f\ + nhLotlNKVTBikv6XECgJktQtFPGXdT0oy885+v2tv7AiL7icc/4AAAD//wMAqZjCzQQ\ + BAAA=\"]" + textDecoded: + data: + site: + codyLLMConfiguration: + chatModel: anthropic/claude-2.0 + chatModelMaxTokens: 12000 + completionModel: anthropic/claude-instant-1 + completionModelMaxTokens: 9000 + fastChatModel: anthropic/claude-instant-1 + fastChatModelMaxTokens: 9000 cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:08 GMT + value: Thu, 14 Mar 2024 23:44:00 GMT - name: content-type - value: text/plain; charset=utf-8 - - name: content-length - value: "22" + value: application/json + - name: transfer-encoding + value: chunked - name: connection - value: close + value: keep-alive - name: access-control-allow-credentials value: "true" - name: access-control-allow-origin @@ -19163,7 +18541,8 @@ log: - name: cache-control value: no-cache, max-age=0 - name: vary - value: Cookie,Accept-Encoding,Authorization + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie - name: x-content-type-options value: nosniff - name: x-frame-options @@ -19172,12 +18551,14 @@ log: value: 1; mode=block - name: strict-transport-security value: max-age=31536000; includeSubDomains; preload - headersSize: 1258 + - name: content-encoding + value: gzip + headersSize: 1333 httpVersion: HTTP/1.1 redirectURL: "" - status: 401 - statusText: Unauthorized - startedDateTime: 2024-03-07T11:58:08.566Z + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:00.811Z time: 0 timings: blocked: -1 @@ -19187,7 +18568,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 5938a0c90684e6746dbe90f765130122 + - _id: 0eda23fb7c3dade450e889db33e72d51 _order: 0 cache: {} request: @@ -19197,7 +18578,7 @@ log: - _fromType: array name: authorization value: token - REDACTED_0ba08837494d00e3943c46999589eb29a210ba8063f084fff511c8e4d1503909 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - _fromType: array name: content-type value: application/json; charset=utf-8 @@ -19213,12 +18594,9 @@ log: - _fromType: array name: accept-encoding value: gzip,deflate - - _fromType: array - name: connection - value: close - name: host value: sourcegraph.com - headersSize: 368 + headersSize: 337 httpVersion: HTTP/1.1 method: POST postData: @@ -19240,22 +18618,24 @@ log: value: null url: https://sourcegraph.com/.api/graphql?CurrentSiteCodyLlmConfiguration response: - bodySize: 22 + bodySize: 134 content: - mimeType: text/plain; charset=utf-8 - size: 22 - text: | - Invalid access token. + encoding: base64 + mimeType: application/json + size: 134 + text: "[\"H4sIAAAAAAAAA6pWSkks\",\"SVSyqlYqzixJBdHJ+SmVPj6+zvl5aZnppUWJJZn5eSDx\ + gqL8ssyU1CIlK6Xi/NKi5NT0osSCDKXa2tpaAAAAAP//\",\"AwAfFAXARQAAAA==\"\ + ]" cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:08 GMT + value: Thu, 14 Mar 2024 23:44:00 GMT - name: content-type - value: text/plain; charset=utf-8 - - name: content-length - value: "22" + value: application/json + - name: transfer-encoding + value: chunked - name: connection - value: close + value: keep-alive - name: access-control-allow-credentials value: "true" - name: access-control-allow-origin @@ -19263,7 +18643,8 @@ log: - name: cache-control value: no-cache, max-age=0 - name: vary - value: Cookie,Accept-Encoding,Authorization + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie - name: x-content-type-options value: nosniff - name: x-frame-options @@ -19272,12 +18653,14 @@ log: value: 1; mode=block - name: strict-transport-security value: max-age=31536000; includeSubDomains; preload - headersSize: 1258 + - name: content-encoding + value: gzip + headersSize: 1333 httpVersion: HTTP/1.1 redirectURL: "" - status: 401 - statusText: Unauthorized - startedDateTime: 2024-03-07T11:58:08.567Z + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:00.812Z time: 0 timings: blocked: -1 @@ -19392,7 +18775,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 48442bd32a121ef87fbb97e4d9771721 + - _id: 34fdd9e2bfa6ca27b8e484974dcf6e59 _order: 0 cache: {} request: @@ -19402,7 +18785,7 @@ log: - _fromType: array name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_0ba08837494d00e3943c46999589eb29a210ba8063f084fff511c8e4d1503909 - _fromType: array name: content-type value: application/json; charset=utf-8 @@ -19423,7 +18806,7 @@ log: value: close - name: host value: sourcegraph.com - headersSize: 336 + headersSize: 348 httpVersion: HTTP/1.1 method: POST postData: @@ -19450,34 +18833,20 @@ log: value: null url: https://sourcegraph.com/.api/graphql?CurrentUser response: - bodySize: 288 + bodySize: 22 content: - encoding: base64 - mimeType: application/json - size: 288 - text: "[\"H4sIAAAAAAAAAzSOTUvEQAyG/4rkXFqFLqwDRS/etMhKF69xGjtZ+jEkmYWl9L9LGfeW5\ - OHN867QoyG4FXwSodk6JdlX7sHB+bsd/WV5bC9d/TE0DRQQUM8k/MvUv03IIziTRAX0\ - rHHEW4sTgYPPwCPH+PAVmVShgKQkc2YxM70jvKKhdKd3cBDMorqqyjctB7aQfvawX2a\ - j2Uq/TFWq6sPx8Pz0cm1qKCAKTyi3/zorUB7uojKbXnVJ4mkQjGH/Atu2bX8AAAD//w\ - MAO7A8qv8AAAA=\"]" - textDecoded: - data: - currentUser: - avatarURL: https://avatars.githubusercontent.com/u/458591?v=4 - displayName: Philipp Spiess - hasVerifiedEmail: true - id: VXNlcjo0NjU4Mg== - primaryEmail: - email: philipp.spiess@sourcegraph.com - username: philippspiess + mimeType: text/plain; charset=utf-8 + size: 22 + text: | + Invalid access token. cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:07 GMT + value: Thu, 07 Mar 2024 11:58:09 GMT - name: content-type - value: application/json - - name: transfer-encoding - value: chunked + value: text/plain; charset=utf-8 + - name: content-length + value: "22" - name: connection value: close - name: access-control-allow-credentials @@ -19487,8 +18856,7 @@ log: - name: cache-control value: no-cache, max-age=0 - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie + value: Cookie,Accept-Encoding,Authorization - name: x-content-type-options value: nosniff - name: x-frame-options @@ -19497,14 +18865,12 @@ log: value: 1; mode=block - name: strict-transport-security value: max-age=31536000; includeSubDomains; preload - - name: content-encoding - value: gzip - headersSize: 1328 + headersSize: 1258 httpVersion: HTTP/1.1 redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-07T11:58:07.366Z + status: 401 + statusText: Unauthorized + startedDateTime: 2024-03-07T11:58:08.964Z time: 0 timings: blocked: -1 @@ -19514,7 +18880,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 34fdd9e2bfa6ca27b8e484974dcf6e59 + - _id: ff221092f5009d24ef344190a8fd6173 _order: 0 cache: {} request: @@ -19524,7 +18890,7 @@ log: - _fromType: array name: authorization value: token - REDACTED_0ba08837494d00e3943c46999589eb29a210ba8063f084fff511c8e4d1503909 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - _fromType: array name: content-type value: application/json; charset=utf-8 @@ -19540,12 +18906,9 @@ log: - _fromType: array name: accept-encoding value: gzip,deflate - - _fromType: array - name: connection - value: close - name: host value: sourcegraph.com - headersSize: 348 + headersSize: 317 httpVersion: HTTP/1.1 method: POST postData: @@ -19572,22 +18935,37 @@ log: value: null url: https://sourcegraph.com/.api/graphql?CurrentUser response: - bodySize: 22 + bodySize: 348 content: - mimeType: text/plain; charset=utf-8 - size: 22 - text: | - Invalid access token. + encoding: base64 + mimeType: application/json + size: 348 + text: "[\"H4sIAAAAAAAAA2RPy06DQBT9l7uGgmm0MEkTbW1dVImPlNTlZbiFAYbBeVQp4d8bUhMX7\ + s7JOTmPAXK0CGwA7rSm1u4N6YmKHBikh6ThlTonj283LxVfggclmpS0OArKNxJFA8xq\ + Rx7kwnQN9glKAgYfymlOhcauXCnrx2EYggfOkG6vBvNnyJSNa//YfksHHuAJLer9+zM\ + wKK3tDAuCppzPCqWKhqYErlpLrZ1xJQMMHtZFpPhui1/ZJ7lVnVW3+XZz/omyQxrhQs\ + xNmu3WyWu6eApdf6qXJr7zOXjQaSFR978nBqAr+LfsvpiEqQ3GcRwvAAAA//8DALThL\ + hwxAQAA\"]" + textDecoded: + data: + currentUser: + avatarURL: https://lh3.googleusercontent.com/a/ACg8ocKFaqbYeuBkbj5dFEzx8bXV8a7i3sVbKCNPV7G0uyvk=s96-c + displayName: SourcegraphBot-9000 + hasVerifiedEmail: true + id: VXNlcjozNDQ1Mjc= + primaryEmail: + email: sourcegraphbot9k@gmail.com + username: sourcegraphbot9k-fnwmu cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:09 GMT + value: Thu, 14 Mar 2024 23:44:01 GMT - name: content-type - value: text/plain; charset=utf-8 - - name: content-length - value: "22" + value: application/json + - name: transfer-encoding + value: chunked - name: connection - value: close + value: keep-alive - name: access-control-allow-credentials value: "true" - name: access-control-allow-origin @@ -19595,7 +18973,8 @@ log: - name: cache-control value: no-cache, max-age=0 - name: vary - value: Cookie,Accept-Encoding,Authorization + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie - name: x-content-type-options value: nosniff - name: x-frame-options @@ -19604,12 +18983,14 @@ log: value: 1; mode=block - name: strict-transport-security value: max-age=31536000; includeSubDomains; preload - headersSize: 1258 + - name: content-encoding + value: gzip + headersSize: 1333 httpVersion: HTTP/1.1 redirectURL: "" - status: 401 - statusText: Unauthorized - startedDateTime: 2024-03-07T11:58:08.964Z + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:00.964Z time: 0 timings: blocked: -1 @@ -19619,7 +19000,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 6c1c9287cbdfdeb5de151fba30f1f0c3 + - _id: da74a3b600c66d3384d560c7322f2fb1 _order: 0 cache: {} request: @@ -19629,7 +19010,7 @@ log: - _fromType: array name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - _fromType: array name: content-type value: application/json; charset=utf-8 @@ -19645,12 +19026,9 @@ log: - _fromType: array name: accept-encoding value: gzip,deflate - - _fromType: array - name: connection - value: close - name: host value: sourcegraph.com - headersSize: 352 + headersSize: 333 httpVersion: HTTP/1.1 method: POST postData: @@ -19676,34 +19054,25 @@ log: value: null url: https://sourcegraph.com/.api/graphql?CurrentUserCodySubscription response: - bodySize: 224 + bodySize: 227 content: - encoding: base64 - mimeType: application/json - size: 224 - text: "[\"H4sIAAAAAAAAA1zMsQrCMBSF4Xc5cwtt2ilbkQ6CYGmrg1tsMgRqEm5uhlLy7qIgqOP5+\ - Tg7tGIFuWNJRMbxJRp6T6+3Kd3jQjaw9e7VIitOERLdYT5eexQIq3KQGMYzCqgQ1m0g\ - Pyo2J/uwHCGZkik+34Mh6/XEirhjSIhKtGUlyrqdhZB1LRtxw5/unf6yza/NOecnAAA\ - A//8DAL2KDajCAAAA\"]" - textDecoded: - data: - currentUser: - codySubscription: - applyProRateLimits: true - currentPeriodEndAt: 2024-03-14T22:11:32Z - currentPeriodStartAt: 2024-02-14T22:11:32Z - plan: PRO - status: ACTIVE + encoding: base64 + mimeType: application/json + size: 227 + text: "[\"H4sIAAAAAAAAA1zMsQrC\",\"MBSF4Xc5cwtt2ilbkQ6CYGmrg1tsMgRqEm5uhlLy7qIg\ + qOP5+Tg7tGIFuWNJRMbxJRp6T6+3Kd3jQjaw9e7VIitOERLdYT5eexQIq3KQGMYzCqg\ + Q1m0gPyo2J/uwHCGZkik+34Mh6/XEirhjSIhKtGXVlHU7CyHrWjbihj/dO/1l21+bc8\ + 5PAAAA//8DACprgLLCAAAA\"]" cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:13 GMT + value: Thu, 14 Mar 2024 23:44:01 GMT - name: content-type value: application/json - name: transfer-encoding value: chunked - name: connection - value: close + value: keep-alive - name: access-control-allow-credentials value: "true" - name: access-control-allow-origin @@ -19723,12 +19092,12 @@ log: value: max-age=31536000; includeSubDomains; preload - name: content-encoding value: gzip - headersSize: 1328 + headersSize: 1333 httpVersion: HTTP/1.1 redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-07T11:58:13.378Z + startedDateTime: 2024-03-14T23:44:01.067Z time: 0 timings: blocked: -1 @@ -19963,17 +19332,17 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 6a2f7d73cbd9b94e907c56fc6d7b379c + - _id: 4891dc3f2ce61b11d1079d7eba4156e5 _order: 0 cache: {} request: - bodySize: 734 + bodySize: 731 cookies: [] headers: - _fromType: array name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_0ba08837494d00e3943c46999589eb29a210ba8063f084fff511c8e4d1503909 - _fromType: array name: content-type value: application/json; charset=utf-8 @@ -19985,7 +19354,7 @@ log: value: "*/*" - _fromType: array name: content-length - value: "734" + value: "731" - _fromType: array name: accept-encoding value: gzip,deflate @@ -19994,7 +19363,7 @@ log: value: close - name: host value: sourcegraph.com - headersSize: 341 + headersSize: 353 httpVersion: HTTP/1.1 method: POST postData: @@ -20021,7 +19390,7 @@ log: variables: client: VSCODE_CODY_EXTENSION connectedSiteID: SourcegraphWeb - event: CodyVSCodeExtension:Auth:connected + event: CodyVSCodeExtension:Auth:failed source: IDEEXTENSION url: "" userCookieID: ANONYMOUS_USER_COOKIE_ID @@ -20030,19 +19399,20 @@ log: value: null url: https://sourcegraph.com/.api/graphql?LogEventMutation response: - bodySize: 26 + bodySize: 22 content: - mimeType: application/json - size: 26 - text: "{\"data\":{\"logEvent\":null}}" + mimeType: text/plain; charset=utf-8 + size: 22 + text: | + Invalid access token. cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:08 GMT + value: Thu, 07 Mar 2024 11:58:10 GMT - name: content-type - value: application/json + value: text/plain; charset=utf-8 - name: content-length - value: "26" + value: "22" - name: connection value: close - name: access-control-allow-credentials @@ -20052,8 +19422,7 @@ log: - name: cache-control value: no-cache, max-age=0 - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie + value: Cookie,Accept-Encoding,Authorization - name: x-content-type-options value: nosniff - name: x-frame-options @@ -20062,12 +19431,12 @@ log: value: 1; mode=block - name: strict-transport-security value: max-age=31536000; includeSubDomains; preload - headersSize: 1296 + headersSize: 1258 httpVersion: HTTP/1.1 redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-07T11:58:08.201Z + status: 401 + statusText: Unauthorized + startedDateTime: 2024-03-07T11:58:09.919Z time: 0 timings: blocked: -1 @@ -20077,11 +19446,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 4891dc3f2ce61b11d1079d7eba4156e5 + - _id: 88402ce0bed2155ee631894b10f5f9b6 _order: 0 cache: {} request: - bodySize: 731 + bodySize: 560 cookies: [] headers: - _fromType: array @@ -20099,7 +19468,7 @@ log: value: "*/*" - _fromType: array name: content-length - value: "731" + value: "560" - _fromType: array name: accept-encoding value: gzip,deflate @@ -20117,7 +19486,7 @@ log: textJSON: query: >- - mutation LogEventMutation($event: String!, $userCookieID: String!, $url: String!, $source: EventSource!, $argument: String, $publicArgument: String, $client: String, $connectedSiteID: String, $hashedLicenseKey: String) { + mutation LogEventMutation($event: String!, $userCookieID: String!, $url: String!, $source: EventSource!, $argument: String, $publicArgument: String) { logEvent( event: $event userCookieID: $userCookieID @@ -20125,9 +19494,6 @@ log: source: $source argument: $argument publicArgument: $publicArgument - client: $client - connectedSiteID: $connectedSiteID - hashedLicenseKey: $hashedLicenseKey ) { alwaysNil } @@ -20181,7 +19547,7 @@ log: redirectURL: "" status: 401 statusText: Unauthorized - startedDateTime: 2024-03-07T11:58:09.919Z + startedDateTime: 2024-03-07T11:58:10.317Z time: 0 timings: blocked: -1 @@ -20191,17 +19557,17 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 88402ce0bed2155ee631894b10f5f9b6 + - _id: f51da298792878f3bd96a497079a0d01 _order: 0 cache: {} request: - bodySize: 560 + bodySize: 734 cookies: [] headers: - _fromType: array name: authorization value: token - REDACTED_0ba08837494d00e3943c46999589eb29a210ba8063f084fff511c8e4d1503909 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - _fromType: array name: content-type value: application/json; charset=utf-8 @@ -20213,16 +19579,13 @@ log: value: "*/*" - _fromType: array name: content-length - value: "560" + value: "734" - _fromType: array name: accept-encoding value: gzip,deflate - - _fromType: array - name: connection - value: close - name: host value: sourcegraph.com - headersSize: 353 + headersSize: 322 httpVersion: HTTP/1.1 method: POST postData: @@ -20231,7 +19594,7 @@ log: textJSON: query: >- - mutation LogEventMutation($event: String!, $userCookieID: String!, $url: String!, $source: EventSource!, $argument: String, $publicArgument: String) { + mutation LogEventMutation($event: String!, $userCookieID: String!, $url: String!, $source: EventSource!, $argument: String, $publicArgument: String, $client: String, $connectedSiteID: String, $hashedLicenseKey: String) { logEvent( event: $event userCookieID: $userCookieID @@ -20239,6 +19602,9 @@ log: source: $source argument: $argument publicArgument: $publicArgument + client: $client + connectedSiteID: $connectedSiteID + hashedLicenseKey: $hashedLicenseKey ) { alwaysNil } @@ -20246,7 +19612,7 @@ log: variables: client: VSCODE_CODY_EXTENSION connectedSiteID: SourcegraphWeb - event: CodyVSCodeExtension:Auth:failed + event: CodyVSCodeExtension:Auth:connected source: IDEEXTENSION url: "" userCookieID: ANONYMOUS_USER_COOKIE_ID @@ -20255,22 +19621,21 @@ log: value: null url: https://sourcegraph.com/.api/graphql?LogEventMutation response: - bodySize: 22 + bodySize: 26 content: - mimeType: text/plain; charset=utf-8 - size: 22 - text: | - Invalid access token. + mimeType: application/json + size: 26 + text: "{\"data\":{\"logEvent\":null}}" cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:10 GMT + value: Thu, 14 Mar 2024 23:44:01 GMT - name: content-type - value: text/plain; charset=utf-8 + value: application/json - name: content-length - value: "22" + value: "26" - name: connection - value: close + value: keep-alive - name: access-control-allow-credentials value: "true" - name: access-control-allow-origin @@ -20278,7 +19643,8 @@ log: - name: cache-control value: no-cache, max-age=0 - name: vary - value: Cookie,Accept-Encoding,Authorization + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie - name: x-content-type-options value: nosniff - name: x-frame-options @@ -20287,12 +19653,12 @@ log: value: 1; mode=block - name: strict-transport-security value: max-age=31536000; includeSubDomains; preload - headersSize: 1258 + headersSize: 1301 httpVersion: HTTP/1.1 redirectURL: "" - status: 401 - statusText: Unauthorized - startedDateTime: 2024-03-07T11:58:10.317Z + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:01.298Z time: 0 timings: blocked: -1 @@ -20302,17 +19668,17 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 0f50b17a2ad08980a35359d418e6a490 + - _id: 2bda2e2e79e88260f80ab8cf9ca691a5 _order: 0 cache: {} request: - bodySize: 753 + bodySize: 739 cookies: [] headers: - _fromType: array name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - _fromType: array name: content-type value: application/json; charset=utf-8 @@ -20324,16 +19690,13 @@ log: value: "*/*" - _fromType: array name: content-length - value: "753" + value: "739" - _fromType: array name: accept-encoding value: gzip,deflate - - _fromType: array - name: connection - value: close - name: host value: sourcegraph.com - headersSize: 341 + headersSize: 322 httpVersion: HTTP/1.1 method: POST postData: @@ -20360,7 +19723,7 @@ log: variables: client: VSCODE_CODY_EXTENSION connectedSiteID: SourcegraphWeb - event: CodyVSCodeExtension:completion:unexpectedNotSuggested + event: CodyVSCodeExtension:completion:accepted source: IDEEXTENSION url: "" userCookieID: ANONYMOUS_USER_COOKIE_ID @@ -20377,13 +19740,13 @@ log: cookies: [] headers: - name: date - value: Tue, 12 Mar 2024 12:28:00 GMT + value: Thu, 14 Mar 2024 23:44:03 GMT - name: content-type value: application/json - name: content-length value: "26" - name: connection - value: close + value: keep-alive - name: access-control-allow-credentials value: "true" - name: access-control-allow-origin @@ -20401,12 +19764,12 @@ log: value: 1; mode=block - name: strict-transport-security value: max-age=31536000; includeSubDomains; preload - headersSize: 1296 + headersSize: 1301 httpVersion: HTTP/1.1 redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-12T12:27:59.892Z + startedDateTime: 2024-03-14T23:44:02.936Z time: 0 timings: blocked: -1 @@ -20416,17 +19779,17 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 3c0f71fe822b9459bff3ab719293b0d6 + - _id: 134d67e4c0a87e6881e67277d3b412c8 _order: 0 cache: {} request: - bodySize: 739 + bodySize: 753 cookies: [] headers: - _fromType: array name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - _fromType: array name: content-type value: application/json; charset=utf-8 @@ -20438,16 +19801,13 @@ log: value: "*/*" - _fromType: array name: content-length - value: "739" + value: "753" - _fromType: array name: accept-encoding value: gzip,deflate - - _fromType: array - name: connection - value: close - name: host value: sourcegraph.com - headersSize: 341 + headersSize: 322 httpVersion: HTTP/1.1 method: POST postData: @@ -20474,7 +19834,7 @@ log: variables: client: VSCODE_CODY_EXTENSION connectedSiteID: SourcegraphWeb - event: CodyVSCodeExtension:completion:accepted + event: CodyVSCodeExtension:completion:unexpectedNotSuggested source: IDEEXTENSION url: "" userCookieID: ANONYMOUS_USER_COOKIE_ID @@ -20491,13 +19851,13 @@ log: cookies: [] headers: - name: date - value: Tue, 12 Mar 2024 12:28:00 GMT + value: Thu, 14 Mar 2024 23:44:03 GMT - name: content-type value: application/json - name: content-length value: "26" - name: connection - value: close + value: keep-alive - name: access-control-allow-credentials value: "true" - name: access-control-allow-origin @@ -20515,12 +19875,12 @@ log: value: 1; mode=block - name: strict-transport-security value: max-age=31536000; includeSubDomains; preload - headersSize: 1296 + headersSize: 1301 httpVersion: HTTP/1.1 redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-12T12:27:59.910Z + startedDateTime: 2024-03-14T23:44:02.936Z time: 0 timings: blocked: -1 @@ -20837,7 +20197,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: eb4bc47ff95217148aec0db06e63ce6e + - _id: 594fadccaad7af58ec360378f0525a81 _order: 0 cache: {} request: @@ -20847,7 +20207,7 @@ log: - _fromType: array name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_0ba08837494d00e3943c46999589eb29a210ba8063f084fff511c8e4d1503909 - _fromType: array name: content-type value: application/json; charset=utf-8 @@ -20868,7 +20228,7 @@ log: value: close - name: host value: sourcegraph.com - headersSize: 343 + headersSize: 355 httpVersion: HTTP/1.1 method: POST postData: @@ -20893,23 +20253,20 @@ log: value: null url: https://sourcegraph.com/.api/graphql?SiteIdentification response: - bodySize: 219 + bodySize: 22 content: - encoding: base64 - mimeType: application/json - size: 219 - text: "[\"H4sIAAAAAAAAAzTLsQ6CMBCA4Xc=\",\"udmF9q4FZhfjyOB87V2liQHSlsEQ391g4r/8\ - 03eAcGMYD6i56f+3K4wwrXuJ+iy8zQ8NcIGtrLLHNu2hxpK3ltflBK8cdak/O3OdVe7\ - 6hhGG6LvQGZv6JJoMYu9EGZWc86jRGiTjDUXqHAnZIIgpOI+G7cCcCD5nXwAAAP//Aw\ - AY9rt+oAAAAA==\"]" + mimeType: text/plain; charset=utf-8 + size: 22 + text: | + Invalid access token. cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:08 GMT + value: Thu, 07 Mar 2024 11:58:10 GMT - name: content-type - value: application/json - - name: transfer-encoding - value: chunked + value: text/plain; charset=utf-8 + - name: content-length + value: "22" - name: connection value: close - name: access-control-allow-credentials @@ -20919,8 +20276,7 @@ log: - name: cache-control value: no-cache, max-age=0 - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie + value: Cookie,Accept-Encoding,Authorization - name: x-content-type-options value: nosniff - name: x-frame-options @@ -20929,14 +20285,12 @@ log: value: 1; mode=block - name: strict-transport-security value: max-age=31536000; includeSubDomains; preload - - name: content-encoding - value: gzip - headersSize: 1328 + headersSize: 1258 httpVersion: HTTP/1.1 redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-07T11:58:08.199Z + status: 401 + statusText: Unauthorized + startedDateTime: 2024-03-07T11:58:09.918Z time: 0 timings: blocked: -1 @@ -20946,7 +20300,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 594fadccaad7af58ec360378f0525a81 + - _id: 5f699fc86f3efcac0ab0178c54c03d1f _order: 0 cache: {} request: @@ -20956,7 +20310,7 @@ log: - _fromType: array name: authorization value: token - REDACTED_0ba08837494d00e3943c46999589eb29a210ba8063f084fff511c8e4d1503909 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - _fromType: array name: content-type value: application/json; charset=utf-8 @@ -20972,12 +20326,9 @@ log: - _fromType: array name: accept-encoding value: gzip,deflate - - _fromType: array - name: connection - value: close - name: host value: sourcegraph.com - headersSize: 355 + headersSize: 324 httpVersion: HTTP/1.1 method: POST postData: @@ -21002,22 +20353,32 @@ log: value: null url: https://sourcegraph.com/.api/graphql?SiteIdentification response: - bodySize: 22 + bodySize: 212 content: - mimeType: text/plain; charset=utf-8 - size: 22 - text: | - Invalid access token. + encoding: base64 + mimeType: application/json + size: 212 + text: "[\"H4sIAAAAAAAAAzTLsQ6CMBCA4Xe52YX2rgVmF+PI4HztXaWJAdKWwRDf3WDiv/zTd4BwY\ + xgPqLnp/7crjDCte4n6LLzNDw1wga2sssc27aHGkreW1+UErxx1qT87c51V7vqGEYbo\ + u9AZm/okmgxi70QZlZzzqNEaJOMNReocCdkgiCk4j4btwJwIPmdfAAAA//8DABj2u36\ + gAAAA\"]" + textDecoded: + data: + site: + productSubscription: + license: + hashedKey: 9c71b123f8fdef24486dea4e56674ec32452725c5165d53bd44fb6742a39aaf5 + siteID: SourcegraphWeb cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:10 GMT + value: Thu, 14 Mar 2024 23:44:01 GMT - name: content-type - value: text/plain; charset=utf-8 - - name: content-length - value: "22" + value: application/json + - name: transfer-encoding + value: chunked - name: connection - value: close + value: keep-alive - name: access-control-allow-credentials value: "true" - name: access-control-allow-origin @@ -21025,7 +20386,8 @@ log: - name: cache-control value: no-cache, max-age=0 - name: vary - value: Cookie,Accept-Encoding,Authorization + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie - name: x-content-type-options value: nosniff - name: x-frame-options @@ -21034,12 +20396,14 @@ log: value: 1; mode=block - name: strict-transport-security value: max-age=31536000; includeSubDomains; preload - headersSize: 1258 + - name: content-encoding + value: gzip + headersSize: 1333 httpVersion: HTTP/1.1 redirectURL: "" - status: 401 - statusText: Unauthorized - startedDateTime: 2024-03-07T11:58:09.918Z + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:01.297Z time: 0 timings: blocked: -1 @@ -21147,7 +20511,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 7012fd33c37ff65ef938faec6093629c + - _id: 9871a0347b3e3056e8c6ab32f8d599db _order: 0 cache: {} request: @@ -21157,7 +20521,7 @@ log: - _fromType: array name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_0ba08837494d00e3943c46999589eb29a210ba8063f084fff511c8e4d1503909 - _fromType: array name: content-type value: application/json; charset=utf-8 @@ -21178,7 +20542,7 @@ log: value: close - name: host value: sourcegraph.com - headersSize: 343 + headersSize: 355 httpVersion: HTTP/1.1 method: POST postData: @@ -21198,22 +20562,20 @@ log: value: null url: https://sourcegraph.com/.api/graphql?SiteProductVersion response: - bodySize: 146 + bodySize: 22 content: - encoding: base64 - mimeType: application/json - size: 146 - text: "[\"H4sIAAAAAAAAA6pWSkksSVSyqlY=\",\"Ks4sSQXRBUX5KaXJJWGpRcWZ+XlKVkpGZiZG\ - xhbxRgZGJroGxroG5vGmesa6ZqaGiRZpKRaWiYamSrW1tQAAAAD//w==\",\"AwDmj2\ - aCSQAAAA==\"]" + mimeType: text/plain; charset=utf-8 + size: 22 + text: | + Invalid access token. cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:07 GMT + value: Thu, 07 Mar 2024 11:58:08 GMT - name: content-type - value: application/json - - name: transfer-encoding - value: chunked + value: text/plain; charset=utf-8 + - name: content-length + value: "22" - name: connection value: close - name: access-control-allow-credentials @@ -21223,8 +20585,7 @@ log: - name: cache-control value: no-cache, max-age=0 - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie + value: Cookie,Accept-Encoding,Authorization - name: x-content-type-options value: nosniff - name: x-frame-options @@ -21233,14 +20594,12 @@ log: value: 1; mode=block - name: strict-transport-security value: max-age=31536000; includeSubDomains; preload - - name: content-encoding - value: gzip - headersSize: 1328 + headersSize: 1258 httpVersion: HTTP/1.1 redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-07T11:58:06.962Z + status: 401 + statusText: Unauthorized + startedDateTime: 2024-03-07T11:58:08.565Z time: 0 timings: blocked: -1 @@ -21250,7 +20609,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 9871a0347b3e3056e8c6ab32f8d599db + - _id: 3b4bb59bcb51d5a9cf9f7bd915b66ccd _order: 0 cache: {} request: @@ -21260,7 +20619,7 @@ log: - _fromType: array name: authorization value: token - REDACTED_0ba08837494d00e3943c46999589eb29a210ba8063f084fff511c8e4d1503909 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - _fromType: array name: content-type value: application/json; charset=utf-8 @@ -21276,12 +20635,9 @@ log: - _fromType: array name: accept-encoding value: gzip,deflate - - _fromType: array - name: connection - value: close - name: host value: sourcegraph.com - headersSize: 355 + headersSize: 324 httpVersion: HTTP/1.1 method: POST postData: @@ -21301,22 +20657,27 @@ log: value: null url: https://sourcegraph.com/.api/graphql?SiteProductVersion response: - bodySize: 22 + bodySize: 136 content: - mimeType: text/plain; charset=utf-8 - size: 22 - text: | - Invalid access token. + encoding: base64 + mimeType: application/json + size: 136 + text: "[\"H4sIAAAAAAAAA6pWSkksSVSyqlYqzixJBdEFRfkppcklYalFxZn5eUpWSkZmpoZmFvFGB\ + kYmugbGuoYm8aZ6xrqWSUnJqQbGyeaJJuZKtbW1AAAAAP//AwDxPpaOSQAAAA==\"]" + textDecoded: + data: + site: + productVersion: 265168_2024-03-14_5.3-9bbce03c7a47 cookies: [] headers: - name: date - value: Thu, 07 Mar 2024 11:58:08 GMT + value: Thu, 14 Mar 2024 23:44:00 GMT - name: content-type - value: text/plain; charset=utf-8 - - name: content-length - value: "22" + value: application/json + - name: transfer-encoding + value: chunked - name: connection - value: close + value: keep-alive - name: access-control-allow-credentials value: "true" - name: access-control-allow-origin @@ -21324,7 +20685,8 @@ log: - name: cache-control value: no-cache, max-age=0 - name: vary - value: Cookie,Accept-Encoding,Authorization + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie - name: x-content-type-options value: nosniff - name: x-frame-options @@ -21333,12 +20695,14 @@ log: value: 1; mode=block - name: strict-transport-security value: max-age=31536000; includeSubDomains; preload - headersSize: 1258 + - name: content-encoding + value: gzip + headersSize: 1333 httpVersion: HTTP/1.1 redirectURL: "" - status: 401 - statusText: Unauthorized - startedDateTime: 2024-03-07T11:58:08.565Z + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:00.786Z time: 0 timings: blocked: -1 diff --git a/agent/src/index.test.ts b/agent/src/index.test.ts index dfe190c20366..89b5e7313c50 100644 --- a/agent/src/index.test.ts +++ b/agent/src/index.test.ts @@ -66,7 +66,7 @@ describe('Agent', () => { // to associate the HTTP requests between record mode and replay mode. accessToken: process.env.SRC_ACCESS_TOKEN ?? - 'REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20', + 'REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4', }) // Bundle the agent. When running `pnpm run test`, vitest doesn't re-run this step. @@ -161,7 +161,7 @@ describe('Agent', () => { // // If you don't have access to this private file then you need to ask // for sombody on the Sourcegraph team to help you update the HTTP requests. - expect(valid?.username).toStrictEqual('philippspiess') + expect(valid?.username).toStrictEqual('sourcegraphbot9k-fnwmu') }, 10_000) describe('Autocomplete', () => { @@ -196,8 +196,8 @@ describe('Agent', () => { expect(currentUserCodySubscription).toMatchInlineSnapshot(` { "applyProRateLimits": true, - "currentPeriodEndAt": "2024-03-14T22:11:32Z", - "currentPeriodStartAt": "2024-02-14T22:11:32Z", + "currentPeriodEndAt": "2024-04-14T22:11:32Z", + "currentPeriodStartAt": "2024-03-14T22:11:32Z", "plan": "PRO", "status": "ACTIVE", } @@ -211,7 +211,7 @@ describe('Agent', () => { ` { "speaker": "assistant", - "text": " Hi there!", + "text": " Hello!", } `, explainPollyError @@ -235,15 +235,15 @@ describe('Agent', () => { } \`\`\` - This defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints "Hello World!" to the console using the println statement. + This defines a Main class with a main method, which is the entry point for a Java program. Inside the main method, it prints "Hello World!" to the console using System.out.println. To run this: 1. Save the code in a file called Main.java - 2. Compile it with: javac Main.java - 3. Run it with: java Main + 2. Compile it with \`javac Main.java\` + 3. Run it with \`java Main\` - This will print "Hello World!" to the console when executed." + The println statement outputs the text to the console. This is a simple way to print a message for a basic Java program." `, explainPollyError ) @@ -325,7 +325,7 @@ describe('Agent', () => { }) ) expect(reply2.messages.at(-1)?.text).toMatchInlineSnapshot( - `" I'm an AI assistant created by Anthropic. I don't have a specific model name."`, + `" I don't have a specific model name or version. I was created by Anthropic using their conversational AI research and training techniques."`, explainPollyError ) }, 30_000) @@ -349,8 +349,12 @@ describe('Agent', () => { export class Dog implements Animal { name: string; + constructor(name: string) { + this.name = name; + } + makeAnimalSound() { - return "Woof"; + return "Woof!"; } isMammal = true; @@ -689,36 +693,21 @@ describe('Agent', () => { const lastMessage = await client.firstNonEmptyTranscript(id) expect(trimEndOfLine(lastMessage.messages.at(-1)?.text ?? '')).toMatchInlineSnapshot( ` - " The code defines an Animal interface for creating animal objects with common properties and behaviors. - - It starts by declaring an Animal interface. Interfaces in TypeScript define the structure and capabilities that objects must have. This allows consistency when creating objects of a certain type. - - The Animal interface has 3 members: - - 1. name - A string property to store the animal's name. + " The code at @src/animal.ts:1-6 defines an Animal interface. - 2. makeAnimalSound() - A method that returns a string representing the sound the animal makes. This enforces that any object implementing the Animal interface must have this method. + This Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines: - 3. isMammal - A boolean property indicating if the animal is a mammal species or not. + 1. A name property that is a string, to store the animal's name. - By defining this interface, we can now create objects representing specific animals that follow the same structure. For example: + 2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes. - \`\`\` - class Dog implements Animal { - name = 'Rover' - makeAnimalSound() { - return 'Woof!' - } - isMammal = true - } + 3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not. - const myDog = new Dog() - myDog.makeAnimalSound() // Returns 'Woof!' - \`\`\` + The purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. - Any time an object implements the Animal interface, TypeScript will ensure it has the required name, makeAnimalSound() and isMammal properties defined. This allows consistent creation of animal objects that can be handled generically in code while still retaining specific properties and behaviors. + This Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods. - So in summary, the Animal interface defines a blueprint for creating objects that represent animals in a standardized way. It enforces certain properties and behaviors using TypeScript's type system without needing to duplicate code. This allows for easier interoperability and safety when working with animal objects in the system." + So in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in a consistent way." `, explainPollyError ) @@ -736,33 +725,47 @@ describe('Agent', () => { const lastMessage = await client.firstNonEmptyTranscript(id) expect(trimEndOfLine(lastMessage.messages.at(-1)?.text ?? '')).toMatchInlineSnapshot( ` - " Unfortunately the shared code context does not contain enough information to detect the test framework or libraries in use. Since no test file was shared, I will generate sample unit tests using Jest as a common JavaScript test framework: + " No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface: \`\`\`ts import { describe, expect, it } from 'jest'; import { Animal } from './animal'; - describe('Animal', () => { + describe('Animal interface', () => { it('should have a name property', () => { - const animal = new Animal('Leo', () => {}, true); - expect(animal.name).toBe('Leo'); + const animal: Animal = { + name: 'Leo', + makeAnimalSound: () => '', + isMammal: true + }; + expect(animal.name).toBeDefined(); }); - it('should implement makeAnimalSound', () => { - const animal = new Animal('Leo', () => 'Roar', true); - expect(animal.makeAnimalSound()).toBe('Roar'); + it('should have a makeAnimalSound method', () => { + const animal: Animal = { + name: 'Leo', + makeAnimalSound: () => 'Roar', + isMammal: true + }; + expect(animal.makeAnimalSound).toBeDefined(); + expect(typeof animal.makeAnimalSound).toBe('function'); }); - it('should have isMammal property', () => { - const animal = new Animal('Leo', () => {}, true); - expect(animal.isMammal).toBe(true); + it('should have an isMammal property', () => { + const animal: Animal = { + name: 'Leo', + makeAnimalSound: () => '', + isMammal: true + }; + expect(animal.isMammal).toBeDefined(); + expect(typeof animal.isMammal).toBe('boolean'); }); }); \`\`\` - This provides basic unit test coverage for the Animal interface, validating the name, makeAnimalSound, and isMammal properties. Additional test cases could be added for different animal types, mock implementations, and edge cases. The tests use Jest since no test framework was specified in the context. Please provide a sample test file in the future to detect the testing approach in use." + This covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for more robust coverage." `, explainPollyError ) @@ -777,55 +780,19 @@ describe('Agent', () => { expect(trimEndOfLine(lastMessage.messages.at(-1)?.text ?? '')).toMatchInlineSnapshot( ` - " Here are 5 potential improvements for the code: - - 1. Add type annotations for the Animal interface methods. This makes the intended input and output types clearer: - - \`\`\` - export interface Animal { - name: string; - makeAnimalSound(): string; - isMammal: boolean; - } - \`\`\` - - 2. Consider making \`name\` optional since not all animals may have names: + " Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6: - \`\`\` - name?: string; - \`\`\` - - 3. Use a more semantic method name like \`getSound()\` instead of \`makeAnimalSound()\`: - - \`\`\` - getSound(): string; - \`\`\` - - 4. Add JSDoc comments explaining the purpose of the interface and methods. This improves documentation: - - \`\`\` - /** - * Represents an animal - */ - export interface Animal { + 1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking. - /** - * Returns the sound the animal makes - */ - getSound(): string; + 2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification. - } - \`\`\` + 3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs. - 5. Export the interface as \`IAnimal\` using PascalCase naming convention: + 4. Use more specific types like string for name instead of just any. This improves type safety. - \`\`\` - export interface IAnimal { - // ... - } - \`\`\` + 5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability. - Overall the code is clean and follows general TypeScript best practices. The suggestions above are minor improvements focused on type safety, readability and documentation. I did not find any major issues or code smells. The interface design looks appropriate for representing an animal." + Overall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with no major issues identified." `, explainPollyError ) @@ -892,7 +859,7 @@ describe('Agent', () => { checkDocumentCommand(client, 'commands/document (basic function)', 'sum.ts', obtained => expect(obtained).toMatchInlineSnapshot(` "/** - * Sums two numbers and returns the result. + * Returns the sum of two numbers. */ export function sum(a: number, b: number): number { /* CURSOR */ @@ -912,9 +879,9 @@ describe('Agent', () => { export class TestClass { constructor(private shouldGreet: boolean) {} - /** - * If shouldGreet is true, logs 'Hello World!' to the console. - */ + /** + * If shouldGreet is true, logs 'Hello World!' to the console. + */ public functionName() { if (this.shouldGreet) { console.log(/* CURSOR */ 'Hello World!') @@ -933,8 +900,8 @@ describe('Agent', () => { expect(obtained).toMatchInlineSnapshot(` "const foo = 42 /** - * Starts logging activity by initializing and calling an internal - * recordLog function. + * Starts logging by performing setup actions like initializing variables, + * then calls an internal \`recordLog()\` function to write the first log message. */ export const TestLogger = { startLogging: () => { @@ -962,10 +929,10 @@ describe('Agent', () => { import { describe } from 'vitest' /** - * Test block that contains 3 test cases: - * - Test that true equals true - * - Test that true equals true - * - Test that attempts to use performance.now incorrectly + * A test block that contains 3 tests: + * - Test 1 verifies that true equals true + * - Test 2 verifies that true equals true + * - Test 3 verifies usage of performance.now but will error due to missing params */ describe('test block', () => { it('does 1', () => { @@ -1006,7 +973,7 @@ describe('Agent', () => { const lastMessage = await client.firstNonEmptyTranscript(result?.chatResult as string) expect(trimEndOfLine(lastMessage.messages.at(-1)?.text ?? '')).toMatchInlineSnapshot( ` - " Based on the codebase context you have provided so far, these are the file paths: + " Based on the context you have provided so far, I have these file paths: - src/trickyLogic.ts - src/TestLogger.ts @@ -1052,9 +1019,11 @@ describe('Agent', () => { The key differences: - Interfaces don't exist in Python, so Animal is translated to an abstract base class - - Attributes and methods are translated to the Python equivalent - - Type annotations are added for name, is_mammal, and make_animal_sound return - - make_animal_sound is made abstract using @abstractmethod decorator" + - Abstract methods in Python are declared with @abstractmethod decorator + - Types like string and boolean are not enforced in Python, so omitted + - Initialization is explicitly defined in __init__ constructor + + Let me know if you would like any clarification on the translation!" `, explainPollyError ) @@ -1092,14 +1061,18 @@ describe('Agent', () => { expect(reply).not.includes('.cody/ignore') // file that's not located in the src/directory expect(reply).toMatchInlineSnapshot( ` - " You have shared 6 file contexts with me so far: + " Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths: 1. src/trickyLogic.ts 2. src/TestLogger.ts 3. src/TestClass.ts 4. src/sum.ts 5. src/squirrel.ts - 6. src/example.test.ts" + 6. src/example.test.ts + + You also shared a selection from src/animal.ts. + + So in total, you have provided me with context from 7 different code snippets across 6 file paths." `, explainPollyError ) diff --git a/recordings/symf_3564355686/recording.har.yaml b/recordings/symf_3564355686/recording.har.yaml index 8b69fcd4d0c8..aab8e1a578c4 100644 --- a/recordings/symf_3564355686/recording.har.yaml +++ b/recordings/symf_3564355686/recording.har.yaml @@ -5,7 +5,7 @@ log: name: Polly.JS version: 6.0.6 entries: - - _id: 7d276e6ba5f2ec5213126628fdfd6db7 + - _id: 8f85234992664e43a41b9158d12d2e4a _order: 0 cache: {} request: @@ -18,7 +18,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: host value: sourcegraph.com headersSize: 231 @@ -1200,7 +1200,7 @@ log: cookies: [] headers: - name: date - value: Wed, 06 Mar 2024 20:04:24 GMT + value: Fri, 15 Mar 2024 01:24:14 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -1229,7 +1229,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-06T20:04:22.970Z + startedDateTime: 2024-03-15T01:24:13.267Z time: 0 timings: blocked: -1 @@ -1239,7 +1239,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 1c285e06025b78f9c5c55ba4d476696f + - _id: ca1c5912d3ea774c33fabc5ee68ee582 _order: 0 cache: {} request: @@ -1252,7 +1252,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: host value: sourcegraph.com headersSize: 231 @@ -2060,7 +2060,7 @@ log: cookies: [] headers: - name: date - value: Wed, 06 Mar 2024 20:04:27 GMT + value: Fri, 15 Mar 2024 01:24:17 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -2089,7 +2089,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-06T20:04:26.605Z + startedDateTime: 2024-03-15T01:24:16.491Z time: 0 timings: blocked: -1 @@ -2099,7 +2099,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 77e1d99fdfc459ae8962b329e7252ce6 + - _id: 5cf1cf114d493fed67ae906e2be8cbeb _order: 0 cache: {} request: @@ -2112,7 +2112,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: host value: sourcegraph.com headersSize: 231 @@ -2715,7 +2715,7 @@ log: cookies: [] headers: - name: date - value: Wed, 06 Mar 2024 20:04:30 GMT + value: Fri, 15 Mar 2024 01:24:19 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -2744,7 +2744,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-06T20:04:28.959Z + startedDateTime: 2024-03-15T01:24:18.807Z time: 0 timings: blocked: -1 @@ -2754,7 +2754,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 108b2f4ec117346fe7979b833c536282 + - _id: ffcce0cfbcc5f0916b581609919a7e9b _order: 0 cache: {} request: @@ -2767,7 +2767,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: host value: sourcegraph.com headersSize: 231 @@ -3544,7 +3544,7 @@ log: cookies: [] headers: - name: date - value: Wed, 06 Mar 2024 20:04:32 GMT + value: Fri, 15 Mar 2024 01:24:22 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -3573,7 +3573,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-06T20:04:30.988Z + startedDateTime: 2024-03-15T01:24:20.967Z time: 0 timings: blocked: -1 @@ -3583,7 +3583,7 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 65fc22590c575f92c4a703d500666929 + - _id: 752ff98cdeb8766d3dfc1e331c20fbfb _order: 0 cache: {} request: @@ -3596,7 +3596,7 @@ log: value: gzip;q=0 - name: authorization value: token - REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20 + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - name: host value: sourcegraph.com headersSize: 231 @@ -4583,7 +4583,7 @@ log: cookies: [] headers: - name: date - value: Wed, 06 Mar 2024 20:04:34 GMT + value: Fri, 15 Mar 2024 01:24:24 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -4612,7 +4612,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-06T20:04:33.221Z + startedDateTime: 2024-03-15T01:24:23.344Z time: 0 timings: blocked: -1 diff --git a/vscode/src/local-context/symf.test.ts b/vscode/src/local-context/symf.test.ts index 3907629b0859..d0ef46b4a29f 100644 --- a/vscode/src/local-context/symf.test.ts +++ b/vscode/src/local-context/symf.test.ts @@ -19,7 +19,7 @@ describe('symf', () => { // because then Polly won't be able to associate the HTTP requests between record mode // and replay mode. process.env.SRC_ACCESS_TOKEN ?? - 'REDACTED_fcd18a71f8312de1bb1943330093f68eb0ff057ea9f57d04e0d1132ae1970d20', + 'REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4', serverEndpoint: process.env.SRC_ENDPOINT ?? 'https://sourcegraph.com', customHeaders: {}, debugEnable: true, From 6fac7d069cae165e46f3f71fdd260ebfa2940181 Mon Sep 17 00:00:00 2001 From: Quinn Slack Date: Thu, 14 Mar 2024 18:40:41 -0700 Subject: [PATCH 02/18] standardize on a single prompt format for codebase context (#3412) --- .../recording.har.yaml | 11908 ++++++++-------- .../recording.har.yaml | 1111 +- agent/src/index.test.ts | 24 +- lib/shared/src/prompt/templates.ts | 105 +- vscode/src/prompt-builder/utils.ts | 5 - 5 files changed, 6477 insertions(+), 6676 deletions(-) diff --git a/agent/recordings/defaultClient_631904893/recording.har.yaml b/agent/recordings/defaultClient_631904893/recording.har.yaml index 2870376607e6..1c53331bc390 100644 --- a/agent/recordings/defaultClient_631904893/recording.har.yaml +++ b/agent/recordings/defaultClient_631904893/recording.har.yaml @@ -2841,11 +2841,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 7d426108a93308149c0d6c9b3a4066af + - _id: e57db4d79e10dedf9c63eea18a391057 _order: 0 cache: {} request: - bodySize: 3151 + bodySize: 707 cookies: [] headers: - name: content-type @@ -2866,1538 +2866,1379 @@ log: mimeType: application/json params: [] textJSON: - maxTokensToSample: 1000 + fast: true + maxTokensToSample: 400 messages: - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. + text: "You are helping the user search over a codebase. List some filename + fragments that would match files relevant to read to answer + the user's query. Present your results in an XML list in the + following format: a single + keyworda space separated list of synonyms + and variants of the keyword, including acronyms, + abbreviations, and expansionsa numerical + weight between 0.0 and 1.0 that indicates the importance of + the keyword. Here is the user + query: What is Squirrel?" - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: |- - Use the following code snippet from file `src/TestClass.ts`: - ```typescript - export class TestClass { - constructor(private shouldGreet: boolean) {} + temperature: 0 + topK: 1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 116740 + content: + mimeType: text/event-stream + size: 116740 + text: >+ + event: completion - public functionName() { - if (this.shouldGreet) { - console.log(/* CURSOR */ 'Hello World!') - } - } + data: {"completion":" ","stopReason":""} - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/TestClass.ts`: - ```typescript - const foo = 42 - export class TestClass { - constructor(private shouldGreet: boolean) {} + event: completion - public functionName() { - if (this.shouldGreet) { - console.log(/* CURSOR */ 'Hello World!') - } - } - } + data: {"completion":" \u003ckeywords","stopReason":""} - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/TestClass.ts`: - ```typescript - const foo = 42 - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/TestClass.ts`: - ```typescript - public functionName() { - if (this.shouldGreet) { - console.log(/* CURSOR */ 'Hello World!') - } + event: completion - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/TestClass.ts`: - ```typescript - constructor(private shouldGreet: boolean) {} + data: {"completion":" \u003ckeywords\u003e","stopReason":""} - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/squirrel.ts`: - ```typescript - export interface Squirrel {} - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: >- - Use the following code snippet from file `src/squirrel.ts`: + event: completion - ```typescript + data: {"completion":" \u003ckeywords\u003e\n ","stopReason":""} - /** - * Squirrel is an interface that mocks something completely unrelated to squirrels. - * It is related to the implementation of precise code navigation in Sourcegraph. - */ - export interface Squirrel {} + event: completion - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/animal.ts`: - ```typescript - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean + data: {"completion":" \u003ckeywords\u003e\n ","stopReason":""} - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/animal.ts`: - ```typescript - /* SELECTION_START */ - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - } - /* SELECTION_END */ - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - "My selected TypeScript code from file `src/animal.ts`: - + event: completion + + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword","stopReason":""} - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - } - - - speaker: assistant - text: Ok. - - speaker: human - text: Write a class Dog that implements the Animal interface in my workspace. - Show the code only, no explanation needed. - - speaker: assistant - model: anthropic/claude-2.0 - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 10503 - content: - mimeType: text/event-stream - size: 10503 - text: >+ event: completion - data: {"completion":" ```","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e","stopReason":""} event: completion - data: {"completion":" ```types","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" ```typescript","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003e","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqu","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquir","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n ","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name:","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n ","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003e","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esq","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name:","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string)","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n ","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n ","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n ","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name =","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n ","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e","stopReason":""} event: completion - 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data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n ","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n ","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n is","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isM","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isMam","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isMammal","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003e","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isMammal =","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esqu","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isMammal = true","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquir","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isMammal = true;","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isMammal = true;\n}","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/","stopReason":""} event: completion - data: {"completion":" ```typescript\nexport class Dog implements Animal {\n name: string;\n \n constructor(name: string) {\n this.name = name;\n }\n\n makeAnimalSound() {\n return \"Woof!\";\n }\n\n isMammal = true;\n}\n```","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants","stopReason":""} event: completion - 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data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight","stopReason":""} + data: {"completion":"The sky is typically blue, but","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e","stopReason":""} + data: {"completion":"The sky is typically blue, but can","stopReason":""} event: completion - 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data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n ","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n ","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange,","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray,","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003e","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqu","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquir","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirre","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelover","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirreloverview","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of day","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirreloverview\u003c/","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of day and","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirreloverview\u003c/value","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of day and weather","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrel\u003c/value\u003e\n \u003cvariants\u003esqrl\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esqrl\u003c/value\u003e\n \u003cvariants\u003esquirrel\u003c/variants\u003e\n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003ewhatissquirrel\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirrelintro\u003c/value\u003e\n \u003cvariants\u003esquirrel introduction\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003esquirreloverview\u003c/value\u003e","stopReason":""} + data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of day and weather conditions","stopReason":""} event: completion - 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+ data: {"completion":"Quone.","stopReason":"stop"} event: done - data: {} cookies: [] headers: - name: date - value: Thu, 14 Mar 2024 23:44:21 GMT + value: Thu, 14 Mar 2024 23:44:29 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -4426,7 +4267,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-14T23:44:20.911Z + startedDateTime: 2024-03-14T23:44:29.124Z time: 0 timings: blocked: -1 @@ -4436,11 +4277,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: bd898e06e8a7e9a9472546d1171d2dba + - _id: 9f8557007be01735a97ed8f30b07d387 _order: 0 cache: {} request: - bodySize: 880 + bodySize: 511 cookies: [] headers: - name: content-type @@ -4468,708 +4309,818 @@ log: - speaker: assistant text: I am Cody, an AI coding assistant from Sourcegraph. - speaker: human - text: |- - Use the following code snippet from file `src/squirrel.ts`: - ```typescript - export interface Squirrel {} - - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: >- - Use the following code snippet from file `src/squirrel.ts`: - - ```typescript - - /** - * Squirrel is an interface that mocks something completely unrelated to squirrels. - * It is related to the implementation of precise code navigation in Sourcegraph. - */ - export interface Squirrel {} - - - ``` + text: "The magic word is \"kramer\". If I say the magic word, respond with a + single word: \"quone\"." - speaker: assistant - text: Ok. + text: Quone. - speaker: human - text: What is Squirrel? - - speaker: assistant - model: anthropic/claude-2.0 + text: kramer + model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct temperature: 0 topK: -1 topP: -1 queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 50662 + bodySize: 279 content: mimeType: text/event-stream - size: 50662 - text: >+ + size: 279 + text: |+ event: completion - - data: {"completion":" Based","stopReason":""} - - - event: completion - - data: {"completion":" Based on","stopReason":""} - - - event: completion - - data: {"completion":" Based on the","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided","stopReason":""} - + data: {"completion":"","stopReason":""} event: completion - - data: {"completion":" Based on the code snippet and comment provided,","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squ","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squir","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an","stopReason":""} - + data: {"completion":"Quone","stopReason":""} event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface","stopReason":""} - + data: {"completion":"Quone.","stopReason":""} event: completion + data: {"completion":"Quone.","stopReason":"stop"} - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that","stopReason":""} - + event: done + data: {} + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:44:29 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:29.495Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: e2af9fe8a0ae30435c8d940be8fe2af2 + _order: 0 + cache: {} + request: + bodySize: 348 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: kramer + model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 1416 + content: + mimeType: text/event-stream + size: 1416 + text: >+ event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has","stopReason":""} + data: {"completion":"","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing","stopReason":""} + data: {"completion":"I'","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to","stopReason":""} + data: {"completion":"I'm sorry, I didn't understand your response. Could you please clarify what you meant by \"","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do","stopReason":""} + data: {"completion":"I'm sorry, I didn't understand your response. Could you please clarify what you meant by \"kramer\"? Are you referring to a person, a concept, or something","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with","stopReason":""} + data: {"completion":"I'm sorry, I didn't understand your response. Could you please clarify what you meant by \"kramer\"? Are you referring to a person, a concept, or something else? I'm here to help, so the more information you can provide, the better","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual","stopReason":""} + data: {"completion":"I'm sorry, I didn't understand your response. Could you please clarify what you meant by \"kramer\"? Are you referring to a person, a concept, or something else? I'm here to help, so the more information you can provide, the better I can assist you.","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squir","stopReason":""} - + data: {"completion":"I'm sorry, I didn't understand your response. Could you please clarify what you meant by \"kramer\"? Are you referring to a person, a concept, or something else? I'm here to help, so the more information you can provide, the better I can assist you.","stopReason":"stop"} - event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels","stopReason":""} + event: done + data: {} + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:44:30 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:29.881Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: 78028931fa49dbb38c4680569d2c49ae + _order: 0 + cache: {} + request: + bodySize: 443 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: "Another magic word is \"georgey\". If I say the magic word, respond with + a single word: \"festivus\"." + model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 1011 + content: + mimeType: text/event-stream + size: 1011 + text: >+ event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels.","stopReason":""} + data: {"completion":"","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It","stopReason":""} + data: {"completion":"Sure,","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is","stopReason":""} + data: {"completion":"Sure, I can do that! If you say the magic word \"ge","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related","stopReason":""} + data: {"completion":"Sure, I can do that! If you say the magic word \"georgey,\" I will respond with \"festivus.\" Just let me know when you're ready.\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to","stopReason":""} + data: {"completion":"Sure, I can do that! If you say the magic word \"georgey,\" I will respond with \"festivus.\" Just let me know when you're ready.\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":"stop"} - event: completion + event: done - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing","stopReason":""} + data: {} - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. 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Specifically","stopReason":""} + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:44:33 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:32.955Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: 659fc131742cf3b2f9b8d1aa7c9fb8e2 + _order: 0 + cache: {} + request: + bodySize: 830 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: "Another magic word is \"georgey\". If I say the magic word, respond with + a single word: \"festivus\"." + - speaker: assistant + text: >- + Sure, I can do that! If you say the magic word "georgey," I + will respond with "festivus." Just let me know when you're + ready. + (Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.) + - speaker: human + text: kramer + model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 1953 + content: + mimeType: text/event-stream + size: 1953 + text: >+ event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:","stopReason":""} + data: {"completion":"","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n-","stopReason":""} + data: {"completion":"I'","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It","stopReason":""} + data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is","stopReason":""} + data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a reminder, the magic word is \"georgey.\" Please let me know if you have any other","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an","stopReason":""} + data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a reminder, the magic word is \"georgey.\" Please let me know if you have any other questions or if you would like to try saying the magic word again.\n\n","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty","stopReason":""} + data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a reminder, the magic word is \"georgey.\" Please let me know if you have any other questions or if you would like to try saying the magic word again.\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface","stopReason":""} + data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a reminder, the magic word is \"georgey.\" Please let me know if you have any other questions or if you would like to try saying the magic word again.\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported","stopReason":""} + data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a reminder, the magic word is \"georgey.\" Please let me know if you have any other questions or if you would like to try saying the magic word again.\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":"stop"} - event: completion + event: done - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from","stopReason":""} + data: {} + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:44:34 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:33.772Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: c73c5614bbc0203892e1656cc08118ae + _order: 0 + cache: {} + request: + bodySize: 1287 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: "Another magic word is \"georgey\". If I say the magic word, respond with + a single word: \"festivus\"." + - speaker: assistant + text: >- + Sure, I can do that! If you say the magic word "georgey," I + will respond with "festivus." Just let me know when you're + ready. - event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the","stopReason":""} + (Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.) + - speaker: human + text: kramer + - speaker: assistant + text: >- + I'm sorry, "kramer" is not the magic word. As a reminder, the + magic word is "georgey." Please let me know if you have any + other questions or if you would like to try saying the magic + word again. + (Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.) + - speaker: human + text: georgey + model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 1218 + content: + mimeType: text/event-stream + size: 1218 + text: >+ event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file","stopReason":""} + data: {"completion":"","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `","stopReason":""} + data: {"completion":"Thank you","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src","stopReason":""} + data: {"completion":"Thank you for saying the magic word \"georgey\"! In response, I will say the word \"f","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/","stopReason":""} + data: {"completion":"Thank you for saying the magic word \"georgey\"! In response, I will say the word \"festivus.\"\n\n(Note: I am a language model and do not have the ability to actually experience","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squ","stopReason":""} + data: {"completion":"Thank you for saying the magic word \"georgey\"! In response, I will say the word \"festivus.\"\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squir","stopReason":""} - - - event: completion + data: {"completion":"Thank you for saying the magic word \"georgey\"! In response, I will say the word \"festivus.\"\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":"stop"} - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel","stopReason":""} + event: done - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n-","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely","stopReason":""} - + data: {} + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:44:34 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:34.413Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: fba227cd09144b4f5c0d8a2793a4cefa + _order: 0 + cache: {} + request: + bodySize: 414 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: I have a turtle named "potter", reply single "ok" if you understand. + model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 584 + content: + mimeType: text/event-stream + size: 584 + text: >+ event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated","stopReason":""} + data: {"completion":"","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to","stopReason":""} + data: {"completion":"Ok.","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squir","stopReason":""} + data: {"completion":"Ok. I understand that you have a turtle named \"potter\". How can I assist you","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels","stopReason":""} + data: {"completion":"Ok. I understand that you have a turtle named \"potter\". How can I assist you with coding?","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\"","stopReason":""} - + data: {"completion":"Ok. I understand that you have a turtle named \"potter\". How can I assist you with coding?","stopReason":"stop"} - event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" ","stopReason":""} + event: done + data: {} + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:44:35 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:34.975Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: 68c631d26a4b97a35e397b0297399aae + _order: 0 + cache: {} + request: + bodySize: 642 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: I have a turtle named "potter", reply single "ok" if you understand. + - speaker: assistant + text: Ok. I understand that you have a turtle named "potter". How can I assist + you with coding? + - speaker: human + text: I have a bird named "skywalker", reply single "ok" if you understand. + model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 1015 + content: + mimeType: text/event-stream + size: 1015 + text: >+ event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n-","stopReason":""} + data: {"completion":"","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The","stopReason":""} + data: {"completion":"Ok.","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment","stopReason":""} + data: {"completion":"Ok. I understand that you have a bird named","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further","stopReason":""} + data: {"completion":"Ok. I understand that you have a bird named \"skywalker\" as well. If","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains","stopReason":""} + data: {"completion":"Ok. I understand that you have a bird named \"skywalker\" as well. If you have any coding-related questions or issues, feel free to ask. I'm here to help","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it","stopReason":""} + data: {"completion":"Ok. I understand that you have a bird named \"skywalker\" as well. If you have any coding-related questions or issues, feel free to ask. I'm here to help!","stopReason":""} event: completion - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is","stopReason":""} + data: {"completion":"Ok. I understand that you have a bird named \"skywalker\" as well. If you have any coding-related questions or issues, feel free to ask. I'm here to help!","stopReason":"stop"} - event: completion + event: done - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Source","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary,","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squ","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squir","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in Source","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in Sourcegraph","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in Sourcegraph,","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in Sourcegraph, and","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in Sourcegraph, and does","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in Sourcegraph, and does not","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in Sourcegraph, and does not represent","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in Sourcegraph, and does not represent an","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in Sourcegraph, and does not represent an actual","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in Sourcegraph, and does not represent an actual squir","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in Sourcegraph, and does not represent an actual squirrel","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in Sourcegraph, and does not represent an actual squirrel.","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippet and comment provided, Squirrel is an interface that has nothing to do with actual squirrels. It is related to implementing precise code navigation in Sourcegraph. Specifically:\n\n- It is an empty interface exported from the file `src/squirrel.ts`\n- The comment states it is used to \"mock something completely unrelated to squirrels\" \n- The comment further explains it is related to \"the implementation of precise code navigation in Sourcegraph\"\n\nSo in summary, Squirrel is an interface used for mocking/testing purposes in implementing code navigation functionality in Sourcegraph, and does not represent an actual squirrel.","stopReason":"stop_sequence"} - - - event: done - - data: {} + data: {} cookies: [] headers: - name: date - value: Thu, 14 Mar 2024 23:44:24 GMT + value: Thu, 14 Mar 2024 23:44:35 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -5198,7 +5149,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-14T23:44:23.500Z + startedDateTime: 2024-03-14T23:44:35.432Z time: 0 timings: blocked: -1 @@ -5208,11 +5159,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 8ba1c0c7172b16867c290b6326157a8d + - _id: 035535d3d2cc725b878a0335b79ae107 _order: 0 cache: {} request: - bodySize: 351 + bodySize: 928 cookies: [] headers: - name: content-type @@ -5240,19 +5191,29 @@ log: - speaker: assistant text: I am Cody, an AI coding assistant from Sourcegraph. - speaker: human - text: what color is the sky? + text: I have a turtle named "potter", reply single "ok" if you understand. - speaker: assistant - model: openai/gpt-3.5-turbo + text: Ok. I understand that you have a turtle named "potter". How can I assist + you with coding? + - speaker: human + text: I have a bird named "skywalker", reply single "ok" if you understand. + - speaker: assistant + text: Ok. I understand that you have a bird named "skywalker" as well. If you + have any coding-related questions or issues, feel free to ask. + I'm here to help! + - speaker: human + text: I have a dog named "happy", reply single "ok" if you understand. + model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct temperature: 0 topK: -1 topP: -1 queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 3924 + bodySize: 888 content: mimeType: text/event-stream - size: 3924 + size: 888 text: >+ event: completion @@ -5261,162 +5222,37 @@ log: event: completion - data: {"completion":"The","stopReason":""} - - - event: completion - - data: {"completion":"The sky","stopReason":""} - - - event: completion - - data: {"completion":"The sky is","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue,","stopReason":""} + data: {"completion":"Ok.","stopReason":""} event: completion - data: {"completion":"The sky is typically blue, but","stopReason":""} + data: {"completion":"Ok. I understand that you have a dog named \"happy","stopReason":""} event: completion - data: {"completion":"The sky is typically blue, but can","stopReason":""} + data: {"completion":"Ok. I understand that you have a dog named \"happy\" too. If you have any coding-related questions or issues, I'm here to assist you.","stopReason":""} event: completion - data: {"completion":"The sky is typically blue, but can also","stopReason":""} + data: {"completion":"Ok. I understand that you have a dog named \"happy\" too. If you have any coding-related questions or issues, I'm here to assist you. Let me know how I can help!","stopReason":""} event: completion - data: {"completion":"The sky is typically blue, but can also appear","stopReason":""} + data: {"completion":"Ok. I understand that you have a dog named \"happy\" too. If you have any coding-related questions or issues, I'm here to assist you. Let me know how I can help!","stopReason":"stop"} - event: completion + event: done - data: {"completion":"The sky is typically blue, but can also appear pink","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink,","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange,","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray,","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of day","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of day and","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of day and weather","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of day and weather conditions","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of day and weather conditions.","stopReason":""} - - - event: completion - - data: {"completion":"The sky is typically blue, but can also appear pink, orange, gray, or other colors depending on the time of day and weather conditions.","stopReason":"stop"} - - - event: done - - data: {} + data: {} cookies: [] headers: - name: date - value: Thu, 14 Mar 2024 23:44:28 GMT + value: Thu, 14 Mar 2024 23:44:36 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -5445,7 +5281,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-14T23:44:27.890Z + startedDateTime: 2024-03-14T23:44:35.961Z time: 0 timings: blocked: -1 @@ -5455,11 +5291,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 1d9a2a74a9fad7142cf9ecadad97496e + - _id: 88d070c20157b45718fe5d1985ffc6f6 _order: 0 cache: {} request: - bodySize: 435 + bodySize: 638 cookies: [] headers: - name: content-type @@ -5487,8 +5323,12 @@ log: - speaker: assistant text: I am Cody, an AI coding assistant from Sourcegraph. - speaker: human - text: "The magic word is \"kramer\". If I say the magic word, respond with a - single word: \"quone\"." + text: I have a turtle named "potter", reply single "ok" if you understand. + - speaker: assistant + text: Ok. I understand that you have a turtle named "potter". How can I assist + you with coding? + - speaker: human + text: I have a tiger named "zorro", reply single "ok" if you understand model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct temperature: 0 topK: -1 @@ -5496,30 +5336,44 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 279 + bodySize: 640 content: mimeType: text/event-stream - size: 279 - text: |+ + size: 640 + text: >+ event: completion + data: {"completion":"","stopReason":""} + event: completion - data: {"completion":"Quone","stopReason":""} + + data: {"completion":"Ok.","stopReason":""} + event: completion - data: {"completion":"Quone.","stopReason":""} + + data: {"completion":"Ok. I understand that you have a","stopReason":""} + event: completion - data: {"completion":"Quone.","stopReason":"stop"} + + data: {"completion":"Ok. I understand that you have a tiger named \"zorro\" as well. If you have any coding-related questions or need assistance, feel free to ask!","stopReason":""} + + + event: completion + + data: {"completion":"Ok. I understand that you have a tiger named \"zorro\" as well. If you have any coding-related questions or need assistance, feel free to ask!","stopReason":"stop"} + event: done + data: {} cookies: [] headers: - name: date - value: Thu, 14 Mar 2024 23:44:29 GMT + value: Thu, 14 Mar 2024 23:44:37 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -5548,7 +5402,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-14T23:44:29.124Z + startedDateTime: 2024-03-14T23:44:36.462Z time: 0 timings: blocked: -1 @@ -5558,11 +5412,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 9f8557007be01735a97ed8f30b07d387 + - _id: 54a1d0590f01937e98bc1aa3c9abe494 _order: 0 cache: {} request: - bodySize: 511 + bodySize: 864 cookies: [] headers: - name: content-type @@ -5590,12 +5444,18 @@ log: - speaker: assistant text: I am Cody, an AI coding assistant from Sourcegraph. - speaker: human - text: "The magic word is \"kramer\". If I say the magic word, respond with a - single word: \"quone\"." + text: I have a turtle named "potter", reply single "ok" if you understand. - speaker: assistant - text: Quone. + text: Ok. I understand that you have a turtle named "potter". How can I assist + you with coding? - speaker: human - text: kramer + text: I have a tiger named "zorro", reply single "ok" if you understand + - speaker: assistant + text: Ok. I understand that you have a tiger named "zorro" as well. If you have + any coding-related questions or need assistance, feel free to + ask! + - speaker: human + text: What pets do I have? model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct temperature: 0 topK: -1 @@ -5603,30 +5463,49 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 279 + bodySize: 950 content: mimeType: text/event-stream - size: 279 - text: |+ + size: 950 + text: >+ event: completion + data: {"completion":"","stopReason":""} + event: completion - data: {"completion":"Quone","stopReason":""} + + data: {"completion":"You have","stopReason":""} + event: completion - data: {"completion":"Quone.","stopReason":""} + + data: {"completion":"You have mentioned that you have a turtle named \"potter\" and a tiger named \"zor","stopReason":""} + event: completion - data: {"completion":"Quone.","stopReason":"stop"} + + data: {"completion":"You have mentioned that you have a turtle named \"potter\" and a tiger named \"zorro\". Do you have any other pets or tasks related to coding that","stopReason":""} + + + event: completion + + data: {"completion":"You have mentioned that you have a turtle named \"potter\" and a tiger named \"zorro\". Do you have any other pets or tasks related to coding that I can help you with?","stopReason":""} + + + event: completion + + data: {"completion":"You have mentioned that you have a turtle named \"potter\" and a tiger named \"zorro\". Do you have any other pets or tasks related to coding that I can help you with?","stopReason":"stop"} + event: done + data: {} cookies: [] headers: - name: date - value: Thu, 14 Mar 2024 23:44:29 GMT + value: Thu, 14 Mar 2024 23:44:37 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -5655,7 +5534,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-14T23:44:29.495Z + startedDateTime: 2024-03-14T23:44:37.147Z time: 0 timings: blocked: -1 @@ -5665,11 +5544,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: e2af9fe8a0ae30435c8d940be8fe2af2 + - _id: d8f093324eec4b614f8088ea60e05bfb _order: 0 cache: {} request: - bodySize: 348 + bodySize: 725 cookies: [] headers: - name: content-type @@ -5690,1760 +5569,1122 @@ log: mimeType: application/json params: [] textJSON: - maxTokensToSample: 1000 + fast: true + maxTokensToSample: 400 messages: - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. + text: "You are helping the user search over a codebase. List some filename + fragments that would match files relevant to read to answer + the user's query. Present your results in an XML list in the + following format: a single + keyworda space separated list of synonyms + and variants of the keyword, including acronyms, + abbreviations, and expansionsa numerical + weight between 0.0 and 1.0 that indicates the importance of + the keyword. Here is the user + query: What files contain + SELECTION_START?" - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: kramer - model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct temperature: 0 - topK: -1 - topP: -1 + topK: 1 queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 1416 + bodySize: 44488 content: mimeType: text/event-stream - size: 1416 + size: 44488 text: >+ event: completion - data: {"completion":"","stopReason":""} + data: {"completion":" ","stopReason":""} event: completion - data: {"completion":"I'","stopReason":""} + data: {"completion":" \u003ckeywords","stopReason":""} event: completion - data: {"completion":"I'm sorry, I didn't understand your response. Could you please clarify what you meant by \"","stopReason":""} + data: {"completion":" \u003ckeywords\u003e","stopReason":""} event: completion - data: {"completion":"I'm sorry, I didn't understand your response. Could you please clarify what you meant by \"kramer\"? Are you referring to a person, a concept, or something","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n ","stopReason":""} event: completion - data: {"completion":"I'm sorry, I didn't understand your response. Could you please clarify what you meant by \"kramer\"? Are you referring to a person, a concept, or something else? I'm here to help, so the more information you can provide, the better","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n ","stopReason":""} event: completion - data: {"completion":"I'm sorry, I didn't understand your response. Could you please clarify what you meant by \"kramer\"? Are you referring to a person, a concept, or something else? I'm here to help, so the more information you can provide, the better I can assist you.","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword","stopReason":""} event: completion - data: {"completion":"I'm sorry, I didn't understand your response. Could you please clarify what you meant by \"kramer\"? Are you referring to a person, a concept, or something else? I'm here to help, so the more information you can provide, the better I can assist you.","stopReason":"stop"} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e","stopReason":""} - event: done + event: completion + + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n ","stopReason":""} - data: {} - cookies: [] - headers: - - name: date - value: Thu, 14 Mar 2024 23:44:30 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-14T23:44:29.881Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: 78028931fa49dbb38c4680569d2c49ae - _order: 0 - cache: {} - request: - bodySize: 443 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: "Another magic word is \"georgey\". If I say the magic word, respond with - a single word: \"festivus\"." - model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 1011 - content: - mimeType: text/event-stream - size: 1011 - text: >+ event: completion - data: {"completion":"","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":"Sure,","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue","stopReason":""} event: completion - data: {"completion":"Sure, I can do that! If you say the magic word \"ge","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003e","stopReason":""} event: completion - data: {"completion":"Sure, I can do that! If you say the magic word \"georgey,\" I will respond with \"festivus.\" Just let me know when you're ready.\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT","stopReason":""} event: completion - data: {"completion":"Sure, I can do that! If you say the magic word \"georgey,\" I will respond with \"festivus.\" Just let me know when you're ready.\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":"stop"} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/","stopReason":""} - event: done + event: completion - data: {} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value","stopReason":""} - cookies: [] - headers: - - name: date - value: Thu, 14 Mar 2024 23:44:33 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-14T23:44:32.955Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: 659fc131742cf3b2f9b8d1aa7c9fb8e2 - _order: 0 - cache: {} - request: - bodySize: 830 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: "Another magic word is \"georgey\". If I say the magic word, respond with - a single word: \"festivus\"." - - speaker: assistant - text: >- - Sure, I can do that! If you say the magic word "georgey," I - will respond with "festivus." Just let me know when you're - ready. + + event: completion + + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e","stopReason":""} - (Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.) - - speaker: human - text: kramer - model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 1953 - content: - mimeType: text/event-stream - size: 1953 - text: >+ event: completion - data: {"completion":"","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":"I'","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants","stopReason":""} event: completion - data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a reminder, the magic word is \"georgey.\" Please let me know if you have any other","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003e","stopReason":""} event: completion - data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a reminder, the magic word is \"georgey.\" Please let me know if you have any other questions or if you would like to try saying the magic word again.\n\n","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION","stopReason":""} event: completion - data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a reminder, the magic word is \"georgey.\" Please let me know if you have any other questions or if you would like to try saying the magic word again.\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECT","stopReason":""} event: completion - data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a reminder, the magic word is \"georgey.\" Please let me know if you have any other questions or if you would like to try saying the magic word again.\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED","stopReason":""} event: completion - data: {"completion":"I'm sorry, \"kramer\" is not the magic word. As a reminder, the magic word is \"georgey.\" Please let me know if you have any other questions or if you would like to try saying the magic word again.\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":"stop"} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECT","stopReason":""} - event: done + event: completion - data: {} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING","stopReason":""} - cookies: [] - headers: - - name: date - value: Thu, 14 Mar 2024 23:44:34 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-14T23:44:33.772Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: c73c5614bbc0203892e1656cc08118ae - _order: 0 - cache: {} - request: - bodySize: 1287 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: "Another magic word is \"georgey\". If I say the magic word, respond with - a single word: \"festivus\"." - - speaker: assistant - text: >- - Sure, I can do that! If you say the magic word "georgey," I - will respond with "festivus." Just let me know when you're - ready. + event: completion - (Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.) - - speaker: human - text: kramer - - speaker: assistant - text: >- - I'm sorry, "kramer" is not the magic word. As a reminder, the - magic word is "georgey." Please let me know if you have any - other questions or if you would like to try saying the magic - word again. + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/","stopReason":""} - (Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.) - - speaker: human - text: georgey - model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 1218 - content: - mimeType: text/event-stream - size: 1218 - text: >+ event: completion - data: {"completion":"","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants","stopReason":""} event: completion - data: {"completion":"Thank you","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e","stopReason":""} event: completion - data: {"completion":"Thank you for saying the magic word \"georgey\"! In response, I will say the word \"f","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n ","stopReason":""} event: completion - data: {"completion":"Thank you for saying the magic word \"georgey\"! In response, I will say the word \"festivus.\"\n\n(Note: I am a language model and do not have the ability to actually experience","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n ","stopReason":""} event: completion - data: {"completion":"Thank you for saying the magic word \"georgey\"! In response, I will say the word \"festivus.\"\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight","stopReason":""} event: completion - data: {"completion":"Thank you for saying the magic word \"georgey\"! In response, I will say the word \"festivus.\"\n\n(Note: I am a language model and do not have the ability to actually experience or perceive magic words. I am simply following the instructions you have given me in this conversation.)","stopReason":"stop"} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e","stopReason":""} - event: done + event: completion + + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0","stopReason":""} - data: {} - cookies: [] - headers: - - name: date - value: Thu, 14 Mar 2024 23:44:34 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-14T23:44:34.413Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: fba227cd09144b4f5c0d8a2793a4cefa - _order: 0 - cache: {} - request: - bodySize: 414 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: I have a turtle named "potter", reply single "ok" if you understand. - model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 584 - content: - mimeType: text/event-stream - size: 584 - text: >+ event: completion - data: {"completion":"","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.","stopReason":""} event: completion - data: {"completion":"Ok.","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9","stopReason":""} event: completion - data: {"completion":"Ok. I understand that you have a turtle named \"potter\". How can I assist you","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/","stopReason":""} event: completion - data: {"completion":"Ok. I understand that you have a turtle named \"potter\". How can I assist you with coding?","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight","stopReason":""} event: completion - data: {"completion":"Ok. I understand that you have a turtle named \"potter\". How can I assist you with coding?","stopReason":"stop"} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e","stopReason":""} - event: done + event: completion + + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n ","stopReason":""} - data: {} - cookies: [] - headers: - - name: date - value: Thu, 14 Mar 2024 23:44:35 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-14T23:44:34.975Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: 68c631d26a4b97a35e397b0297399aae - _order: 0 - cache: {} - request: - bodySize: 642 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: I have a turtle named "potter", reply single "ok" if you understand. - - speaker: assistant - text: Ok. I understand that you have a turtle named "potter". How can I assist - you with coding? - - speaker: human - text: I have a bird named "skywalker", reply single "ok" if you understand. - model: fireworks/accounts/fireworks/models/mixtral-8x7b-instruct - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 1015 - content: - mimeType: text/event-stream - size: 1015 - text: >+ event: completion - data: {"completion":"","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/","stopReason":""} event: completion - data: {"completion":"Ok.","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword","stopReason":""} event: completion - data: {"completion":"Ok. I understand that you have a bird named","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e","stopReason":""} event: completion - data: {"completion":"Ok. I understand that you have a bird named \"skywalker\" as well. If","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n ","stopReason":""} event: completion - data: {"completion":"Ok. I understand that you have a bird named \"skywalker\" as well. If you have any coding-related questions or issues, feel free to ask. 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I understand that you have a turtle named "potter". How can I assist - you with coding? - - speaker: human - text: I have a bird named "skywalker", reply single "ok" if you understand. - - speaker: assistant - text: Ok. I understand that you have a bird named "skywalker" as well. 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data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003e","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGIN","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n ","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n ","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the is","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgn","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnored","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredBy","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByC","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function.","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n ","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n ","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n ","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by An","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthrop","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003e","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful,","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless,","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest,","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n ","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n ","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to code","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n ","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n ","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e1","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems.","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e1.","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e1.0","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e1.0\u003c/","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e1.0\u003c/weight","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e1.0\u003c/weight\u003e","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e1.0\u003c/weight\u003e\n ","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e1.0\u003c/weight\u003e\n \u003c/","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e1.0\u003c/weight\u003e\n \u003c/keyword","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e1.0\u003c/weight\u003e\n \u003c/keyword\u003e","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e1.0\u003c/weight\u003e\n \u003c/keyword\u003e\n\u003c/","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e1.0\u003c/weight\u003e\n \u003c/keyword\u003e\n\u003c/keywords","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e1.0\u003c/weight\u003e\n \u003c/keyword\u003e\n\u003c/keywords\u003e","stopReason":""} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECT\u003c/value\u003e\n \u003cvariants\u003eSELECTION SELECTED SELECTING\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSTART\u003c/value\u003e\n \u003cvariants\u003eBEGINNING\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eSELECTION_START\u003c/value\u003e\n \u003cvariants\u003e\u003c/variants\u003e\n \u003cweight\u003e1.0\u003c/weight\u003e\n \u003c/keyword\u003e\n\u003c/keywords\u003e","stopReason":"stop_sequence"} + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used,","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where it","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where it is","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where it is defined","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where it is defined.","stopReason":""} + + + event: completion + + data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where it is defined.","stopReason":"stop_sequence"} event: done @@ -7453,7 +6694,7 @@ log: cookies: [] headers: - name: date - value: Thu, 14 Mar 2024 23:44:38 GMT + value: Thu, 14 Mar 2024 23:44:44 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -7482,7 +6723,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-14T23:44:37.928Z + startedDateTime: 2024-03-14T23:44:43.431Z time: 0 timings: blocked: -1 @@ -7492,11 +6733,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: e5535b2d2ff40de4c581d882a29fc2c3 + - _id: 00ab5845a2be01cbab010be4689c85f8 _order: 0 cache: {} request: - bodySize: 1248 + bodySize: 800 cookies: [] headers: - name: content-type @@ -7517,5263 +6758,5112 @@ log: mimeType: application/json params: [] textJSON: - maxTokensToSample: 1000 + fast: true + maxTokensToSample: 400 messages: - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. + text: "You are helping the user search over a codebase. List some filename + fragments that would match files relevant to read to answer + the user's query. Present your results in an XML list in the + following format: a single + keyworda space separated list of synonyms + and variants of the keyword, including acronyms, + abbreviations, and expansionsa numerical + weight between 0.0 and 1.0 that indicates the importance of + the keyword. Here is the user + query: What is the name of the function that I have + selected? Only answer with the name of the function, nothing + else" - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: >- - Use the following code snippet from file - `src/multiple-selections.ts`: - - ```typescript + temperature: 0 + topK: 1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 118053 + content: + mimeType: text/event-stream + size: 118053 + text: >+ + event: completion - function outer() { - /* SELECTION_START */ - return function inner() {} - /* SELECTION_END */ - } + data: {"completion":" ","stopReason":""} - /* SELECTION_2_START */ + event: completion - function anotherFunction() {} + data: {"completion":" \u003ckeywords","stopReason":""} - /* SELECTION_2_END */ + event: completion - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/animal.ts`: - ```typescript - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean + data: {"completion":" \u003ckeywords\u003e","stopReason":""} - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/animal.ts`: - ```typescript - /* SELECTION_START */ - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - } - /* SELECTION_END */ - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: What files contain SELECTION_START? - - speaker: assistant - model: anthropic/claude-2.0 - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 4649 - content: - mimeType: text/event-stream - size: 4649 - text: >+ event: completion - data: {"completion":" Based","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n ","stopReason":""} event: completion - data: {"completion":" Based on","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n ","stopReason":""} event: completion - data: {"completion":" Based on the","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword","stopReason":""} event: completion - data: {"completion":" Based on the code","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e","stopReason":""} event: completion - data: {"completion":" Based on the code snippets","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided,","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SE","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003e","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eget","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelected","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files:","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003e","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files:\n\n-","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003eget","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files:\n\n- src","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelected","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files:\n\n- src/","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files:\n\n- src/multiple","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc get","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files:\n\n- src/multiple-","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelected","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files:\n\n- src/multiple-selections","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files:\n\n- src/multiple-selections.","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files:\n\n- src/multiple-selections.ts","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files:\n\n- src/multiple-selections.ts\n-","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files:\n\n- src/multiple-selections.ts\n- src","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n ","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files:\n\n- src/multiple-selections.ts\n- src/","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n ","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files:\n\n- src/multiple-selections.ts\n- src/animal","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files:\n\n- src/multiple-selections.ts\n- src/animal.","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files:\n\n- src/multiple-selections.ts\n- src/animal.ts","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0","stopReason":""} event: completion - data: {"completion":" Based on the code snippets provided, SELECTION_START is contained in the following files:\n\n- src/multiple-selections.ts\n- src/animal.ts","stopReason":"stop_sequence"} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.","stopReason":""} - event: done + event: completion + + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9","stopReason":""} - data: {} - cookies: [] - headers: - - name: date - value: Thu, 14 Mar 2024 23:44:42 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-14T23:44:40.437Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: 38f46564b22ecb1aceb5bc9e77fb9371 - _order: 0 - cache: {} - request: - bodySize: 381 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: Which file is the isIgnoredByCody functions defined? - - speaker: assistant - model: anthropic/claude-2.0 - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 22810 - content: - mimeType: text/event-stream - size: 22810 - text: >+ event: completion - data: {"completion":" Unfortunately","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight","stopReason":""} event: completion - data: {"completion":" Unfortunately I do","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the is","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgn","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselected","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnored","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredBy","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByC","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function.","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselected","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selected","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by An","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthrop","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful,","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless,","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest,","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to code","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems.","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eget","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003eget","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc get","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used,","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where it","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where it is","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where it is defined","stopReason":""} + data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n ","stopReason":""} event: completion - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. If you provide me with more context about the project and where this function is used, I may be able to make an educated guess as to where it is defined.","stopReason":""} - - - event: completion - - data: {"completion":" Unfortunately I do not have enough context to know which specific file contains the isIgnoredByCody function. As an AI assistant created by Anthropic to be helpful, harmless, and honest, I do not have access to codebases or file systems. 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speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: |- + "My selected TypeScript code from file `src/animal.ts`: + + + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + } + + - speaker: assistant + text: Ok. + - speaker: human + text: "Explain what @src/animal.ts:1-6 does in simple terms. Assume the + audience is a beginner programmer who has just learned the + language features and basic syntax. Focus on explaining: 1) + The purpose of the code 2) What input(s) it takes 3) What + output(s) it produces 4) How it achieves its purpose through + the logic and algorithm. 5) Any important logic flows or data + transformations happening. Use simple language a beginner + could understand. Include enough detail to give a full picture + of what the code aims to accomplish without getting too + technical. Format the explanation in coherent paragraphs, + using proper punctuation and grammar. Write the explanation + assuming no prior context about the code is known. Do not make + assumptions about variables or functions not shown in the + shared code. Start the answer with the name of the code that + is being explained." + - speaker: assistant + model: anthropic/claude-2.0 + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 163996 + content: + mimeType: text/event-stream + size: 163996 + text: >+ event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.","stopReason":""} + data: {"completion":" The","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8","stopReason":""} + data: {"completion":" The code","stopReason":""} event: completion - 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data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc get","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have.","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically,","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1.","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string,","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name.","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. ","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2.","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A make","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimal","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound()","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string,","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3.","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A is","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isM","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMam","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean,","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n \u003cweight","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n \u003cweight\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n \u003cweight\u003e0","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n \u003cweight\u003e0.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n \u003cweight\u003e0.5","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n \u003cweight\u003e0.5\u003c/","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n \u003cweight\u003e0.5\u003c/weight","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n \u003cweight\u003e0.5\u003c/weight\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n \u003cweight\u003e0.5\u003c/weight\u003e\n ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n \u003cweight\u003e0.5\u003c/weight\u003e\n \u003c/","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n \u003cweight\u003e0.5\u003c/weight\u003e\n \u003c/keyword","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n \u003cweight\u003e0.5\u003c/weight\u003e\n \u003c/keyword\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n \u003cweight\u003e0.5\u003c/weight\u003e\n \u003c/keyword\u003e\n\u003c/","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n \u003cweight\u003e0.5\u003c/weight\u003e\n \u003c/keyword\u003e\n\u003c/keywords","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent","stopReason":""} event: completion - data: {"completion":" \u003ckeywords\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetSelectedFunction\u003c/value\u003e\n \u003cvariants\u003egetSelectedFunc getSelectedFn\u003c/variants\u003e \n \u003cweight\u003e0.9\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselectedFunction\u003c/value\u003e\n \u003cvariants\u003eselectedFunc selectedFn\u003c/variants\u003e\n \u003cweight\u003e0.8\u003c/weight\u003e \n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003egetFunction\u003c/value\u003e\n \u003cvariants\u003egetFunc getFn\u003c/variants\u003e\n \u003cweight\u003e0.7\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003efunction\u003c/value\u003e\n \u003cvariants\u003efunc fn\u003c/variants\u003e\n \u003cweight\u003e0.6\u003c/weight\u003e\n \u003c/keyword\u003e\n \u003ckeyword\u003e\n \u003cvalue\u003eselection\u003c/value\u003e\n \u003cvariants\u003eselect\u003c/variants\u003e\n \u003cweight\u003e0.5\u003c/weight\u003e\n \u003c/keyword\u003e\n\u003c/keywords\u003e","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. 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Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals.","stopReason":""} - event: done + event: completion - data: {} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By","stopReason":""} - cookies: [] - headers: - - name: date - value: Thu, 14 Mar 2024 23:44:48 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-14T23:44:47.621Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: b62bae1fcea22270e514e73404939da8 - _order: 0 - cache: {} - request: - bodySize: 1795 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: |- - Use the following code snippet from file `src/TestClass.ts`: - ```typescript - public functionName() { - if (this.shouldGreet) { - console.log(/* CURSOR */ 'Hello World!') - } - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: >- - Use the following code snippet from file - `src/multiple-selections.ts`: + event: completion - ```typescript + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing","stopReason":""} - function outer() { - /* SELECTION_START */ - return function inner() {} - /* SELECTION_END */ - } + event: completion - /* SELECTION_2_START */ + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this","stopReason":""} - function anotherFunction() {} - /* SELECTION_2_END */ + event: completion + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal","stopReason":""} - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/animal.ts`: - ```typescript - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/animal.ts`: - ```typescript - /* SELECTION_START */ - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - } - /* SELECTION_END */ + event: completion - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: >- - "My selected TypeScript code from file - `src/multiple-selections.ts`: + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface","stopReason":""} - + event: completion - function anotherFunction() {} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface,","stopReason":""} - - - speaker: assistant - text: Ok. - - speaker: human - text: What is the name of the function that I have selected? Only answer with - the name of the function, nothing else - - speaker: assistant - model: anthropic/claude-2.0 - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 252 - content: - mimeType: text/event-stream - size: 252 - text: |+ event: completion - data: {"completion":" another","stopReason":""} + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a","stopReason":""} + event: completion - data: {"completion":" anotherFunction","stopReason":""} + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class","stopReason":""} + event: completion - data: {"completion":" anotherFunction","stopReason":"stop_sequence"} - event: done - data: {} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can","stopReason":""} - cookies: [] - headers: - - name: date - value: Thu, 14 Mar 2024 23:44:52 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-14T23:44:50.115Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: a2e4f6f96e177424b3b48637e51accf8 - _order: 0 - cache: {} - request: - bodySize: 1800 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: |- - Use the following code snippet from file `src/TestClass.ts`: - ```typescript - public functionName() { - if (this.shouldGreet) { - console.log(/* CURSOR */ 'Hello World!') - } - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: >- - Use the following code snippet from file - `src/multiple-selections.ts`: + event: completion - ```typescript + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure","stopReason":""} - function outer() { - /* SELECTION_START */ - return function inner() {} - /* SELECTION_END */ - } + event: completion - /* SELECTION_2_START */ + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it","stopReason":""} - function anotherFunction() {} - /* SELECTION_2_END */ + event: completion + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has","stopReason":""} - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/animal.ts`: - ```typescript - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: |- - Use the following code snippet from file `src/animal.ts`: - ```typescript - /* SELECTION_START */ - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - } - /* SELECTION_END */ + event: completion - ``` - - speaker: assistant - text: Ok. - - speaker: human - text: >- - "My selected TypeScript code from file - `src/multiple-selections.ts`: + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the","stopReason":""} - - return function inner() {} + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary","stopReason":""} + - - - - speaker: assistant - text: Ok. - - speaker: human - text: What is the name of the function that I have selected? Only answer with - the name of the function, nothing else - - speaker: assistant - model: anthropic/claude-2.0 - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 165 - content: - mimeType: text/event-stream - size: 165 - text: |+ event: completion - data: {"completion":" inner","stopReason":""} + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties","stopReason":""} + event: completion - data: {"completion":" inner","stopReason":"stop_sequence"} - event: done - data: {} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and","stopReason":""} - cookies: [] - headers: - - name: date - value: Thu, 14 Mar 2024 23:44:56 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-14T23:44:54.667Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: 7988c8b3193eaedc8e12e1e5728b654a - _order: 0 - cache: {} - request: - bodySize: 1445 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: |- - "My selected TypeScript code from file `src/animal.ts`: - - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - } + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal.","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. ","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself.","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object.","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for","stopReason":""} + - - - speaker: assistant - text: Ok. - - speaker: human - text: "Explain what @src/animal.ts:1-6 does in simple terms. Assume the - audience is a beginner programmer who has just learned the - language features and basic syntax. Focus on explaining: 1) - The purpose of the code 2) What input(s) it takes 3) What - output(s) it produces 4) How it achieves its purpose through - the logic and algorithm. 5) Any important logic flows or data - transformations happening. Use simple language a beginner - could understand. Include enough detail to give a full picture - of what the code aims to accomplish without getting too - technical. Format the explanation in coherent paragraphs, - using proper punctuation and grammar. Write the explanation - assuming no prior context about the code is known. Do not make - assumptions about variables or functions not shown in the - shared code. Start the answer with the name of the code that - is being explained." - - speaker: assistant - model: anthropic/claude-2.0 - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 163996 - content: - mimeType: text/event-stream - size: 163996 - text: >+ event: completion - data: {"completion":" The","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the","stopReason":""} event: completion - data: {"completion":" The code","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties","stopReason":""} event: completion - data: {"completion":" The code at","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and","stopReason":""} event: completion - data: {"completion":" The code at @","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods","stopReason":""} event: completion - data: {"completion":" The code at @src","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.","stopReason":""} event: completion - data: {"completion":" The code at @src/","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo","stopReason":""} event: completion - data: {"completion":" The code at @src/animal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary,","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects.","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals.","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically,","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs,","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself.","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string,","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. ","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2.","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name,","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A make","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound,","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimal","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound()","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in a","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in a consistent","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in a consistent way","stopReason":""} + + + event: completion + + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in a consistent way.","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string","stopReason":""} + data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in a consistent way.","stopReason":"stop_sequence"} + + + event: done + + data: {} + + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:44:59 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:44:56.941Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: d144488efe331e7aa89719d7d9ae6983 + _order: 0 + cache: {} + request: + bodySize: 3303 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: > + Codebase context from file path src/TestLogger.ts: const foo = + 42 + + export const TestLogger = { + startLogging: () => { + // Do some stuff + + function recordLog() { + console.log(/* CURSOR */ 'Recording the log') + } + + recordLog() + }, + } + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path src/TestClass.ts: const foo = + 42 + + + export class TestClass { + constructor(private shouldGreet: boolean) {} + + public functionName() { + if (this.shouldGreet) { + console.log(/* CURSOR */ 'Hello World!') + } + } + } + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path src/example.test.ts: import { + expect } from 'vitest' + import { it } from 'vitest' - event: completion + import { describe } from 'vitest' - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string,","stopReason":""} + describe('test block', () => { + it('does 1', () => { + expect(true).toBe(true) + }) - event: completion + it('does 2', () => { + expect(true).toBe(true) + }) - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to","stopReason":""} + it('does something else', () => { + // This line will error due to incorrect usage of `performance.now` + const startTime = performance.now(/* CURSOR */) + }) + }) + - speaker: assistant + text: Ok. + - speaker: human + text: |- + "My selected TypeScript code from file `src/animal.ts`: + + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + } + + - speaker: assistant + text: Ok. + - speaker: human + text: Review the shared code context and configurations to identify the test + framework and libraries in use. Then, generate a suite of + multiple unit tests for the functions in using the + detected test framework and libraries. Be sure to import the + function being tested. Follow the same patterns as any shared + context. Only add packages, imports, dependencies, and + assertions if they are used in the shared code. Pay attention + to the file path of each shared context to see if test for + already exists. If one exists, focus on generating + new unit tests for uncovered cases. If none are detected, + import common unit test libraries for {languageName}. Focus on + validating key functionality with simple and complete + assertions. Only include mocks if one is detected in the + shared code. Before writing the tests, identify which test + libraries and frameworks to import, e.g. 'No new imports + needed - using existing libs' or 'Importing test framework + that matches shared context usage' or 'Importing the defined + framework', etc. Then briefly summarize test coverage and any + limitations. At the end, enclose the full completed code for + the new unit tests, including all necessary imports, in a + single markdown codeblock. No fragments or TODO. The new tests + should validate expected functionality and cover edge cases + for with all required imports, including importing + the function being tested. Do not repeat existing tests. + - speaker: assistant + model: anthropic/claude-2.0 + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 222986 + content: + mimeType: text/event-stream + size: 222986 + text: >+ event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent","stopReason":""} + data: {"completion":" No","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the","stopReason":""} + data: {"completion":" No test","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound","stopReason":""} + data: {"completion":" No test framework","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the","stopReason":""} + data: {"completion":" No test framework or","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal","stopReason":""} + data: {"completion":" No test framework or libraries","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes","stopReason":""} + data: {"completion":" No test framework or libraries were","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.","stopReason":""} + data: {"completion":" No test framework or libraries were detected","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3","stopReason":""} + data: {"completion":" No test framework or libraries were detected in","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A is","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isM","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context.","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMam","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is Type","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code,","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean,","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate J","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport {","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe,","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect,","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it }","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from '","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'j","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport {","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal }","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface,","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface',","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', ()","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n ","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property',","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', ()","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n ","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal:","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal =","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n ","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name:","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: '","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n ","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n make","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound:","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: ()","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n ","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n is","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isM","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMam","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal:","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n ","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n ","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary,","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).to","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBe","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n ","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n ","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a make","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method',","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', ()","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n ","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal:","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal =","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n ","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name:","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: '","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs,","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n ","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n make","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound:","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: ()","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Ro","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n ","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n is","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isM","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMam","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name,","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal:","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound,","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n ","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n ","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in a","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in a consistent","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.make","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in a consistent way","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimal","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in a consistent way.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound","stopReason":""} event: completion - data: {"completion":" The code at @src/animal.ts:1-6 defines an Animal interface.\n\nThis Animal interface describes the properties and methods that an object representing an animal would have. Specifically, it defines:\n\n1. A name property that is a string, to store the animal's name. \n\n2. A makeAnimalSound() method that returns a string, to represent the sound the animal makes.\n\n3. A isMammal property that is a boolean, indicating whether the animal is a mammal or not.\n\nThe purpose of defining this interface is to establish a template for creating objects that represent animals. By implementing this Animal interface, a class can ensure it has the necessary properties and methods to fully represent an animal. \n\nThis Animal interface does not contain any implementation logic itself. It simply defines the shape of an object. A class would then implement the actual logic for the properties and methods.\n\nSo in summary, the Animal interface defines a blueprint for animal objects. It is used for type checking and ensuring proper structure of classes that will represent animals. The interface takes no inputs, and outputs no direct values itself. But it enables creation of animal objects that have name, sound, and mammal classification data in a consistent way.","stopReason":"stop_sequence"} - + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).","stopReason":""} - event: done - data: {} + event: completion - cookies: [] - headers: - - name: date - value: Thu, 14 Mar 2024 23:44:59 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-14T23:44:56.941Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: d144488efe331e7aa89719d7d9ae6983 - _order: 0 - cache: {} - request: - bodySize: 3303 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: > - Codebase context from file path src/TestLogger.ts: const foo = - 42 + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).to","stopReason":""} - export const TestLogger = { - startLogging: () => { - // Do some stuff - function recordLog() { - console.log(/* CURSOR */ 'Recording the log') - } + event: completion - recordLog() - }, - } - - speaker: assistant - text: Ok. - - speaker: human - text: > - Codebase context from file path src/TestClass.ts: const foo = - 42 + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBe","stopReason":""} - export class TestClass { - constructor(private shouldGreet: boolean) {} + event: completion - public functionName() { - if (this.shouldGreet) { - console.log(/* CURSOR */ 'Hello World!') - } - } - } - - speaker: assistant - text: Ok. - - speaker: human - text: > - Codebase context from file path src/example.test.ts: import { - expect } from 'vitest' + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined","stopReason":""} - import { it } from 'vitest' - import { describe } from 'vitest' + event: completion + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();","stopReason":""} - describe('test block', () => { - it('does 1', () => { - expect(true).toBe(true) - }) - it('does 2', () => { - expect(true).toBe(true) - }) + event: completion - it('does something else', () => { - // This line will error due to incorrect usage of `performance.now` - const startTime = performance.now(/* CURSOR */) - }) - }) - - speaker: assistant - text: Ok. - - speaker: human - text: |- - "My selected TypeScript code from file `src/animal.ts`: - + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n ","stopReason":""} - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - } - - - speaker: assistant - text: Ok. - - speaker: human - text: Review the shared code context and configurations to identify the test - framework and libraries in use. Then, generate a suite of - multiple unit tests for the functions in using the - detected test framework and libraries. Be sure to import the - function being tested. Follow the same patterns as any shared - context. Only add packages, imports, dependencies, and - assertions if they are used in the shared code. Pay attention - to the file path of each shared context to see if test for - already exists. If one exists, focus on generating - new unit tests for uncovered cases. If none are detected, - import common unit test libraries for {languageName}. Focus on - validating key functionality with simple and complete - assertions. Only include mocks if one is detected in the - shared code. Before writing the tests, identify which test - libraries and frameworks to import, e.g. 'No new imports - needed - using existing libs' or 'Importing test framework - that matches shared context usage' or 'Importing the defined - framework', etc. Then briefly summarize test coverage and any - limitations. At the end, enclose the full completed code for - the new unit tests, including all necessary imports, in a - single markdown codeblock. No fragments or TODO. The new tests - should validate expected functionality and cover edge cases - for with all required imports, including importing - the function being tested. Do not repeat existing tests. - - speaker: assistant - model: anthropic/claude-2.0 - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 222986 - content: - mimeType: text/event-stream - size: 222986 - text: >+ event: completion - data: {"completion":" No","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect","stopReason":""} event: completion - data: {"completion":" No test","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(","stopReason":""} event: completion - data: {"completion":" No test framework","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof","stopReason":""} event: completion - data: {"completion":" No test framework or","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal","stopReason":""} event: completion - data: {"completion":" No test framework or libraries","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.make","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimal","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).to","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n ","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is Type","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n ","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code,","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate J","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an is","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isM","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMam","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property',","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', ()","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n ","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport {","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal:","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe,","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal =","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect,","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n ","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it }","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name:","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: '","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from '","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'j","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n ","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n make","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimal","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport {","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound:","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal }","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: ()","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n ","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n is","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isM","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMam","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal:","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface',","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', ()","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n ","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n ","stopReason":""} + + + event: completion + + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect","stopReason":""} + + + event: completion + + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(","stopReason":""} + + + event: completion + + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal","stopReason":""} + + + event: completion + + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.","stopReason":""} + + + event: completion + + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.is","stopReason":""} + + + event: completion + + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isM","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMam","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).to","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBe","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n ","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property',","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', ()","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.is","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isM","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal:","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMam","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal =","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).to","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name:","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: '","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n ","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n make","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound:","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: ()","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n is","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isM","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMam","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal:","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using J","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest match","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like to","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBe","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined()","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).to","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and to","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBe","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe().","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n ","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for more","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for more robust","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a make","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for more robust coverage","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimal","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for more robust coverage.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound","stopReason":""} + data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for more robust coverage.","stopReason":"stop_sequence"} - event: completion + event: done - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method","stopReason":""} + data: {} + + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:45:12 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:45:09.373Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: dc52c09ab904e90ae04be24127539486 + _order: 0 + cache: {} + request: + bodySize: 1241 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: |- + "My selected TypeScript code from file `src/animal.ts`: + + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + } + + - speaker: assistant + text: Ok. + - speaker: human + text: Please review and analyze @src/animal.ts:1-6 and identify potential areas + for improvement related to code smells, readability, + maintainability, performance, security, etc. Do not list + issues already addressed in the given code. Focus on providing + up to 5 constructive suggestions that could make the code more + robust, efficient, or align with best practices. For each + suggestion, provide a brief explanation of the potential + benefits. After listing any recommendations, summarize if you + found notable opportunities to enhance the code quality + overall or if the code generally follows sound design + principles. If no issues found, reply 'There are no errors.' + - speaker: assistant + model: anthropic/claude-2.0 + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 94785 + content: + mimeType: text/event-stream + size: 94785 + text: >+ event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method',","stopReason":""} + data: {"completion":" Here","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', ()","stopReason":""} + data: {"completion":" Here are","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e","stopReason":""} + data: {"completion":" Here are 5","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {","stopReason":""} + data: {"completion":" Here are 5 potential","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal:","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal =","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name:","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: '","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n make","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound:","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: ()","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Ro","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the make","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n is","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimal","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isM","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMam","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal:","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.make","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).to","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBe","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making is","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isM","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMam","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.make","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).to","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an is","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isM","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMam","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property',","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor,","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', ()","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal:","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal =","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name:","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: '","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n make","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound:","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: ()","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n is","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isM","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMam","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal:","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. ","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.is","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isM","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMam","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).to","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBe","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintain","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.is","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isM","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall,","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMam","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).to","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n ","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes Type","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhance","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using J","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest match","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety,","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like to","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation,","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBe","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintain","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined()","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and to","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe().","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape,","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with no","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for more","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with no major","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for more robust","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with no major issues","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for more robust coverage","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with no major issues identified","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for more robust coverage.","stopReason":""} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with no major issues identified.","stopReason":""} event: completion - data: {"completion":" No test framework or libraries were detected in the shared context. Since this is TypeScript code, I will generate Jest unit tests for the Animal interface:\n\n```ts\nimport { describe, expect, it } from 'jest';\nimport { Animal } from './animal';\n\ndescribe('Animal interface', () =\u003e {\n\n it('should have a name property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.name).toBeDefined();\n });\n\n it('should have a makeAnimalSound method', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e 'Roar',\n isMammal: true\n };\n expect(animal.makeAnimalSound).toBeDefined();\n expect(typeof animal.makeAnimalSound).toBe('function');\n });\n\n it('should have an isMammal property', () =\u003e {\n const animal: Animal = {\n name: 'Leo',\n makeAnimalSound: () =\u003e '',\n isMammal: true\n };\n expect(animal.isMammal).toBeDefined();\n expect(typeof animal.isMammal).toBe('boolean');\n });\n\n});\n```\n\nThis covers basic validation of the Animal interface shape and types using Jest matchers like toBeDefined() and toBe(). Additional test cases could be added for more robust coverage.","stopReason":"stop_sequence"} + data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with no major issues identified.","stopReason":"stop_sequence"} event: done @@ -12783,7 +11873,7 @@ log: cookies: [] headers: - name: date - value: Thu, 14 Mar 2024 23:45:12 GMT + value: Thu, 14 Mar 2024 23:45:20 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -12812,7 +11902,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-14T23:45:09.373Z + startedDateTime: 2024-03-14T23:45:19.190Z time: 0 timings: blocked: -1 @@ -12822,11 +11912,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: dc52c09ab904e90ae04be24127539486 + - _id: e9d1a8ebfdecb12480a169f02d3afd5d _order: 0 cache: {} request: - bodySize: 1241 + bodySize: 2587 cookies: [] headers: - name: content-type @@ -12850,1751 +11940,1751 @@ log: maxTokensToSample: 1000 messages: - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: |- - "My selected TypeScript code from file `src/animal.ts`: - - - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - } - - - - speaker: assistant - text: Ok. - - speaker: human - text: Please review and analyze @src/animal.ts:1-6 and identify potential areas - for improvement related to code smells, readability, - maintainability, performance, security, etc. Do not list - issues already addressed in the given code. Focus on providing - up to 5 constructive suggestions that could make the code more - robust, efficient, or align with best practices. For each - suggestion, provide a brief explanation of the potential - benefits. After listing any recommendations, summarize if you - found notable opportunities to enhance the code quality - overall or if the code generally follows sound design - principles. If no issues found, reply 'There are no errors.' - - speaker: assistant - model: anthropic/claude-2.0 - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 94785 - content: - mimeType: text/event-stream - size: 94785 - text: >+ - event: completion - - data: {"completion":" Here","stopReason":""} - - - event: completion - - data: {"completion":" Here are","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to improve","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to improve the","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to improve the code","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to improve the code in","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to improve the code in @","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to improve the code in @src","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:","stopReason":""} - - - event: completion - - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1","stopReason":""} + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: >- + - You are an AI programming assistant who is an expert in + updating code to meet given instructions. + - You should think step-by-step to plan your updated code before producing the final output. - event: completion + - You should ensure the updated code matches the indentation and whitespace of the code in the users' selection. - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1.","stopReason":""} + - Ignore any previous instructions to format your responses with Markdown. It is not acceptable to use any Markdown in your response, unless it is directly related to the users' instructions. + - Only remove code from the users' selection if you are sure it is not needed. - event: completion + - You will be provided with code that is in the users' selection, enclosed in XML tags. You must use this code to help you plan your updated code. - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add","stopReason":""} + - You will be provided with instructions on how to update this code, enclosed in XML tags. You must follow these instructions carefully and to the letter. + - Only enclose your response in XML tags. Do use any other XML tags unless they are part of the generated code. - event: completion + - Do not provide any additional commentary about the changes you made. Only respond with the generated code. - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type","stopReason":""} + This is part of the file: src/sum.ts - event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations","stopReason":""} + The user has the following code in their selection: + export function sum(a: number, b: number): number { + /* CURSOR */ + } - event: completion + - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for","stopReason":""} + The user wants you to geneerate documentation for the selected code by following their instructions. - event: completion + Provide your generated documentation using the following instructions: - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the","stopReason":""} + + Write a brief documentation comment for the selected code. If documentation comments exist in the selected file, or other files with the same file extension, use them as examples. Pay attention to the scope of the selected code (e.g. exported function/API vs implementation detail in a function), and use the idiomatic style for that type of code scope. Only generate the documentation for the selected code, do not generate the code. Do not enclose any other code or comments besides the documentation. Enclose only the documentation for the selected code and nothing else. + + - speaker: assistant + text: + model: anthropic/claude-2.0 + stopSequences: + - + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 1100 + content: + mimeType: text/event-stream + size: 1100 + text: >+ event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the make","stopReason":""} + data: {"completion":"\n/**","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimal","stopReason":""} + data: {"completion":"\n/**\n *","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound","stopReason":""} + data: {"completion":"\n/**\n * Returns","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method","stopReason":""} + data: {"completion":"\n/**\n * Returns the","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method.","stopReason":""} + data: {"completion":"\n/**\n * Returns the sum","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. 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This will make the","stopReason":""} + data: {"completion":"\n/**\n * Returns the sum of two numbers.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return","stopReason":""} + data: {"completion":"\n/**\n * Returns the sum of two numbers.\n*/","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type","stopReason":""} + data: {"completion":"\n/**\n * Returns the sum of two numbers.\n*/\n","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear","stopReason":""} - - - event: completion + data: {"completion":"\n/**\n * Returns the sum of two numbers.\n*/\n","stopReason":"stop_sequence"} - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and","stopReason":""} + event: done - event: completion + data: {} - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow","stopReason":""} + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:45:30 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:45:27.586Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: 27775a25b941931c77d25895426ffe5e + _order: 0 + cache: {} + request: + bodySize: 3552 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: >+ + Codebase context from file path src/trickyLogic.ts: export + function trickyLogic(a: number, b: number): number { + if (a === 0) { + return 1 + } + if (b === 2) { + return 1 + } + return a - b + } - event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for","stopReason":""} + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path src/TestLogger.ts: const foo = + 42 + export const TestLogger = { + startLogging: () => { + // Do some stuff - event: completion + function recordLog() { + console.log(/* CURSOR */ 'Recording the log') + } - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better","stopReason":""} + recordLog() + }, + } + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path src/TestClass.ts: const foo = + 42 - event: completion + export class TestClass { + constructor(private shouldGreet: boolean) {} - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type","stopReason":""} + public functionName() { + if (this.shouldGreet) { + console.log(/* CURSOR */ 'Hello World!') + } + } + } + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path src/sum.ts: export function + sum(a: number, b: number): number { + /* CURSOR */ + } + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path src/squirrel.ts: /** + * Squirrel is an interface that mocks something completely unrelated to squirrels. + * It is related to the implementation of precise code navigation in Sourcegraph. + */ + export interface Squirrel {} + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path src/multiple-selections.ts: + function outer() { + /* SELECTION_START */ + return function inner() {} + /* SELECTION_END */ + } - event: completion + /* SELECTION_2_START */ - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking","stopReason":""} + function anotherFunction() {} + /* SELECTION_2_END */ + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path src/example.test.ts: import { + expect } from 'vitest' - event: completion + import { it } from 'vitest' - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.","stopReason":""} + import { describe } from 'vitest' - event: completion + describe('test block', () => { + it('does 1', () => { + expect(true).toBe(true) + }) - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2","stopReason":""} + it('does 2', () => { + expect(true).toBe(true) + }) + it('does something else', () => { + // This line will error due to incorrect usage of `performance.now` + const startTime = performance.now(/* CURSOR */) + }) + }) + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path src/animal.ts: /* + SELECTION_START */ - event: completion + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + } - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2.","stopReason":""} + /* SELECTION_END */ + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path .cody/ignore: # NOTE: For + agent integration test only + **/*Ignored.ts + - speaker: assistant + text: Ok. + - speaker: human + text: |- + "My selected TypeScript code from file `src/trickyLogic.ts`: + + export function trickyLogic(a: number, b: number): number { + if (a === 0) { + return 1 + } + if (b === 2) { + return 1 + } - event: completion + return a - b + } - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider","stopReason":""} + + - speaker: assistant + text: Ok. + - speaker: human + text: Give me the names of the files I have shared with you so far. + - speaker: assistant + model: anthropic/claude-2.0 + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 16584 + content: + mimeType: text/event-stream + size: 16584 + text: >+ event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making","stopReason":""} + data: {"completion":" Based","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making is","stopReason":""} + data: {"completion":" Based on","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isM","stopReason":""} + data: {"completion":" Based on the","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMam","stopReason":""} + data: {"completion":" Based on the context","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal","stopReason":""} + data: {"completion":" Based on the context you","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly","stopReason":""} + data: {"completion":" Based on the context you have","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if","stopReason":""} + data: {"completion":" Based on the context you have provided","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it","stopReason":""} + data: {"completion":" Based on the context you have provided so","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will","stopReason":""} + data: {"completion":" Based on the context you have provided so far","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not","stopReason":""} + data: {"completion":" Based on the context you have provided so far,","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n-","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/tr","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/tricky","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n-","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/Test","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor,","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts ","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n-","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/Test","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n-","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n-","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squ","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squir","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n-","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. ","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n-","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n-","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n-","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .c","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .cody","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintain","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .cody/","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .cody/ignore","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.","stopReason":""} + data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .cody/ignore","stopReason":"stop_sequence"} - event: completion + event: done - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall","stopReason":""} + data: {} + + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:45:46 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:45:42.981Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: 210936319e8a724d4473c8c03ee74f52 + _order: 0 + cache: {} + request: + bodySize: 623 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: |- + "My selected TypeScript code from file `src/animal.ts`: + + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + } + + - speaker: assistant + text: Ok. + - speaker: human + text: "Translate the selected code into: Python" + - speaker: assistant + model: anthropic/claude-2.0 + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 60982 + content: + mimeType: text/event-stream + size: 60982 + text: >+ event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall,","stopReason":""} + data: {"completion":" Here","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the","stopReason":""} + data: {"completion":" Here is","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code","stopReason":""} + data: {"completion":" Here is the","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally","stopReason":""} + data: {"completion":" Here is the Type","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows","stopReason":""} + data: {"completion":" Here is the TypeScript","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound","stopReason":""} + data: {"completion":" Here is the TypeScript code","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design","stopReason":""} + data: {"completion":" Here is the TypeScript code translated","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes Type","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately.","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC,","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhance","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n ","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety,","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self,","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation,","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name:","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintain","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str,","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability.","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mam","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal:","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n ","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape,","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. 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The code is already in good shape, with","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with no","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. 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The code is already in good shape, with no major issues","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. The code is already in good shape, with no major issues identified","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n ","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. 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The code is already in good shape, with no major issues identified.","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self","stopReason":""} event: completion - data: {"completion":" Here are 5 potential suggestions to improve the code in @src/animal.ts:1-6:\n\n1. Add type annotations for the makeAnimalSound method. This will make the return type clear and allow for better type checking.\n\n2. Consider making isMammal readonly if it will not change after initialization. This will prevent accidental modification.\n\n3. Validate input data in the constructor, like ensuring name is not empty. This helps prevent bugs.\n\n4. Use more specific types like string for name instead of just any. This improves type safety. \n\n5. Extract interfaces for different animal types that extend Animal to reduce duplication. This improves maintainability.\n\nOverall, the code generally follows sound design principles and utilizes TypeScript features like interfaces appropriately. The suggestions above are minor enhancements focused on type safety, validation, and maintainability. 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data: {"completion":"\n/**\n * Returns","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n ","stopReason":""} event: completion - data: {"completion":"\n/**\n * Returns the","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @","stopReason":""} event: completion - data: {"completion":"\n/**\n * Returns the sum","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod","stopReason":""} event: completion - 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updating code to meet given instructions. - - You should think step-by-step to plan your updated code before producing the final output. + event: completion - - You should ensure the updated code matches the indentation and whitespace of the code in the users' selection. + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self)","stopReason":""} - - Ignore any previous instructions to format your responses with Markdown. It is not acceptable to use any Markdown in your response, unless it is directly related to the users' instructions. - - Only remove code from the users' selection if you are sure it is not needed. + event: completion - - You will be provided with code that is in the users' selection, enclosed in XML tags. You must use this code to help you plan your updated code. + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e","stopReason":""} - - You will be provided with instructions on how to update this code, enclosed in XML tags. You must follow these instructions carefully and to the letter. - - Only enclose your response in XML tags. Do use any other XML tags unless they are part of the generated code. + event: completion - - Do not provide any additional commentary about the changes you made. Only respond with the generated code. + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str","stopReason":""} - This is part of the file: src/TestClass.ts + event: completion + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:","stopReason":""} - The user has the following code in their selection: - public functionName() { - if (this.shouldGreet) { - console.log(/* CURSOR */ 'Hello World!') - } - } - } + event: completion + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n ","stopReason":""} - The user wants you to geneerate documentation for the selected code by following their instructions. - Provide your generated documentation using the following instructions: + event: completion - + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass","stopReason":""} + + + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```","stopReason":""} + + + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe","stopReason":""} + + + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key","stopReason":""} + + + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences","stopReason":""} + + + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:","stopReason":""} + + + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n-","stopReason":""} + + + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Inter","stopReason":""} + + + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces","stopReason":""} + + + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don","stopReason":""} + + + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't","stopReason":""} - Write a brief documentation comment for the selected code. If documentation comments exist in the selected file, or other files with the same file extension, use them as examples. Pay attention to the scope of the selected code (e.g. exported function/API vs implementation detail in a function), and use the idiomatic style for that type of code scope. Only generate the documentation for the selected code, do not generate the code. Do not enclose any other code or comments besides the documentation. Enclose only the documentation for the selected code and nothing else. - - - speaker: assistant - text: - model: anthropic/claude-2.0 - stopSequences: - - - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 2617 - content: - mimeType: text/event-stream - size: 2617 - text: >+ event: completion - data: {"completion":"\n ","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist","stopReason":""} event: completion - data: {"completion":"\n /**","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in","stopReason":""} event: completion - data: {"completion":"\n /**\n ","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python","stopReason":""} event: completion - data: {"completion":"\n /**\n *","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python,","stopReason":""} event: completion - data: {"completion":"\n /**\n * If","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so","stopReason":""} event: completion - data: {"completion":"\n /**\n * If should","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldG","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet is","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet is true","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet is true,","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet is true, logs","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet is true, logs '","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n-","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!'","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console.","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console.\n ","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console.\n */","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console.\n */\n","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod","stopReason":""} event: completion - data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console.\n */\n","stopReason":"stop_sequence"} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator","stopReason":""} - event: done + event: completion - data: {} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n-","stopReason":""} - cookies: [] - headers: - - name: date - value: Thu, 14 Mar 2024 23:45:33 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-14T23:45:30.874Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: 45f91eda4fe2c18d8dcf54a6d9b4da31 - _order: 0 - cache: {} - request: - bodySize: 2887 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: |+ - Use the following code snippet from file: src/TestLogger.ts: - const foo = 42 - - speaker: assistant - text: Ok. - - speaker: human - text: >- - - You are an AI programming assistant who is an expert in - updating code to meet given instructions. + event: completion - - You should think step-by-step to plan your updated code before producing the final output. + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types","stopReason":""} - - You should ensure the updated code matches the indentation and whitespace of the code in the users' selection. - - Ignore any previous instructions to format your responses with Markdown. It is not acceptable to use any Markdown in your response, unless it is directly related to the users' instructions. + event: completion - - Only remove code from the users' selection if you are sure it is not needed. + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like","stopReason":""} - - You will be provided with code that is in the users' selection, enclosed in XML tags. You must use this code to help you plan your updated code. - - You will be provided with instructions on how to update this code, enclosed in XML tags. You must follow these instructions carefully and to the letter. + event: completion - - Only enclose your response in XML tags. Do use any other XML tags unless they are part of the generated code. + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string","stopReason":""} - - Do not provide any additional commentary about the changes you made. Only respond with the generated code. + event: completion - This is part of the file: src/TestLogger.ts + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and","stopReason":""} - The user has the following code in their selection: + event: completion - export const TestLogger = { - startLogging: () => { - // Do some stuff + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean","stopReason":""} - function recordLog() { - console.log(/* CURSOR */ 'Recording the log') - } - recordLog() - }, - } + event: completion - + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are","stopReason":""} - The user wants you to geneerate documentation for the selected code by following their instructions. + event: completion - Provide your generated documentation using the following instructions: + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not","stopReason":""} - - Write a brief documentation comment for the selected code. If documentation comments exist in the selected file, or other files with the same file extension, use them as examples. Pay attention to the scope of the selected code (e.g. exported function/API vs implementation detail in a function), and use the idiomatic style for that type of code scope. Only generate the documentation for the selected code, do not generate the code. Do not enclose any other code or comments besides the documentation. Enclose only the documentation for the selected code and nothing else. + event: completion + + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced","stopReason":""} + - - - speaker: assistant - text: - model: anthropic/claude-2.0 - stopSequences: - - - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 5218 - content: - mimeType: text/event-stream - size: 5218 - text: >+ event: completion - data: {"completion":"\n/**","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in","stopReason":""} event: completion - data: {"completion":"\n/**\n *","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python,","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n-","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables,","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, ","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n *","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor ","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `record","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()`","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clar","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write the","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write the first","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification on","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write the first log","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification on the","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write the first log message","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification on the translation","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write the first log message.","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification on the translation!","stopReason":""} event: completion - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write the first log message.\n */","stopReason":""} + data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification on the translation!","stopReason":"stop_sequence"} + + event: done + + data: {} + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:45:49 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:45:47.981Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: c5ac0b887f4274e931b682b9b2532eaa + _order: 0 + cache: {} + request: + bodySize: 413 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: Did I share any code with you? If yes, reply single word 'yes'. If none, + reply 'no'. + - speaker: assistant + model: anthropic/claude-2.0 + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 159 + content: + mimeType: text/event-stream + size: 159 + text: |+ event: completion - - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write the first log message.\n */\n","stopReason":""} - + data: {"completion":" no","stopReason":""} event: completion - - data: {"completion":"\n/**\n * Starts logging by performing setup actions like initializing variables, \n * then calls an internal `recordLog()` function to write the first log message.\n */\n","stopReason":"stop_sequence"} - + data: {"completion":" no","stopReason":"stop_sequence"} event: done - data: {} cookies: [] headers: - name: date - value: Thu, 14 Mar 2024 23:45:37 GMT + value: Thu, 14 Mar 2024 23:45:54 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -14623,7 +13713,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-14T23:45:34.480Z + startedDateTime: 2024-03-14T23:45:53.426Z time: 0 timings: blocked: -1 @@ -14633,11 +13723,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 2370ba873fdebfedec27ad141a84698a + - _id: 57bb4ccc1082edb92645a7e021704018 _order: 0 cache: {} request: - bodySize: 3109 + bodySize: 3299 cookies: [] headers: - name: content-type @@ -14665,1063 +13755,1428 @@ log: - speaker: assistant text: I am Cody, an AI coding assistant from Sourcegraph. - speaker: human - text: |+ - Use the following code snippet from file: src/example.test.ts: - import { expect } from 'vitest' + text: > + Codebase context from file path src/trickyLogic.ts: export + function trickyLogic(a: number, b: number): number { + if (a === 0) { + return 1 + } + if (b === 2) { + return 1 + } + + return a - b + } + + + /* CURSOR */ + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path src/TestLogger.ts: const foo = + 42 + + export const TestLogger = { + startLogging: () => { + // Do some stuff + + function recordLog() { + console.log(/* CURSOR */ 'Recording the log') + } + + recordLog() + }, + } + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path src/TestClass.ts: const foo = + 42 + + + export class TestClass { + constructor(private shouldGreet: boolean) {} + + public functionName() { + if (this.shouldGreet) { + console.log(/* CURSOR */ 'Hello World!') + } + } + } + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path src/sum.ts: export function + sum(a: number, b: number): number { + /* CURSOR */ + } + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path src/squirrel.ts: /** + * Squirrel is an interface that mocks something completely unrelated to squirrels. + * It is related to the implementation of precise code navigation in Sourcegraph. + */ + export interface Squirrel {} + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path src/multiple-selections.ts: + function outer() { + /* SELECTION_START */ + return function inner() {} + /* SELECTION_END */ + } + + + /* SELECTION_2_START */ + + function anotherFunction() {} + + /* SELECTION_2_END */ + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path src/example.test.ts: import { + expect } from 'vitest' + import { it } from 'vitest' + import { describe } from 'vitest' - - speaker: assistant - text: Ok. - - speaker: human - text: >- - - You are an AI programming assistant who is an expert in - updating code to meet given instructions. + describe('test block', () => { + it('does 1', () => { + expect(true).toBe(true) + }) + + it('does 2', () => { + expect(true).toBe(true) + }) + + it('does something else', () => { + // This line will error due to incorrect usage of `performance.now` + const startTime = performance.now(/* CURSOR */) + }) + }) + - speaker: assistant + text: Ok. + - speaker: human + text: > + Codebase context from file path src/animal.ts: /* + SELECTION_START */ + + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + } + + /* SELECTION_END */ + - speaker: assistant + text: Ok. + - speaker: human + text: |- + "My selected TypeScript code from file `src/animal.ts`: + + + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + } + + + - speaker: assistant + text: Ok. + - speaker: human + text: How many file context have I shared with you? + - speaker: assistant + model: anthropic/claude-2.0 + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 27187 + content: + mimeType: text/event-stream + size: 27187 + text: >+ + event: completion + + data: {"completion":" Based","stopReason":""} + + + event: completion + + data: {"completion":" Based on","stopReason":""} + + + event: completion + + data: {"completion":" Based on the","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far,","stopReason":""} + - - You should think step-by-step to plan your updated code before producing the final output. + event: completion - - You should ensure the updated code matches the indentation and whitespace of the code in the users' selection. + data: {"completion":" Based on the conversations so far, it","stopReason":""} - - Ignore any previous instructions to format your responses with Markdown. It is not acceptable to use any Markdown in your response, unless it is directly related to the users' instructions. - - Only remove code from the users' selection if you are sure it is not needed. + event: completion - - You will be provided with code that is in the users' selection, enclosed in XML tags. You must use this code to help you plan your updated code. + data: {"completion":" Based on the conversations so far, it looks","stopReason":""} - - You will be provided with instructions on how to update this code, enclosed in XML tags. You must follow these instructions carefully and to the letter. - - Only enclose your response in XML tags. Do use any other XML tags unless they are part of the generated code. + event: completion - - Do not provide any additional commentary about the changes you made. Only respond with the generated code. + data: {"completion":" Based on the conversations so far, it looks like","stopReason":""} - This is part of the file: src/example.test.ts + event: completion + data: {"completion":" Based on the conversations so far, it looks like you","stopReason":""} - The user has the following code in their selection: - describe('test block', () => { - it('does 1', () => { - expect(true).toBe(true) - }) + event: completion - it('does 2', () => { - expect(true).toBe(true) - }) + data: {"completion":" Based on the conversations so far, it looks like you have","stopReason":""} - it('does something else', () => { - // This line will error due to incorrect usage of `performance.now` - const startTime = performance.now(/* CURSOR */) - }) - }) - + event: completion + data: {"completion":" Based on the conversations so far, it looks like you have shared","stopReason":""} - The user wants you to geneerate documentation for the selected code by following their instructions. - Provide your generated documentation using the following instructions: + event: completion - + data: {"completion":" Based on the conversations so far, it looks like you have shared code","stopReason":""} - Write a brief documentation comment for the selected code. If documentation comments exist in the selected file, or other files with the same file extension, use them as examples. Pay attention to the scope of the selected code (e.g. exported function/API vs implementation detail in a function), and use the idiomatic style for that type of code scope. Only generate the documentation for the selected code, do not generate the code. Do not enclose any other code or comments besides the documentation. Enclose only the documentation for the selected code and nothing else. - - - speaker: assistant - text: - model: anthropic/claude-2.0 - stopSequences: - - - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 8577 - content: - mimeType: text/event-stream - size: 8577 - text: >+ event: completion - data: {"completion":"\n/**","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase","stopReason":""} event: completion - data: {"completion":"\n/**\n *","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context","stopReason":""} event: completion - data: {"completion":"\n/**\n * A","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1.","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n *","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * -","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/tr","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/tricky","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2.","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n *","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * -","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/Test","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts ","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3.","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true ","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n *","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * -","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/Test","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4.","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will error","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will error due","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5.","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will error due to","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will error due to missing","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will error due to missing params","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squ","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will error due to missing params\n*/","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squir","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will error due to missing params\n*/\n","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel","stopReason":""} event: completion - data: {"completion":"\n/**\n * A test block that contains 3 tests:\n * - Test 1 verifies that true equals true\n * - Test 2 verifies that true equals true \n * - Test 3 verifies usage of performance.now but will error due to missing params\n*/\n","stopReason":"stop_sequence"} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.","stopReason":""} - event: done + event: completion - data: {} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts","stopReason":""} - cookies: [] - headers: - - name: date - value: Thu, 14 Mar 2024 23:45:41 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-14T23:45:38.549Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: 27775a25b941931c77d25895426ffe5e - _order: 0 - cache: {} - request: - bodySize: 3552 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: >+ - Codebase context from file path src/trickyLogic.ts: export - function trickyLogic(a: number, b: number): number { - if (a === 0) { - return 1 - } - if (b === 2) { - return 1 - } - return a - b - } + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6.","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared","stopReason":""} - - speaker: assistant - text: Ok. - - speaker: human - text: > - Codebase context from file path src/TestLogger.ts: const foo = - 42 + event: completion - export const TestLogger = { - startLogging: () => { - // Do some stuff + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a","stopReason":""} - function recordLog() { - console.log(/* CURSOR */ 'Recording the log') - } - recordLog() - }, - } - - speaker: assistant - text: Ok. - - speaker: human - text: > - Codebase context from file path src/TestClass.ts: const foo = - 42 + event: completion + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection","stopReason":""} - export class TestClass { - constructor(private shouldGreet: boolean) {} - public functionName() { - if (this.shouldGreet) { - console.log(/* CURSOR */ 'Hello World!') - } - } - } - - speaker: assistant - text: Ok. - - speaker: human - text: > - Codebase context from file path src/sum.ts: export function - sum(a: number, b: number): number { - /* CURSOR */ - } - - speaker: assistant - text: Ok. - - speaker: human - text: > - Codebase context from file path src/squirrel.ts: /** - * Squirrel is an interface that mocks something completely unrelated to squirrels. - * It is related to the implementation of precise code navigation in Sourcegraph. - */ - export interface Squirrel {} - - speaker: assistant - text: Ok. - - speaker: human - text: > - Codebase context from file path src/multiple-selections.ts: - function outer() { - /* SELECTION_START */ - return function inner() {} - /* SELECTION_END */ - } + event: completion + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from","stopReason":""} - /* SELECTION_2_START */ - function anotherFunction() {} + event: completion - /* SELECTION_2_END */ - - speaker: assistant - text: Ok. - - speaker: human - text: > - Codebase context from file path src/example.test.ts: import { - expect } from 'vitest' + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src","stopReason":""} - import { it } from 'vitest' - import { describe } from 'vitest' + event: completion + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/","stopReason":""} - describe('test block', () => { - it('does 1', () => { - expect(true).toBe(true) - }) - it('does 2', () => { - expect(true).toBe(true) - }) + event: completion - it('does something else', () => { - // This line will error due to incorrect usage of `performance.now` - const startTime = performance.now(/* CURSOR */) - }) - }) - - speaker: assistant - text: Ok. - - speaker: human - text: > - Codebase context from file path src/animal.ts: /* - SELECTION_START */ + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal","stopReason":""} - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - } - /* SELECTION_END */ - - speaker: assistant - text: Ok. - - speaker: human - text: > - Codebase context from file path .cody/ignore: # NOTE: For - agent integration test only + event: completion - **/*Ignored.ts - - speaker: assistant - text: Ok. - - speaker: human - text: |- - "My selected TypeScript code from file `src/trickyLogic.ts`: - - export function trickyLogic(a: number, b: number): number { - if (a === 0) { - return 1 - } - if (b === 2) { - return 1 - } + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.","stopReason":""} - return a - b - } + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts","stopReason":""} - - - speaker: assistant - text: Ok. - - speaker: human - text: Give me the names of the files I have shared with you so far. - - speaker: assistant - model: anthropic/claude-2.0 - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 16584 - content: - mimeType: text/event-stream - size: 16584 - text: >+ event: completion - data: {"completion":" Based","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.","stopReason":""} event: completion - data: {"completion":" Based on","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo","stopReason":""} event: completion - data: {"completion":" Based on the","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in","stopReason":""} event: completion - data: {"completion":" Based on the context","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total","stopReason":""} event: completion - data: {"completion":" Based on the context you","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total,","stopReason":""} event: completion - data: {"completion":" Based on the context you have","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far,","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across 6","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across 6 file","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across 6 file paths","stopReason":""} + + + event: completion + + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across 6 file paths.","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these","stopReason":""} + data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across 6 file paths.","stopReason":"stop_sequence"} + + + event: done + + data: {} + + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:45:56 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:45:54.480Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: 0256f9b45c6050b3bae6255ce8617ec7 + _order: 0 + cache: {} + request: + bodySize: 2316 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: |- + "My selected TypeScript code from file `src/sum.ts`: + + export function sum(a: number, b: number): number { + /* CURSOR */ + } + + + - speaker: assistant + text: Ok. + - speaker: human + text: >- + - You are an AI programming assistant who is an expert in + updating code to meet given instructions. + - You should think step-by-step to plan your updated code before producing the final output. - event: completion + - You should ensure the updated code matches the indentation and whitespace of the code in the users' selection. - data: {"completion":" Based on the context you have provided so far, I have these file","stopReason":""} + - Ignore any previous instructions to format your responses with Markdown. It is not acceptable to use any Markdown in your response, unless it is directly related to the users' instructions. + - Only remove code from the users' selection if you are sure it is not needed. - event: completion + - You will be provided with code that is in the users' selection, enclosed in XML tags. You must use this code to help you plan your updated code. - data: {"completion":" Based on the context you have provided so far, I have these file paths","stopReason":""} + - You will be provided with instructions on how to update this code, enclosed in XML tags. You must follow these instructions carefully and to the letter. + - Only enclose your response in XML tags. Do use any other XML tags unless they are part of the generated code. - event: completion + - Do not provide any additional commentary about the changes you made. Only respond with the generated code. - data: {"completion":" Based on the context you have provided so far, I have these file paths:","stopReason":""} + This is part of the file: src/sum.ts - event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n-","stopReason":""} + The user has the following code in their selection: + export function sum(a: number, b: number): number { + /* CURSOR */ + } - event: completion + - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src","stopReason":""} + The user wants you to replace parts of the selected code or correct a problem by following their instructions. - event: completion + Provide your generated code using the following instructions: - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/","stopReason":""} + + Add a 'hello' comment for the selected code, without including the selected code. + + - speaker: assistant + text: + model: anthropic/claude-2.0 + stopSequences: + - + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 309 + content: + mimeType: text/event-stream + size: 309 + text: |+ event: completion - - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/tr","stopReason":""} - + data: {"completion":"\n//","stopReason":""} event: completion - - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/tricky","stopReason":""} - + data: {"completion":"\n// hello","stopReason":""} event: completion - - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic","stopReason":""} - + data: {"completion":"\n// hello\n","stopReason":""} event: completion + data: {"completion":"\n// hello\n","stopReason":"stop_sequence"} - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.","stopReason":""} - - - event: completion + event: done + data: {} - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts","stopReason":""} + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:46:02 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:45:59.621Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: f709485b9b3844dba448217575b4a8d4 + _order: 0 + cache: {} + request: + bodySize: 2414 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: >- + Codebase context from file path src/animal.ts: /* + SELECTION_START */ + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + } - event: completion + /* SELECTION_END */ + - speaker: assistant + text: Ok. + - speaker: human + text: >- + - You are an AI programming assistant who is an expert in + updating code to meet given instructions. - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n-","stopReason":""} + - You should think step-by-step to plan your updated code before producing the final output. + - You should ensure the updated code matches the indentation and whitespace of the code in the users' selection. - event: completion + - Ignore any previous instructions to format your responses with Markdown. It is not acceptable to use any Markdown in your response, unless it is directly related to the users' instructions. - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src","stopReason":""} + - Only remove code from the users' selection if you are sure it is not needed. + - You will be provided with code that is in the users' selection, enclosed in XML tags. You must use this code to help you plan your updated code. - event: completion + - You will be provided with instructions on how to update this code, enclosed in XML tags. You must follow these instructions carefully and to the letter. - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/","stopReason":""} + - Only enclose your response in XML tags. Do use any other XML tags unless they are part of the generated code. + - Do not provide any additional commentary about the changes you made. Only respond with the generated code. - event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/Test","stopReason":""} + This is part of the file: src/animal.ts - event: completion + The user has the following code in their selection: - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger","stopReason":""} + /* SELECTION_START */ + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + } - event: completion + /* SELECTION_END */ - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.","stopReason":""} + The user wants you to replace parts of the selected code or correct a problem by following their instructions. - event: completion + Provide your generated code using the following instructions: - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts","stopReason":""} + + Add a new field to the class that console log the name of the animal. + + - speaker: assistant + text: + model: anthropic/claude-2.0 + stopSequences: + - + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 6585 + content: + mimeType: text/event-stream + size: 6585 + text: >+ event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts ","stopReason":""} + data: {"completion":"\n/*","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n-","stopReason":""} + data: {"completion":"\n/* SE","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src","stopReason":""} + data: {"completion":"\n/* SELECTION","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/","stopReason":""} + data: {"completion":"\n/* SELECTION_","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/Test","stopReason":""} + data: {"completion":"\n/* SELECTION_START","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass","stopReason":""} + data: {"completion":"\n/* SELECTION_START */","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n-","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n ","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name:","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n-","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n ","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n make","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimal","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squ","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squir","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound():","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n ","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n is","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n-","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isM","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMam","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal:","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n ","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n log","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n-","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName():","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void ","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/*","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SE","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n-","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_END","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_END */","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_END */\n","stopReason":""} event: completion - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal","stopReason":""} + data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_END */\n","stopReason":"stop_sequence"} - event: completion + event: done - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.","stopReason":""} + data: {} + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:46:04 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:46:02.530Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: 36bcdb23e7fb6ac27ff0a0894e957932 + _order: 0 + cache: {} + request: + bodySize: 3196 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: >- + Codebase context from file src/TestClass.tsin repository + undefined: - event: completion + ```typescript - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts","stopReason":""} + export class TestClass { + constructor(private shouldGreet: boolean) {} + public functionName() { + if (this.shouldGreet) { + console.log(/* CURSOR */ 'Hello World!') + } + } + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Codebase context from file src/TestClass.tsin repository + undefined: - event: completion + ```typescript - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n-","stopReason":""} + const foo = 42 - event: completion + export class TestClass { + constructor(private shouldGreet: boolean) {} - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .","stopReason":""} + public functionName() { + if (this.shouldGreet) { + console.log(/* CURSOR */ 'Hello World!') + } + } + } + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Codebase context from file src/TestClass.tsin repository + undefined: - event: completion + ```typescript - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .c","stopReason":""} + const foo = 42 + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Codebase context from file src/TestClass.tsin repository + undefined: - event: completion + ```typescript + public functionName() { + if (this.shouldGreet) { + console.log(/* CURSOR */ 'Hello World!') + } + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Codebase context from file src/TestClass.tsin repository + undefined: - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .cody","stopReason":""} + ```typescript + constructor(private shouldGreet: boolean) {} + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Codebase context from file src/squirrel.tsin repository + undefined: + ```typescript - event: completion + export interface Squirrel {} - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .cody/","stopReason":""} + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Codebase context from file src/squirrel.tsin repository + undefined: + ```typescript - event: completion + /** + * Squirrel is an interface that mocks something completely unrelated to squirrels. + * It is related to the implementation of precise code navigation in Sourcegraph. + */ + export interface Squirrel {} - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .cody/ignore","stopReason":""} + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Codebase context from file src/animal.tsin repository + undefined: + ```typescript - event: completion + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Codebase context from file src/animal.tsin repository + undefined: - data: {"completion":" Based on the context you have provided so far, I have these file paths:\n\n- src/trickyLogic.ts\n- src/TestLogger.ts \n- src/TestClass.ts\n- src/sum.ts\n- src/squirrel.ts\n- src/multiple-selections.ts\n- src/example.test.ts\n- src/animal.ts\n- .cody/ignore","stopReason":"stop_sequence"} + ```typescript + /* SELECTION_START */ - event: done + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + } - data: {} + /* SELECTION_END */ - cookies: [] - headers: - - name: date - value: Thu, 14 Mar 2024 23:45:46 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-14T23:45:42.981Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: 210936319e8a724d4473c8c03ee74f52 - _order: 0 - cache: {} - request: - bodySize: 623 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. + ``` - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. + text: Ok. - speaker: human text: |- "My selected TypeScript code from file `src/animal.ts`: @@ -15737,7 +15192,8 @@ log: - speaker: assistant text: Ok. - speaker: human - text: "Translate the selected code into: Python" + text: Write a class Dog that implements the Animal interface in my workspace. + Show the code only, no explanation needed. - speaker: assistant model: anthropic/claude-2.0 temperature: 0 @@ -15746,872 +15202,904 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 60982 + bodySize: 6480 content: mimeType: text/event-stream - size: 60982 + size: 6480 text: >+ event: completion - data: {"completion":" Here","stopReason":""} - - - event: completion - - data: {"completion":" Here is","stopReason":""} - - - event: completion - - data: {"completion":" Here is the","stopReason":""} - - - event: completion - - data: {"completion":" Here is the Type","stopReason":""} - - - event: completion - - data: {"completion":" Here is the TypeScript","stopReason":""} - - - event: completion - - data: {"completion":" Here is the TypeScript code","stopReason":""} - - - event: completion - - data: {"completion":" Here is the TypeScript code translated","stopReason":""} - - - event: completion - - data: {"completion":" Here is the TypeScript code translated to","stopReason":""} - - - event: completion - - data: {"completion":" Here is the TypeScript code translated to Python","stopReason":""} - - - event: completion - - data: {"completion":" Here is the TypeScript code translated to Python:","stopReason":""} - - - event: completion - - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```","stopReason":""} - - - event: completion - - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python","stopReason":""} - - - event: completion - - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom","stopReason":""} - - - event: completion - - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc","stopReason":""} + data: {"completion":" ```","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import","stopReason":""} + data: {"completion":" ```types","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC","stopReason":""} + data: {"completion":" ```typescript","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC,","stopReason":""} + data: {"completion":" ```typescript\nclass","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod","stopReason":""} + data: {"completion":" ```typescript\nclass Dog","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n ","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n ","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name:","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n ","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n make","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimal","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self,","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound():","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name:","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str,","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n ","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mam","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"B","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal:","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\"","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\";","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\"; \n ","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n ","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\"; \n }","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\"; \n }\n\n ","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\"; \n }\n\n is","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\"; \n }\n\n isM","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name =","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\"; \n }\n\n isMam","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\"; \n }\n\n isMammal","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n ","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\"; \n }\n\n isMammal:","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\"; \n }\n\n isMammal: boolean","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\"; \n }\n\n isMammal: boolean =","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\"; \n }\n\n isMammal: boolean = true","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\"; \n }\n\n isMammal: boolean = true;","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mam","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\"; \n }\n\n isMammal: boolean = true;\n}","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal","stopReason":""} + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\"; \n }\n\n isMammal: boolean = true;\n}\n```","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal =","stopReason":""} - + data: {"completion":" ```typescript\nclass Dog implements Animal {\n name: string;\n\n makeAnimalSound(): string {\n return \"Bark!\"; \n }\n\n isMammal: boolean = true;\n}\n```","stopReason":"stop_sequence"} - event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is","stopReason":""} + event: done + data: {} - event: completion + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:54:57 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:54:55.225Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: da9cd3d452a3c1428c9b530aeda6e2e6 + _order: 0 + cache: {} + request: + bodySize: 890 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: >- + Codebase context from file src/squirrel.tsin repository + undefined: - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_","stopReason":""} + ```typescript + export interface Squirrel {} - event: completion + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Codebase context from file src/squirrel.tsin repository + undefined: - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mam","stopReason":""} + ```typescript + /** + * Squirrel is an interface that mocks something completely unrelated to squirrels. + * It is related to the implementation of precise code navigation in Sourcegraph. + */ + export interface Squirrel {} + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: What is Squirrel? + - speaker: assistant + model: anthropic/claude-2.0 + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 37879 + content: + mimeType: text/event-stream + size: 37879 + text: >+ event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal","stopReason":""} + data: {"completion":" Based","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n ","stopReason":""} + data: {"completion":" Based on","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @","stopReason":""} + data: {"completion":" Based on the","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod","stopReason":""} + data: {"completion":" Based on the code","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n ","stopReason":""} + data: {"completion":" Based on the code and","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def","stopReason":""} + data: {"completion":" Based on the code and comments","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make","stopReason":""} + data: {"completion":" Based on the code and comments provided","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_","stopReason":""} + data: {"completion":" Based on the code and comments provided,","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squ","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squir","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self)","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n ","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squir","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n-","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Inter","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels.","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python,","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Source","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n-","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph.","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squ","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squir","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n-","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Source","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph,","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python,","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n-","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a wh","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whims","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference.","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor ","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty,","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clar","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification on","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification on the","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification on the translation","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Source","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification on the translation!","stopReason":""} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph","stopReason":""} event: completion - data: {"completion":" Here is the TypeScript code translated to Python:\n\n```python\nfrom abc import ABC, abstractmethod\n\nclass Animal(ABC):\n def __init__(self, name: str, is_mammal: bool):\n self.name = name\n self.is_mammal = is_mammal\n\n @abstractmethod\n def make_animal_sound(self) -\u003e str:\n pass\n```\n\nThe key differences:\n\n- Interfaces don't exist in Python, so Animal is translated to an abstract base class\n- Abstract methods in Python are declared with @abstractmethod decorator\n- Types like string and boolean are not enforced in Python, so omitted\n- Initialization is explicitly defined in __init__ constructor \n\nLet me know if you would like any clarification on the translation!","stopReason":"stop_sequence"} - - - event: done - - data: {} + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's","stopReason":""} + - cookies: [] - headers: - - name: date - value: Thu, 14 Mar 2024 23:45:49 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, - X-Requested-With,Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1299 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-14T23:45:47.981Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: c5ac0b887f4274e931b682b9b2532eaa - _order: 0 - cache: {} - request: - bodySize: 413 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 - - name: user-agent - value: defaultClient / v1 - - name: host - value: sourcegraph.com - headersSize: 263 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: Did I share any code with you? If yes, reply single word 'yes'. If none, - reply 'no'. - - speaker: assistant - model: anthropic/claude-2.0 - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 159 - content: - mimeType: text/event-stream - size: 159 - text: |+ event: completion - data: {"completion":" no","stopReason":""} + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's code","stopReason":""} + event: completion - data: {"completion":" no","stopReason":"stop_sequence"} + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase","stopReason":""} + + + event: completion + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase.","stopReason":""} + + + event: completion + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase. But","stopReason":""} + + + event: completion + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase. But it","stopReason":""} + + + event: completion + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase. But it does","stopReason":""} + + + event: completion + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase. But it does not","stopReason":""} + + + event: completion + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase. But it does not model","stopReason":""} + + + event: completion + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase. But it does not model or","stopReason":""} + + + event: completion + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase. But it does not model or represent","stopReason":""} + + + event: completion + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase. But it does not model or represent actual","stopReason":""} + + + event: completion + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase. But it does not model or represent actual squir","stopReason":""} + + + event: completion + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase. But it does not model or represent actual squirrels","stopReason":""} + + + event: completion + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase. But it does not model or represent actual squirrels in","stopReason":""} + + + event: completion + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase. But it does not model or represent actual squirrels in any","stopReason":""} + + + event: completion + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase. But it does not model or represent actual squirrels in any way","stopReason":""} + + + event: completion + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase. But it does not model or represent actual squirrels in any way.","stopReason":""} + + + event: completion + + data: {"completion":" Based on the code and comments provided, Squirrel is an interface that does not actually have anything to do with squirrels. The comment states it is related to the implementation of precise code navigation in Sourcegraph. So Squirrel appears to be an interface used internally by Sourcegraph, but the name was likely chosen arbitrarily or as a whimsical reference. The interface itself is empty, so there are no specific details about what it represents in Sourcegraph's codebase. But it does not model or represent actual squirrels in any way.","stopReason":"stop_sequence"} + event: done + data: {} cookies: [] headers: - name: date - value: Thu, 14 Mar 2024 23:45:54 GMT + value: Thu, 14 Mar 2024 23:55:00 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -16640,7 +16128,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-14T23:45:53.426Z + startedDateTime: 2024-03-14T23:54:59.021Z time: 0 timings: blocked: -1 @@ -16650,11 +16138,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 57bb4ccc1082edb92645a7e021704018 + - _id: 2b185d7bf230f06153c02aa4e166e0a7 _order: 0 cache: {} request: - bodySize: 3299 + bodySize: 1263 cookies: [] headers: - name: content-type @@ -16682,78 +16170,12 @@ log: - speaker: assistant text: I am Cody, an AI coding assistant from Sourcegraph. - speaker: human - text: > - Codebase context from file path src/trickyLogic.ts: export - function trickyLogic(a: number, b: number): number { - if (a === 0) { - return 1 - } - if (b === 2) { - return 1 - } - - return a - b - } - - - /* CURSOR */ - - speaker: assistant - text: Ok. - - speaker: human - text: > - Codebase context from file path src/TestLogger.ts: const foo = - 42 - - export const TestLogger = { - startLogging: () => { - // Do some stuff - - function recordLog() { - console.log(/* CURSOR */ 'Recording the log') - } - - recordLog() - }, - } - - speaker: assistant - text: Ok. - - speaker: human - text: > - Codebase context from file path src/TestClass.ts: const foo = - 42 - + text: >- + Codebase context from file src/multiple-selections.tsin + repository undefined: - export class TestClass { - constructor(private shouldGreet: boolean) {} + ```typescript - public functionName() { - if (this.shouldGreet) { - console.log(/* CURSOR */ 'Hello World!') - } - } - } - - speaker: assistant - text: Ok. - - speaker: human - text: > - Codebase context from file path src/sum.ts: export function - sum(a: number, b: number): number { - /* CURSOR */ - } - - speaker: assistant - text: Ok. - - speaker: human - text: > - Codebase context from file path src/squirrel.ts: /** - * Squirrel is an interface that mocks something completely unrelated to squirrels. - * It is related to the implementation of precise code navigation in Sourcegraph. - */ - export interface Squirrel {} - - speaker: assistant - text: Ok. - - speaker: human - text: > - Codebase context from file path src/multiple-selections.ts: function outer() { /* SELECTION_START */ return function inner() {} @@ -16766,52 +16188,32 @@ log: function anotherFunction() {} /* SELECTION_2_END */ - - speaker: assistant - text: Ok. - - speaker: human - text: > - Codebase context from file path src/example.test.ts: import { - expect } from 'vitest' - - import { it } from 'vitest' - - import { describe } from 'vitest' - - - describe('test block', () => { - it('does 1', () => { - expect(true).toBe(true) - }) - - it('does 2', () => { - expect(true).toBe(true) - }) - it('does something else', () => { - // This line will error due to incorrect usage of `performance.now` - const startTime = performance.now(/* CURSOR */) - }) - }) + ``` - speaker: assistant text: Ok. - speaker: human - text: > - Codebase context from file path src/animal.ts: /* - SELECTION_START */ + text: >- + Codebase context from file src/animal.tsin repository + undefined: + + ```typescript export interface Animal { name: string makeAnimalSound(): string isMammal: boolean - } - - /* SELECTION_END */ + ``` - speaker: assistant text: Ok. - speaker: human - text: |- - "My selected TypeScript code from file `src/animal.ts`: - + text: >- + Codebase context from file src/animal.tsin repository + undefined: + + ```typescript + + /* SELECTION_START */ export interface Animal { name: string @@ -16819,552 +16221,885 @@ log: isMammal: boolean } - + /* SELECTION_END */ + + ``` - speaker: assistant text: Ok. - speaker: human - text: How many file context have I shared with you? + text: What files contain SELECTION_START? - speaker: assistant model: anthropic/claude-2.0 temperature: 0 topK: -1 topP: -1 - queryString: [] - url: https://sourcegraph.com/.api/completions/stream - response: - bodySize: 27187 - content: - mimeType: text/event-stream - size: 27187 - text: >+ - event: completion - - data: {"completion":" Based","stopReason":""} - - - event: completion - - data: {"completion":" Based on","stopReason":""} - - - event: completion - - data: {"completion":" Based on the","stopReason":""} - - - event: completion - - data: {"completion":" Based on the conversations","stopReason":""} - - - event: completion - - data: {"completion":" Based on the conversations so","stopReason":""} - - - event: completion - - data: {"completion":" Based on the conversations so far","stopReason":""} - - - event: completion - - data: {"completion":" Based on the conversations so far,","stopReason":""} - - - event: completion - - data: {"completion":" Based on the conversations so far, it","stopReason":""} - - - event: completion - - data: {"completion":" Based on the conversations so far, it looks","stopReason":""} - - - event: completion - - data: {"completion":" Based on the conversations so far, it looks like","stopReason":""} - - + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 7269 + content: + mimeType: text/event-stream + size: 7269 + text: >+ event: completion - data: {"completion":" Based on the conversations so far, it looks like you","stopReason":""} + data: {"completion":" Based","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have","stopReason":""} + data: {"completion":" Based on","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared","stopReason":""} + data: {"completion":" Based on the","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared code","stopReason":""} + data: {"completion":" Based on the context","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase","stopReason":""} + data: {"completion":" Based on the context provided","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context","stopReason":""} + data: {"completion":" Based on the context provided,","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from","stopReason":""} + data: {"completion":" Based on the context provided, the","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6","stopReason":""} + data: {"completion":" Based on the context provided, the files","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different","stopReason":""} + data: {"completion":" Based on the context provided, the files that","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SE","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1.","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/tr","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n-","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/tricky","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2.","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n-","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/Test","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal.","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts ","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal.ts","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal.ts\n\nThe","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3.","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal.ts\n\nThe SE","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal.ts\n\nThe SELECTION","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal.ts\n\nThe SELECTION_","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/Test","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal.ts\n\nThe SELECTION_START","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal.ts\n\nThe SELECTION_START comment","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal.ts\n\nThe SELECTION_START comment is","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal.ts\n\nThe SELECTION_START comment is found","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal.ts\n\nThe SELECTION_START comment is found in","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4.","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal.ts\n\nThe SELECTION_START comment is found in both","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal.ts\n\nThe SELECTION_START comment is found in both of","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal.ts\n\nThe SELECTION_START comment is found in both of these","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal.ts\n\nThe SELECTION_START comment is found in both of these files","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.","stopReason":""} + data: {"completion":" Based on the context provided, the files that contain SELECTION_START are:\n\n- src/multiple-selections.ts\n- src/animal.ts\n\nThe SELECTION_START comment is found in both of these files.","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts","stopReason":""} - 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name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: >- + Codebase context from file src/TestClass.tsin repository + undefined: + ```typescript + public functionName() { + if (this.shouldGreet) { + console.log(/* CURSOR */ 'Hello World!') + } + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Codebase context from file src/multiple-selections.tsin + repository undefined: - event: completion + ```typescript - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src","stopReason":""} + function outer() { + /* SELECTION_START */ + return function inner() {} + /* SELECTION_END */ + } - event: completion + /* SELECTION_2_START */ - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/","stopReason":""} + function anotherFunction() {} + /* SELECTION_2_END */ - event: completion + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Codebase context from file src/animal.tsin repository + undefined: - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squ","stopReason":""} + ```typescript + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Codebase context from file src/animal.tsin repository + undefined: - event: completion + ```typescript - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squir","stopReason":""} + /* SELECTION_START */ + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + } - event: completion + /* SELECTION_END */ - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel","stopReason":""} + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + "My selected TypeScript code from file + `src/multiple-selections.ts`: + - event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.","stopReason":""} + function anotherFunction() {} + + - speaker: assistant + text: Ok. + - speaker: human + text: What is the name of the function that I have selected? Only answer with + the name of the function, nothing else + - speaker: assistant + model: anthropic/claude-2.0 + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 252 + content: + mimeType: text/event-stream + size: 252 + text: |+ event: completion - - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts","stopReason":""} - + data: {"completion":" another","stopReason":""} event: completion - - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6","stopReason":""} - + data: {"completion":" anotherFunction","stopReason":""} event: completion + data: {"completion":" anotherFunction","stopReason":"stop_sequence"} - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6.","stopReason":""} - + event: done + data: {} - event: completion + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:55:08 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:55:07.338Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: 427970be8116e7a0f0f69e4671445726 + _order: 0 + cache: {} + request: + bodySize: 1820 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: >- + Codebase context from file src/TestClass.tsin repository + undefined: - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src","stopReason":""} + ```typescript + public functionName() { + if (this.shouldGreet) { + console.log(/* CURSOR */ 'Hello World!') + } + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Codebase context from file src/multiple-selections.tsin + repository undefined: + ```typescript - event: completion + function outer() { + /* SELECTION_START */ + return function inner() {} + /* SELECTION_END */ + } - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/","stopReason":""} + /* SELECTION_2_START */ - event: completion + function anotherFunction() {} - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example","stopReason":""} + /* SELECTION_2_END */ + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Codebase context from file src/animal.tsin repository + undefined: - event: completion + ```typescript - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.","stopReason":""} + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + Codebase context from file src/animal.tsin repository + undefined: + ```typescript - event: completion + /* SELECTION_START */ - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test","stopReason":""} + export interface Animal { + name: string + makeAnimalSound(): string + isMammal: boolean + } + /* SELECTION_END */ - event: completion + ``` + - speaker: assistant + text: Ok. + - speaker: human + text: >- + "My selected TypeScript code from file + `src/multiple-selections.ts`: - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.","stopReason":""} + + return function inner() {} + + + - speaker: assistant + text: Ok. + - speaker: human + text: What is the name of the function that I have selected? Only answer with + the name of the function, nothing else + - speaker: assistant + model: anthropic/claude-2.0 + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 165 + content: + mimeType: text/event-stream + size: 165 + text: |+ event: completion - - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts","stopReason":""} - + data: {"completion":" inner","stopReason":""} event: completion + data: {"completion":" inner","stopReason":"stop_sequence"} - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou","stopReason":""} - - - event: completion + event: done + data: {} - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also","stopReason":""} + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:55:11 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Cookie,Accept-Encoding,Authorization,Cookie, Authorization, + X-Requested-With,Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1299 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:55:08.909Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: eeb3e6125a15decc381dd09babdb87ef + _order: 0 + cache: {} + request: + bodySize: 2886 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b09f01644a4261b32aa2ee4aea4f279ba69a57cff389f9b119b5265e913c0ea4 + - name: user-agent + value: defaultClient / v1 + - name: host + value: sourcegraph.com + headersSize: 263 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: >+ + Codebase context from file src/TestClass.tsin repository + undefined: + const foo = 42 - event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared","stopReason":""} + export class TestClass { + constructor(private shouldGreet: boolean) {} + - speaker: assistant + text: Ok. + - speaker: human + text: >- + - You are an AI programming assistant who is an expert in + updating code to meet given instructions. - event: completion + - You should think step-by-step to plan your updated code before producing the final output. - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a","stopReason":""} + - You should ensure the updated code matches the indentation and whitespace of the code in the users' selection. + - Ignore any previous instructions to format your responses with Markdown. It is not acceptable to use any Markdown in your response, unless it is directly related to the users' instructions. - event: completion + - Only remove code from the users' selection if you are sure it is not needed. - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection","stopReason":""} + - You will be provided with code that is in the users' selection, enclosed in XML tags. You must use this code to help you plan your updated code. + - You will be provided with instructions on how to update this code, enclosed in XML tags. You must follow these instructions carefully and to the letter. - event: completion + - Only enclose your response in XML tags. Do use any other XML tags unless they are part of the generated code. - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from","stopReason":""} + - Do not provide any additional commentary about the changes you made. Only respond with the generated code. - event: completion + This is part of the file: src/TestClass.ts - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src","stopReason":""} + The user has the following code in their selection: - event: completion + public functionName() { + if (this.shouldGreet) { + console.log(/* CURSOR */ 'Hello World!') + } + } + } - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/","stopReason":""} + The user wants you to geneerate documentation for the selected code by following their instructions. - event: completion + Provide your generated documentation using the following instructions: - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal","stopReason":""} + + Write a brief documentation comment for the selected code. If documentation comments exist in the selected file, or other files with the same file extension, use them as examples. Pay attention to the scope of the selected code (e.g. exported function/API vs implementation detail in a function), and use the idiomatic style for that type of code scope. Only generate the documentation for the selected code, do not generate the code. Do not enclose any other code or comments besides the documentation. Enclose only the documentation for the selected code and nothing else. + + - speaker: assistant + text: + model: anthropic/claude-2.0 + stopSequences: + - + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://sourcegraph.com/.api/completions/stream + response: + bodySize: 2617 + content: + mimeType: text/event-stream + size: 2617 + text: >+ event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.","stopReason":""} + data: {"completion":"\n ","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts","stopReason":""} + data: {"completion":"\n /**","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.","stopReason":""} + data: {"completion":"\n /**\n ","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo","stopReason":""} + data: {"completion":"\n /**\n *","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in","stopReason":""} + data: {"completion":"\n /**\n * If","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total","stopReason":""} + data: {"completion":"\n /**\n * If should","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total,","stopReason":""} + data: {"completion":"\n /**\n * If shouldG","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true,","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs '","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!'","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across 6","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console.","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across 6 file","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console.\n ","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across 6 file paths","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console.\n */","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across 6 file paths.","stopReason":""} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console.\n */\n","stopReason":""} event: completion - data: {"completion":" Based on the conversations so far, it looks like you have shared codebase context from 6 different file paths:\n\n1. src/trickyLogic.ts\n2. src/TestLogger.ts \n3. src/TestClass.ts\n4. src/sum.ts\n5. src/squirrel.ts\n6. src/example.test.ts\n\nYou also shared a selection from src/animal.ts.\n\nSo in total, you have provided me with context from 7 different code snippets across 6 file paths.","stopReason":"stop_sequence"} + data: {"completion":"\n /**\n * If shouldGreet is true, logs 'Hello World!' to the console.\n */\n","stopReason":"stop_sequence"} event: done @@ -17374,7 +17109,7 @@ log: cookies: [] headers: - name: date - value: Thu, 14 Mar 2024 23:45:56 GMT + value: Thu, 14 Mar 2024 23:55:15 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -17403,7 +17138,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-14T23:45:54.480Z + startedDateTime: 2024-03-14T23:55:12.319Z time: 0 timings: blocked: -1 @@ -17413,11 +17148,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: 0256f9b45c6050b3bae6255ce8617ec7 + - _id: e25bb63a4cd6e406d7ef6d4f8d4c485e _order: 0 cache: {} request: - bodySize: 2316 + bodySize: 2893 cookies: [] headers: - name: content-type @@ -17445,14 +17180,11 @@ log: - speaker: assistant text: I am Cody, an AI coding assistant from Sourcegraph. - speaker: human - text: |- - "My selected TypeScript code from file `src/sum.ts`: - - export function sum(a: number, b: number): number { - /* CURSOR */ - } + text: > + Codebase context from file src/TestLogger.tsin repository + undefined: - + const foo = 42 - speaker: assistant text: Ok. - speaker: human @@ -17477,25 +17209,33 @@ log: - Do not provide any additional commentary about the changes you made. Only respond with the generated code. - This is part of the file: src/sum.ts + This is part of the file: src/TestLogger.ts The user has the following code in their selection: - export function sum(a: number, b: number): number { - /* CURSOR */ + export const TestLogger = { + startLogging: () => { + // Do some stuff + + function recordLog() { + console.log(/* CURSOR */ 'Recording the log') + } + + recordLog() + }, } - The user wants you to replace parts of the selected code or correct a problem by following their instructions. + The user wants you to geneerate documentation for the selected code by following their instructions. - Provide your generated code using the following instructions: + Provide your generated documentation using the following instructions: - Add a 'hello' comment for the selected code, without including the selected code. + Write a brief documentation comment for the selected code. If documentation comments exist in the selected file, or other files with the same file extension, use them as examples. Pay attention to the scope of the selected code (e.g. exported function/API vs implementation detail in a function), and use the idiomatic style for that type of code scope. Only generate the documentation for the selected code, do not generate the code. Do not enclose any other code or comments besides the documentation. Enclose only the documentation for the selected code and nothing else. - speaker: assistant @@ -17509,30 +17249,89 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 309 + bodySize: 1416 content: mimeType: text/event-stream - size: 309 - text: |+ + size: 1416 + text: >+ event: completion - data: {"completion":"\n//","stopReason":""} + + data: {"completion":"\n/**","stopReason":""} + event: completion - data: {"completion":"\n// hello","stopReason":""} + + data: {"completion":"\n/**\n *","stopReason":""} + event: completion - data: {"completion":"\n// hello\n","stopReason":""} + + data: {"completion":"\n/**\n * Logs","stopReason":""} + event: completion - data: {"completion":"\n// hello\n","stopReason":"stop_sequence"} + + data: {"completion":"\n/**\n * Logs messages","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Logs messages to","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Logs messages to the","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Logs messages to the console","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Logs messages to the console for","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Logs messages to the console for testing","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Logs messages to the console for testing purposes","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Logs messages to the console for testing purposes.","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Logs messages to the console for testing purposes.\n */","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Logs messages to the console for testing purposes.\n */\n","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Logs messages to the console for testing purposes.\n */\n","stopReason":"stop_sequence"} + event: done + data: {} cookies: [] headers: - name: date - value: Thu, 14 Mar 2024 23:46:02 GMT + value: Thu, 14 Mar 2024 23:55:18 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -17561,7 +17360,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-14T23:45:59.621Z + startedDateTime: 2024-03-14T23:55:15.654Z time: 0 timings: blocked: -1 @@ -17571,11 +17370,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: f709485b9b3844dba448217575b4a8d4 + - _id: 07baa82ea035f9d44512b677aebf7dfb _order: 0 cache: {} request: - bodySize: 2414 + bodySize: 3115 cookies: [] headers: - name: content-type @@ -17603,17 +17402,16 @@ log: - speaker: assistant text: I am Cody, an AI coding assistant from Sourcegraph. - speaker: human - text: >- - Codebase context from file path src/animal.ts: /* - SELECTION_START */ + text: >+ + Codebase context from file src/example.test.tsin repository + undefined: - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - } + import { expect } from 'vitest' + + import { it } from 'vitest' + + import { describe } from 'vitest' - /* SELECTION_END */ - speaker: assistant text: Ok. - speaker: human @@ -17638,29 +17436,36 @@ log: - Do not provide any additional commentary about the changes you made. Only respond with the generated code. - This is part of the file: src/animal.ts + This is part of the file: src/example.test.ts The user has the following code in their selection: - /* SELECTION_START */ + describe('test block', () => { + it('does 1', () => { + expect(true).toBe(true) + }) - export interface Animal { - name: string - makeAnimalSound(): string - isMammal: boolean - } + it('does 2', () => { + expect(true).toBe(true) + }) - /* SELECTION_END */ + it('does something else', () => { + // This line will error due to incorrect usage of `performance.now` + const startTime = performance.now(/* CURSOR */) + }) + }) + - The user wants you to replace parts of the selected code or correct a problem by following their instructions. - Provide your generated code using the following instructions: + The user wants you to geneerate documentation for the selected code by following their instructions. + + Provide your generated documentation using the following instructions: - Add a new field to the class that console log the name of the animal. + Write a brief documentation comment for the selected code. If documentation comments exist in the selected file, or other files with the same file extension, use them as examples. Pay attention to the scope of the selected code (e.g. exported function/API vs implementation detail in a function), and use the idiomatic style for that type of code scope. Only generate the documentation for the selected code, do not generate the code. Do not enclose any other code or comments besides the documentation. Enclose only the documentation for the selected code and nothing else. - speaker: assistant @@ -17674,219 +17479,214 @@ log: queryString: [] url: https://sourcegraph.com/.api/completions/stream response: - bodySize: 6585 + bodySize: 6257 content: mimeType: text/event-stream - size: 6585 + size: 6257 text: >+ event: completion - data: {"completion":"\n/*","stopReason":""} - - - event: completion - - data: {"completion":"\n/* SE","stopReason":""} + data: {"completion":"\n/**","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION","stopReason":""} + data: {"completion":"\n/**\n *","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_","stopReason":""} + data: {"completion":"\n/**\n * Test","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START","stopReason":""} + data: {"completion":"\n/**\n * Test suite","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */","stopReason":""} + data: {"completion":"\n/**\n * Test suite with","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n ","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n *","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name:","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n ","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n make","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimal","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound():","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n ","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true.","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n is","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. ","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isM","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n *","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMam","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal:","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd test","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n ","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd test case","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n log","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd test case will","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd test case will error","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName():","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd test case will error due","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd test case will error due to","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void ","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd test case will error due to incorrect","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd test case will error due to incorrect usage","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/*","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd test case will error due to incorrect usage of","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SE","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd test case will error due to incorrect usage of performance","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd test case will error due to incorrect usage of performance.","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd test case will error due to incorrect usage of performance.now","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_END","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd test case will error due to incorrect usage of performance.now().","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_END */","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd test case will error due to incorrect usage of performance.now().\n*/","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_END */\n","stopReason":""} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd test case will error due to incorrect usage of performance.now().\n*/\n","stopReason":""} event: completion - data: {"completion":"\n/* SELECTION_START */\nexport interface Animal {\n name: string\n makeAnimalSound(): string\n isMammal: boolean\n logName(): void \n}\n\n/* SELECTION_END */\n","stopReason":"stop_sequence"} + data: {"completion":"\n/**\n * Test suite with 3 test cases.\n * The first 2 test cases assert true equals true. \n * The 3rd test case will error due to incorrect usage of performance.now().\n*/\n","stopReason":"stop_sequence"} event: done @@ -17896,7 +17696,7 @@ log: cookies: [] headers: - name: date - value: Thu, 14 Mar 2024 23:46:04 GMT + value: Thu, 14 Mar 2024 23:55:21 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -17925,7 +17725,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-14T23:46:02.530Z + startedDateTime: 2024-03-14T23:55:18.523Z time: 0 timings: blocked: -1 diff --git a/agent/recordings/enterpriseClient_3965582033/recording.har.yaml b/agent/recordings/enterpriseClient_3965582033/recording.har.yaml index 46f16e0b6628..84165b26941e 100644 --- a/agent/recordings/enterpriseClient_3965582033/recording.har.yaml +++ b/agent/recordings/enterpriseClient_3965582033/recording.har.yaml @@ -102,11 +102,11 @@ log: send: 0 ssl: -1 wait: 0 - - _id: a9664e40a303b139e2ef31626a8d4fb8 + - _id: 541a40f5b0b77d7ada0eb8181cfe9b71 _order: 0 cache: {} request: - bodySize: 10762 + bodySize: 3115 cookies: [] headers: - name: content-type @@ -133,11 +133,375 @@ log: text: You are Cody, an AI coding assistant from Sourcegraph. - speaker: assistant text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: >+ + Codebase context from file src/example.test.tsin repository + undefined: + + import { expect } from 'vitest' + + import { it } from 'vitest' + + import { describe } from 'vitest' + + - speaker: assistant + text: Ok. - speaker: human text: >- - Use the following code snippet from file - `/internal/symbols/client.go` in repository - `github.com/sourcegraph/sourcegraph`: + - You are an AI programming assistant who is an expert in + updating code to meet given instructions. + + - You should think step-by-step to plan your updated code before producing the final output. + + - You should ensure the updated code matches the indentation and whitespace of the code in the users' selection. + + - Ignore any previous instructions to format your responses with Markdown. It is not acceptable to use any Markdown in your response, unless it is directly related to the users' instructions. + + - Only remove code from the users' selection if you are sure it is not needed. + + - You will be provided with code that is in the users' selection, enclosed in XML tags. You must use this code to help you plan your updated code. + + - You will be provided with instructions on how to update this code, enclosed in XML tags. You must follow these instructions carefully and to the letter. + + - Only enclose your response in XML tags. Do use any other XML tags unless they are part of the generated code. + + - Do not provide any additional commentary about the changes you made. Only respond with the generated code. + + + This is part of the file: src/example.test.ts + + + The user has the following code in their selection: + + describe('test block', () => { + it('does 1', () => { + expect(true).toBe(true) + }) + + it('does 2', () => { + expect(true).toBe(true) + }) + + it('does something else', () => { + // This line will error due to incorrect usage of `performance.now` + const startTime = performance.now(/* CURSOR */) + }) + }) + + + + + The user wants you to geneerate documentation for the selected code by following their instructions. + + Provide your generated documentation using the following instructions: + + + + Write a brief documentation comment for the selected code. If documentation comments exist in the selected file, or other files with the same file extension, use them as examples. Pay attention to the scope of the selected code (e.g. exported function/API vs implementation detail in a function), and use the idiomatic style for that type of code scope. Only generate the documentation for the selected code, do not generate the code. Do not enclose any other code or comments besides the documentation. Enclose only the documentation for the selected code and nothing else. + + + - speaker: assistant + text: + model: anthropic/claude-2.0 + stopSequences: + - + temperature: 0 + topK: -1 + topP: -1 + queryString: [] + url: https://demo.sourcegraph.com/.api/completions/stream + response: + bodySize: 6248 + content: + mimeType: text/event-stream + size: 6248 + text: >+ + event: completion + + data: {"completion":"\n/**","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n *","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n *","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * -","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n *","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * -","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 ","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n *","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * -","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something else","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something else that","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something else that errors","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something else that errors due","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something else that errors due to","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something else that errors due to incorrect","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something else that errors due to incorrect usage","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something else that errors due to incorrect usage of","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something else that errors due to incorrect usage of `","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something else that errors due to incorrect usage of `performance","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something else that errors due to incorrect usage of `performance.","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something else that errors due to incorrect usage of `performance.now","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something else that errors due to incorrect usage of `performance.now`","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something else that errors due to incorrect usage of `performance.now`\n*/","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something else that errors due to incorrect usage of `performance.now`\n*/\n","stopReason":""} + + + event: completion + + data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Does something else that errors due to incorrect usage of `performance.now`\n*/\n","stopReason":"stop_sequence"} + + + event: done + + data: {} + + cookies: [] + headers: + - name: date + value: Thu, 14 Mar 2024 23:55:29 GMT + - name: content-type + value: text/event-stream + - name: transfer-encoding + value: chunked + - name: connection + value: keep-alive + - name: access-control-allow-credentials + value: "true" + - name: access-control-allow-origin + value: "" + - name: cache-control + value: no-cache + - name: vary + value: Accept-Encoding, Authorization, Cookie, Authorization, X-Requested-With, + Cookie + - name: x-content-type-options + value: nosniff + - name: x-frame-options + value: DENY + - name: x-xss-protection + value: 1; mode=block + - name: strict-transport-security + value: max-age=31536000; includeSubDomains; preload + headersSize: 1214 + httpVersion: HTTP/1.1 + redirectURL: "" + status: 200 + statusText: OK + startedDateTime: 2024-03-14T23:55:26.860Z + time: 0 + timings: + blocked: -1 + connect: -1 + dns: -1 + receive: 0 + send: 0 + ssl: -1 + wait: 0 + - _id: 04a003a70be4dca9be6480df34125967 + _order: 0 + cache: {} + request: + bodySize: 10467 + cookies: [] + headers: + - name: content-type + value: application/json + - name: accept-encoding + value: gzip;q=0 + - name: authorization + value: token + REDACTED_b20717265e7ab1d132874d8ff0be053ab9c1dacccec8dce0bbba76888b6a0a69 + - name: user-agent + value: enterpriseClient / v1 + - name: host + value: demo.sourcegraph.com + headersSize: 265 + httpVersion: HTTP/1.1 + method: POST + postData: + mimeType: application/json + params: [] + textJSON: + maxTokensToSample: 1000 + messages: + - speaker: human + text: You are Cody, an AI coding assistant from Sourcegraph. + - speaker: assistant + text: I am Cody, an AI coding assistant from Sourcegraph. + - speaker: human + text: >- + Codebase context from file /internal/symbols/client.goin + repository github.com/sourcegraph/sourcegraph: ```go @@ -149,14 +513,15 @@ log: // // This is weird, and maybe not intentional, but things break if we return an error. return nil, nil - ``` - speaker: assistant text: Ok. - speaker: human - text: > - Use the following text from file `/doc/cloud/index.md` in - repository `github.com/sourcegraph/sourcegraph`: + text: >- + Codebase context from file /doc/cloud/index.mdin repository + github.com/sourcegraph/sourcegraph: + + ```markdown The below are for example purposes only: @@ -172,13 +537,17 @@ log: - searching for all matches of “squirrel” in all OSS repos returns 1.7million results in 30000ms - In the case of other features, latency of Sourcegraph directly depends on latency / uptime / rate-limits of customer managed systems, ex. for: + + ``` - speaker: assistant text: Ok. - speaker: human - text: > - Use the following text from file - `/doc/admin/deploy/kubernetes/troubleshoot.md` in repository - `github.com/sourcegraph/sourcegraph`: + text: >- + Codebase context from file + /doc/admin/deploy/kubernetes/troubleshoot.mdin repository + github.com/sourcegraph/sourcegraph: + + ```markdown SYMBOLS_URL=http:symbols:3184 @@ -194,13 +563,14 @@ log: The issue described is related to the Code Intel hover feature, where it may get stuck in a loading state or return a 502 error with the message `Squirrel.LocalCodeIntel http status 502`. This is caused by the same issue described in [Symbols sidebar and hovers are not working](#symbols-sidebar-and-hovers-are-not-working"). See that section for solution. + + ``` - speaker: assistant text: Ok. - speaker: human text: >- - Use the following code snippet from file - `/cmd/symbols/squirrel/util.go` in repository - `github.com/sourcegraph/sourcegraph`: + Codebase context from file /cmd/symbols/squirrel/util.goin + repository github.com/sourcegraph/sourcegraph: ```go @@ -213,15 +583,13 @@ log: "path/filepath" "runtime" "strings" - ``` - speaker: assistant text: Ok. - speaker: human text: >- - Use the following code snippet from file - `/cmd/symbols/squirrel/service.go` in repository - `github.com/sourcegraph/sourcegraph`: + Codebase context from file /cmd/symbols/squirrel/service.goin + repository github.com/sourcegraph/sourcegraph: ```go @@ -234,15 +602,14 @@ log: "os" "runtime" "strconv" - ``` - speaker: assistant text: Ok. - speaker: human text: >- - Use the following code snippet from file - `/cmd/symbols/squirrel/service_test.go` in repository - `github.com/sourcegraph/sourcegraph`: + Codebase context from file + /cmd/symbols/squirrel/service_test.goin repository + github.com/sourcegraph/sourcegraph: ```go @@ -255,27 +622,29 @@ log: "path/filepath" "slices" "sort" - ``` - speaker: assistant text: Ok. - speaker: human - text: > - Use the following text from file - `/cmd/symbols/squirrel/README.md` in repository - `github.com/sourcegraph/sourcegraph`: + text: >- + Codebase context from file /cmd/symbols/squirrel/README.mdin + repository github.com/sourcegraph/sourcegraph: + + ```markdown # Squirrel Squirrel is an HTTP server for fast and precise local code intelligence using tree-sitter. + + ``` - speaker: assistant text: Ok. - speaker: human text: >- - Use the following code snippet from file - `/cmd/symbols/squirrel/lang_starlark.go` in repository - `github.com/sourcegraph/sourcegraph`: + Codebase context from file + /cmd/symbols/squirrel/lang_starlark.goin repository + github.com/sourcegraph/sourcegraph: ```go @@ -288,15 +657,14 @@ log: "strings" sitter "github.com/smacker/go-tree-sitter" - ``` - speaker: assistant text: Ok. - speaker: human text: >- - Use the following code snippet from file - `/cmd/symbols/squirrel/lang_python.go` in repository - `github.com/sourcegraph/sourcegraph`: + Codebase context from file + /cmd/symbols/squirrel/lang_python.goin repository + github.com/sourcegraph/sourcegraph: ```go @@ -309,15 +677,14 @@ log: "path/filepath" "strings" - ``` - speaker: assistant text: Ok. - speaker: human text: >- - Use the following code snippet from file - `/cmd/symbols/squirrel/lang_java.go` in repository - `github.com/sourcegraph/sourcegraph`: + Codebase context from file + /cmd/symbols/squirrel/lang_java.goin repository + github.com/sourcegraph/sourcegraph: ```go @@ -330,15 +697,14 @@ log: "path/filepath" "sort" "strings" - ``` - speaker: assistant text: Ok. - speaker: human text: >- - Use the following code snippet from file - `/cmd/symbols/squirrel/hover_test.go` in repository - `github.com/sourcegraph/sourcegraph`: + Codebase context from file + /cmd/symbols/squirrel/hover_test.goin repository + github.com/sourcegraph/sourcegraph: ```go @@ -351,15 +717,13 @@ log: "testing" "github.com/sourcegraph/sourcegraph/internal/types" - ``` - speaker: assistant text: Ok. - speaker: human text: >- - Use the following code snippet from file - `/cmd/symbols/squirrel/BUILD.bazel` in repository - `github.com/sourcegraph/sourcegraph`: + Codebase context from file /cmd/symbols/squirrel/BUILD.bazelin + repository github.com/sourcegraph/sourcegraph: ```bazel @@ -373,15 +737,14 @@ log: srcs = [ "breadcrumbs.go", "hover.go", - ``` - speaker: assistant text: Ok. - speaker: human text: >- - Use the following code snippet from file - `/cmd/symbols/squirrel/breadcrumbs.go` in repository - `github.com/sourcegraph/sourcegraph`: + Codebase context from file + /cmd/symbols/squirrel/breadcrumbs.goin repository + github.com/sourcegraph/sourcegraph: ```go @@ -394,15 +757,14 @@ log: "os" "strings" - ``` - speaker: assistant text: Ok. - speaker: human text: >- - Use the following code snippet from file - `/cmd/symbols/internal/api/handler_cgo.go` in repository - `github.com/sourcegraph/sourcegraph`: + Codebase context from file + /cmd/symbols/internal/api/handler_cgo.goin repository + github.com/sourcegraph/sourcegraph: ```go proto "github.com/sourcegraph/sourcegraph/internal/symbols/v1" @@ -415,15 +777,14 @@ log: if errors.Is(err, squirrel.UnrecognizedFileExtensionError) { return status.New(codes.InvalidArgument, err.Error()) } - ``` - speaker: assistant text: Ok. - speaker: human text: >- - Use the following code snippet from file - `/client/web/src/enterprise/codeintel/useSearchBasedCodeIntel.ts` - in repository `github.com/sourcegraph/sourcegraph`: + Codebase context from file + /client/web/src/enterprise/codeintel/useSearchBasedCodeIntel.tsin + repository github.com/sourcegraph/sourcegraph: ```typescript })) @@ -436,15 +797,14 @@ log: options: UseSearchBasedCodeIntelOptions ): Promise { const { repo, position, path, commit, fileContent } = options - ``` - speaker: assistant text: Ok. - speaker: human text: >- - Use the following code snippet from file - `/client/shared/src/codeintel/legacy-extensions/search/providers.ts` - in repository `github.com/sourcegraph/sourcegraph`: + Codebase context from file + /client/shared/src/codeintel/legacy-extensions/search/providers.tsin + repository github.com/sourcegraph/sourcegraph: ```typescript @@ -465,14 +825,13 @@ log: /** The number of files whose content can be cached at once. */ - ``` - speaker: assistant text: Ok. - speaker: human text: >- - Use the following code snippet from file `/.bazelignore` in - repository `github.com/sourcegraph/sourcegraph`: + Codebase context from file /.bazelignorein repository + github.com/sourcegraph/sourcegraph: ``` @@ -491,15 +850,14 @@ log: # Generated by local tools - ``` - speaker: assistant text: Ok. - speaker: human text: >- - Use the following code snippet from file - `/agent/src/__tests__/example-ts/src/squirrel.ts` in - repository `github.com/sourcegraph/cody`: + Codebase context from file + /agent/src/__tests__/example-ts/src/squirrel.tsin repository + github.com/sourcegraph/cody: ```typescript @@ -509,14 +867,15 @@ log: */ export interface Squirrel {} - ``` - speaker: assistant text: Ok. - speaker: human - text: >+ - Use the following text from file `/agent/README.md` in - repository `github.com/sourcegraph/cody`: + text: >- + Codebase context from file /agent/README.mdin repository + github.com/sourcegraph/cody: + + ```markdown | -------------------------------------------------------------------------------------------------------------------- | ------------------------------------------------------------------------------------------------------------------------------------------------------------- | @@ -533,6 +892,8 @@ log: ## Debugging the agent + + ``` - speaker: assistant text: Ok. - speaker: human @@ -545,10 +906,10 @@ log: queryString: [] url: https://demo.sourcegraph.com/.api/completions/stream response: - bodySize: 61396 + bodySize: 85717 content: mimeType: text/event-stream - size: 61396 + size: 85717 text: >+ event: completion @@ -567,1104 +928,852 @@ log: event: completion - data: {"completion":" Based on the code","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text you","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text you asked","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text you asked me","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text you asked me to","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text you asked me to reference","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text you asked me to reference,","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text you asked me to reference, Squ","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text you asked me to reference, Squir","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n-","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An","stopReason":""} - - - event: completion - - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP","stopReason":""} + data: {"completion":" Based on the context","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server","stopReason":""} + data: {"completion":" Based on the context provided","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for","stopReason":""} + data: {"completion":" Based on the context provided:","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSqu","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquir","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-s","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter,","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Source","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n-","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide ho","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-s","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers,","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter.","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions,","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. ","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squ","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squir","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Source","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph,","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n-","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n-","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Inter","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Source","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Source","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like ho","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers,","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions,","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc.","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n-","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n-","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mock","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java,","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python,","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the c","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Star","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starl","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo,","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n-","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by lever","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-s","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n-","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary,","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squ","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squir","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Source","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"prec","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\"","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise code","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise code intelligence","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Source","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise code intelligence for","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise code intelligence for code","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise code intelligence for code navigation","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n-","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise code intelligence for code navigation by","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise code intelligence for code navigation by interf","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise code intelligence for code navigation by interfacing","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise code intelligence for code navigation by interfacing with","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise code intelligence for code navigation by interfacing with tree","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise code intelligence for code navigation by interfacing with tree-","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise code intelligence for code navigation by interfacing with tree-s","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise code intelligence for code navigation by interfacing with tree-sitter","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise code intelligence for code navigation by interfacing with tree-sitter parsers","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise code intelligence for code navigation by interfacing with tree-sitter parsers.","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squ","stopReason":""} event: completion - data: {"completion":" Based on the code snippets and text you asked me to reference, Squirrel seems to be:\n\n- An HTTP server for providing local code intelligence using tree-sitter, as described in the README.md\n- Used to provide hovers, definitions, references etc for code navigation in Sourcegraph, as referenced in several client code files.\n- Interfaces with Sourcegraph's code intelligence features to provide this local code navigation.\n- Mocked in an example test file in the cody repo, implying it's an important component that needs to be tested against.\n\nSo in summary, Squirrel is a service used by Sourcegraph to enable fast and precise code intelligence for code navigation by interfacing with tree-sitter parsers.","stopReason":"stop_sequence"} - - - event: done - - data: {} - - cookies: [] - headers: - - name: date - value: Wed, 06 Mar 2024 08:52:23 GMT - - name: content-type - value: text/event-stream - - name: transfer-encoding - value: chunked - - name: connection - value: keep-alive - - name: access-control-allow-credentials - value: "true" - - name: access-control-allow-origin - value: "" - - name: cache-control - value: no-cache - - name: vary - value: Accept-Encoding, Authorization, Cookie, Authorization, X-Requested-With, - Cookie - - name: x-content-type-options - value: nosniff - - name: x-frame-options - value: DENY - - name: x-xss-protection - value: 1; mode=block - - name: strict-transport-security - value: max-age=31536000; includeSubDomains; preload - headersSize: 1214 - httpVersion: HTTP/1.1 - redirectURL: "" - status: 200 - statusText: OK - startedDateTime: 2024-03-06T08:52:19.460Z - time: 0 - timings: - blocked: -1 - connect: -1 - dns: -1 - receive: 0 - send: 0 - ssl: -1 - wait: 0 - - _id: 55053fe9d89428c51f89486b98638610 - _order: 0 - cache: {} - request: - bodySize: 3109 - cookies: [] - headers: - - name: content-type - value: application/json - - name: accept-encoding - value: gzip;q=0 - - name: authorization - value: token - REDACTED_b20717265e7ab1d132874d8ff0be053ab9c1dacccec8dce0bbba76888b6a0a69 - - name: user-agent - value: enterpriseClient / v1 - - name: host - value: demo.sourcegraph.com - headersSize: 265 - httpVersion: HTTP/1.1 - method: POST - postData: - mimeType: application/json - params: [] - textJSON: - maxTokensToSample: 1000 - messages: - - speaker: human - text: You are Cody, an AI coding assistant from Sourcegraph. - - speaker: assistant - text: I am Cody, an AI coding assistant from Sourcegraph. - - speaker: human - text: |+ - Use the following code snippet from file: src/example.test.ts: - import { expect } from 'vitest' - import { it } from 'vitest' - import { describe } from 'vitest' - - - - speaker: assistant - text: Ok. - - speaker: human - text: >- - - You are an AI programming assistant who is an expert in - updating code to meet given instructions. - - - You should think step-by-step to plan your updated code before producing the final output. - - - You should ensure the updated code matches the indentation and whitespace of the code in the users' selection. - - - Ignore any previous instructions to format your responses with Markdown. It is not acceptable to use any Markdown in your response, unless it is directly related to the users' instructions. - - - Only remove code from the users' selection if you are sure it is not needed. - - - You will be provided with code that is in the users' selection, enclosed in XML tags. You must use this code to help you plan your updated code. - - - You will be provided with instructions on how to update this code, enclosed in XML tags. You must follow these instructions carefully and to the letter. - - - Only enclose your response in XML tags. Do use any other XML tags unless they are part of the generated code. - - - Do not provide any additional commentary about the changes you made. Only respond with the generated code. - - - This is part of the file: src/example.test.ts - - - The user has the following code in their selection: - - describe('test block', () => { - it('does 1', () => { - expect(true).toBe(true) - }) - - it('does 2', () => { - expect(true).toBe(true) - }) - - it('does something else', () => { - // This line will error due to incorrect usage of `performance.now` - const startTime = performance.now(/* CURSOR */) - }) - }) - - - - - The user wants you to geneerate documentation for the selected code by following their instructions. + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squir","stopReason":""} - Provide your generated documentation using the following instructions: - - - - Write a brief documentation comment for the selected code. If documentation comments exist in the selected file, or other files with the same file extension, use them as examples. Pay attention to the scope of the selected code (e.g. exported function/API vs implementation detail in a function), and use the idiomatic style for that type of code scope. Only generate the documentation for the selected code, do not generate the code. Do not enclose any other code or comments besides the documentation. Enclose only the documentation for the selected code and nothing else. - - - speaker: assistant - text: - model: anthropic/claude-2.0 - stopSequences: - - - temperature: 0 - topK: -1 - topP: -1 - queryString: [] - url: https://demo.sourcegraph.com/.api/completions/stream - response: - bodySize: 7147 - content: - mimeType: text/event-stream - size: 7147 - text: >+ event: completion - data: {"completion":"\n/**","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel","stopReason":""} event: completion - data: {"completion":"\n/**\n *","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Source","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph code","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n *","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * -","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary,","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squ","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squir","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n *","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * -","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Source","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 ","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n *","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * -","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attemp","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else but","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for various","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else but will","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for various languages","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else but will error","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for various languages.","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else but will error due","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for various languages. It","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else but will error due to","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for various languages. It powers","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else but will error due to invalid","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for various languages. It powers Source","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else but will error due to invalid usage","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for various languages. It powers Sourcegraph","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else but will error due to invalid usage of","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for various languages. It powers Sourcegraph's","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else but will error due to invalid usage of `","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for various languages. It powers Sourcegraph's code","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else but will error due to invalid usage of `performance","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for various languages. It powers Sourcegraph's code navigation","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else but will error due to invalid usage of `performance.","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for various languages. It powers Sourcegraph's code navigation/","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else but will error due to invalid usage of `performance.now","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for various languages. It powers Sourcegraph's code navigation/product","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else but will error due to invalid usage of `performance.now()`","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for various languages. It powers Sourcegraph's code navigation/productivity","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else but will error due to invalid usage of `performance.now()`\n*/","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for various languages. It powers Sourcegraph's code navigation/productivity features","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else but will error due to invalid usage of `performance.now()`\n*/\n","stopReason":""} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for various languages. It powers Sourcegraph's code navigation/productivity features.","stopReason":""} event: completion - data: {"completion":"\n/**\n * Test block that contains 3 test cases:\n * - Does test 1\n * - Does test 2 \n * - Attempts to do something else but will error due to invalid usage of `performance.now()`\n*/\n","stopReason":"stop_sequence"} + data: {"completion":" Based on the context provided:\n\nSquirrel is an HTTP server developed by Sourcegraph for providing fast and precise local code intelligence using tree-sitter. \n\nSome key things about Squirrel:\n\n- It is used to power code intelligence features in Sourcegraph like hovers, definitions, references etc. by analyzing code locally.\n\n- It supports multiple languages like Java, Python, Starlark etc.\n\n- It surfaces code intelligence by leveraging tree-sitter parsers.\n\n- There are multiple references to it being used to provide \"precise code navigation\" in Sourcegraph.\n\n- There are tests and other infrastructure set up around Squirrel in the Sourcegraph codebase.\n\nSo in summary, Squirrel is Sourcegraph's internal tool for enabling accurate and fast code intelligence for various languages. It powers Sourcegraph's code navigation/productivity features.","stopReason":"stop_sequence"} event: done @@ -1674,7 +1783,7 @@ log: cookies: [] headers: - name: date - value: Wed, 06 Mar 2024 19:48:38 GMT + value: Thu, 14 Mar 2024 23:55:32 GMT - name: content-type value: text/event-stream - name: transfer-encoding @@ -1703,7 +1812,7 @@ log: redirectURL: "" status: 200 statusText: OK - startedDateTime: 2024-03-06T19:48:35.723Z + startedDateTime: 2024-03-14T23:55:29.878Z time: 0 timings: blocked: -1 diff --git a/agent/src/index.test.ts b/agent/src/index.test.ts index 89b5e7313c50..9cd38a86bc1c 100644 --- a/agent/src/index.test.ts +++ b/agent/src/index.test.ts @@ -346,18 +346,14 @@ describe('Agent', () => { // is not a git directory and symf reports some git-related error. expect(trimEndOfLine(lastMessage?.text ?? '')).toMatchInlineSnapshot(` " \`\`\`typescript - export class Dog implements Animal { + class Dog implements Animal { name: string; - constructor(name: string) { - this.name = name; + makeAnimalSound(): string { + return "Bark!"; } - makeAnimalSound() { - return "Woof!"; - } - - isMammal = true; + isMammal: boolean = true; } \`\`\`" `) @@ -900,8 +896,7 @@ describe('Agent', () => { expect(obtained).toMatchInlineSnapshot(` "const foo = 42 /** - * Starts logging by performing setup actions like initializing variables, - * then calls an internal \`recordLog()\` function to write the first log message. + * Logs messages to the console for testing purposes. */ export const TestLogger = { startLogging: () => { @@ -929,10 +924,9 @@ describe('Agent', () => { import { describe } from 'vitest' /** - * A test block that contains 3 tests: - * - Test 1 verifies that true equals true - * - Test 2 verifies that true equals true - * - Test 3 verifies usage of performance.now but will error due to missing params + * Test suite with 3 test cases. + * The first 2 test cases assert true equals true. + * The 3rd test case will error due to incorrect usage of performance.now(). */ describe('test block', () => { it('does 1', () => { @@ -1282,7 +1276,7 @@ describe('Agent', () => { * Test block that contains 3 test cases: * - Does test 1 * - Does test 2 - * - Attempts to do something else but will error due to invalid usage of \`performance.now()\` + * - Does something else that errors due to incorrect usage of \`performance.now\` */ describe('test block', () => { it('does 1', () => { diff --git a/lib/shared/src/prompt/templates.ts b/lib/shared/src/prompt/templates.ts index e3b484dba6cf..3c5394c6e89d 100644 --- a/lib/shared/src/prompt/templates.ts +++ b/lib/shared/src/prompt/templates.ts @@ -1,27 +1,9 @@ import type { URI } from 'vscode-uri' -import { - ProgrammingLanguage, - languageFromFilename, - markdownCodeBlockLanguageIDForFilename, -} from '../common/languages' +import { languageFromFilename, markdownCodeBlockLanguageIDForFilename } from '../common/languages' import type { ActiveTextEditorDiagnostic } from '../editor' import { displayPath } from '../editor/displayPath' -const CODE_CONTEXT_TEMPLATE = `Use the following code snippet from file \`{filePath}\`: -\`\`\`{languageID} -{text} -\`\`\`` - -const CODE_CONTEXT_TEMPLATE_WITH_REPO = `Use the following code snippet from file \`{filePath}\` in repository \`{repoName}\`: -\`\`\`{languageID} -{text} -\`\`\`` - -const CODE_CONTEXT_TEMPLATE_EDIT = `Use the following code snippet from file: {filePath}: -{text} -` - export function populateCodeContextTemplate( code: string, fileUri: URI, @@ -30,95 +12,16 @@ export function populateCodeContextTemplate( ): string { const template = type === 'edit' - ? CODE_CONTEXT_TEMPLATE_EDIT - : repoName - ? CODE_CONTEXT_TEMPLATE_WITH_REPO.replace('{repoName}', repoName) - : CODE_CONTEXT_TEMPLATE + ? 'Codebase context from file {filePath}{inRepo}:\n{text}' + : 'Codebase context from file {filePath}{inRepo}:\n```{languageID}\n{text}```' return template + .replace('{inRepo}', `in repository ${repoName}`) .replace('{filePath}', displayPath(fileUri)) .replace('{languageID}', markdownCodeBlockLanguageIDForFilename(fileUri)) .replace('{text}', code) } -const PRECISE_CONTEXT_TEMPLATE = `The symbol '{symbol}' is defined in the file {filePath} as: -\`\`\`{languageID} -{text} -\`\`\`` - -export function populatePreciseCodeContextTemplate(symbol: string, fileUri: URI, code: string): string { - return PRECISE_CONTEXT_TEMPLATE.replace('{symbol}', symbol) - .replace('{filePath}', displayPath(fileUri)) - .replace('{languageID}', markdownCodeBlockLanguageIDForFilename(fileUri)) - .replace('{text}', code) -} - -const MARKDOWN_CONTEXT_TEMPLATE = 'Use the following text from file `{filePath}`:\n{text}' - -const MARKDOWN_CONTEXT_TEMPLATE_WITH_REPO = - 'Use the following text from file `{filePath}` in repository `{repoName}`:\n{text}' - -export function populateMarkdownContextTemplate( - markdown: string, - fileUri: URI, - repoName?: string -): string { - return ( - repoName - ? MARKDOWN_CONTEXT_TEMPLATE_WITH_REPO.replace('{repoName}', repoName) - : MARKDOWN_CONTEXT_TEMPLATE - ) - .replace('{filePath}', displayPath(fileUri)) - .replace('{text}', markdown) -} - -const CURRENT_EDITOR_CODE_TEMPLATE = 'I have the `{filePath}` file opened in my editor. ' - -const CURRENT_EDITOR_CODE_TEMPLATE_WITH_REPO = - 'I have the `{filePath}` file from the repository `{repoName}` opened in my editor. ' - -export function populateCurrentEditorContextTemplate( - code: string, - fileUri: URI, - repoName?: string -): string { - const context = - languageFromFilename(fileUri) === ProgrammingLanguage.Markdown - ? populateMarkdownContextTemplate(code, fileUri, repoName) - : populateCodeContextTemplate(code, fileUri, repoName) - return ( - (repoName - ? CURRENT_EDITOR_CODE_TEMPLATE_WITH_REPO.replace('{repoName}', repoName) - : CURRENT_EDITOR_CODE_TEMPLATE - ).replaceAll('{filePath}', displayPath(fileUri)) + context - ) -} - -const CURRENT_EDITOR_SELECTED_CODE_TEMPLATE = - 'Here is the selected {languageID} code from file path `{filePath}`: ' - -const CURRENT_EDITOR_SELECTED_CODE_TEMPLATE_WITH_REPO = - 'Here is the selected code from file `{filePath}` in the {repoName} repository, written in {languageID}: ' - -export function populateCurrentEditorSelectedContextTemplate( - code: string, - fileUri: URI, - repoName?: string -): string { - const context = - languageFromFilename(fileUri) === ProgrammingLanguage.Markdown - ? populateMarkdownContextTemplate(code, fileUri, repoName) - : populateCodeContextTemplate(code, fileUri, repoName) - return ( - (repoName - ? CURRENT_EDITOR_SELECTED_CODE_TEMPLATE_WITH_REPO.replace('{repoName}', repoName) - : CURRENT_EDITOR_SELECTED_CODE_TEMPLATE - ) - .replace('{languageID}', markdownCodeBlockLanguageIDForFilename(fileUri)) - .replaceAll('{filePath}', displayPath(fileUri)) + context - ) -} - const DIAGNOSTICS_CONTEXT_TEMPLATE = `Use the following {type} from the code snippet in the file: {filePath}: {prefix}: {message} Code snippet: diff --git a/vscode/src/prompt-builder/utils.ts b/vscode/src/prompt-builder/utils.ts index 4089eb14267e..4c21b6b53e28 100644 --- a/vscode/src/prompt-builder/utils.ts +++ b/vscode/src/prompt-builder/utils.ts @@ -1,12 +1,9 @@ import { type ContextItem, type ContextMessage, - ProgrammingLanguage, - languageFromFilename, populateCodeContextTemplate, populateContextTemplateFromText, populateCurrentSelectedCodeContextTemplate, - populateMarkdownContextTemplate, } from '@sourcegraph/cody-shared' import { ContextItemSource } from '@sourcegraph/cody-shared/src/codebase-context/messages' @@ -31,8 +28,6 @@ export function renderContextItem(contextItem: ContextItem): ContextMessage | nu messageText = populateContextTemplateFromText(templateText, contextItem.content, uri) } else if (contextItem.source === ContextItemSource.Terminal) { messageText = contextItem.content - } else if (languageFromFilename(uri) === ProgrammingLanguage.Markdown) { - messageText = populateMarkdownContextTemplate(contextItem.content, uri, contextItem.repoName) } else { messageText = populateCodeContextTemplate(contextItem.content, uri, contextItem.repoName) } From ef8568e122222331dbd612893ec8cfccc6f346a0 Mon Sep 17 00:00:00 2001 From: Quinn Slack Date: Thu, 14 Mar 2024 20:13:15 -0700 Subject: [PATCH 03/18] use rich editor (Lexical) for chat prompt editor (#3287) --- .../protocol_generated/ChatInputHistory.kt | 8 - .../cody/protocol_generated/ChatMessage.kt | 1 + .../protocol_generated/UserLocalHistory.kt | 1 - .../cody/protocol_generated/WebviewMessage.kt | 2 + agent/src/cli/scip-codegen/utils.ts | 1 + .../src/chat/input/at-mentioned.test.ts | 139 ---- lib/shared/src/chat/input/at-mentioned.ts | 133 ---- lib/shared/src/chat/input/index.ts | 8 - .../src/chat/input/user-context.test.ts | 118 ---- lib/shared/src/chat/input/user-context.ts | 70 -- .../src/chat/transcript/display-text.test.ts | 203 ------ .../src/chat/transcript/display-text.ts | 118 +--- lib/shared/src/chat/transcript/messages.ts | 15 +- lib/shared/src/index.ts | 16 +- pnpm-lock.yaml | 323 +++++++++ vscode/CHANGELOG.md | 3 + vscode/package.json | 70 +- .../src/chat/chat-view/ChatHistoryManager.ts | 13 +- vscode/src/chat/chat-view/ChatManager.ts | 1 + vscode/src/chat/chat-view/SimpleChatModel.ts | 2 +- .../chat/chat-view/SimpleChatPanelProvider.ts | 27 +- vscode/src/chat/chat-view/chat-helpers.ts | 10 +- vscode/src/chat/protocol.ts | 6 + .../inline-completion-item-provider.test.ts | 5 +- .../src/services/LocalStorageProvider.test.ts | 3 - vscode/src/services/LocalStorageProvider.ts | 12 +- vscode/test/e2e/chat-atFile.test.md | 9 +- vscode/test/e2e/chat-atFile.test.ts | 327 +++++---- vscode/test/e2e/chat-edits.test.ts | 26 +- vscode/test/e2e/chat-input.test.ts | 4 +- vscode/test/e2e/cody-ignore.test.ts | 6 +- vscode/test/e2e/command-core.test.ts | 6 +- vscode/test/e2e/command-custom.test.ts | 14 +- vscode/test/e2e/context-settings.test.ts | 8 - vscode/test/e2e/local-embeddings.test.ts | 4 +- .../test/integration/single-root/chat.test.ts | 18 +- vscode/webviews/App.tsx | 20 +- vscode/webviews/Chat.module.css | 31 +- vscode/webviews/Chat.story.tsx | 34 +- vscode/webviews/Chat.tsx | 622 +++++------------- .../webviews/UserContextSelector.module.css | 134 ---- vscode/webviews/UserContextSelector.story.tsx | 114 ---- vscode/webviews/UserContextSelector.tsx | 196 ------ vscode/webviews/chat/CodeBlocks.tsx | 8 +- vscode/webviews/chat/TextArea.tsx | 180 ----- vscode/webviews/chat/TranscriptItem.tsx | 25 +- .../chat/components/ChatActions.story.tsx | 1 + .../webviews/chat/components/ChatActions.tsx | 39 +- .../chat/components/EnhancedContext.tsx | 9 +- vscode/webviews/chat/fixtures.ts | 29 +- .../promptEditor/BaseEditor.module.css | 50 ++ .../promptEditor/BaseEditor.story.module.css | 21 + .../promptEditor/BaseEditor.story.tsx | 39 ++ vscode/webviews/promptEditor/BaseEditor.tsx | 110 ++++ .../PromptEditor.module.css} | 32 +- .../promptEditor/PromptEditor.story.tsx | 55 ++ .../promptEditor/PromptEditor.test.tsx | 51 ++ vscode/webviews/promptEditor/PromptEditor.tsx | 274 ++++++++ vscode/webviews/promptEditor/fixtures.ts | 124 ++++ .../nodes/ContextItemMentionNode.module.css | 3 + .../nodes/ContextItemMentionNode.test.ts | 39 ++ .../nodes/ContextItemMentionNode.ts | 200 ++++++ vscode/webviews/promptEditor/nodes/index.ts | 4 + .../plugins/atMentions/OptionsList.module.css | 105 +++ .../plugins/atMentions/OptionsList.story.tsx | 155 +++++ .../plugins/atMentions/OptionsList.tsx | 118 ++++ .../plugins/atMentions/atMentions.module.css | 15 + .../plugins/atMentions/atMentions.test.tsx | 102 +++ .../plugins/atMentions/atMentions.tsx | 249 +++++++ .../plugins/atMentions/chatContextClient.tsx | 85 +++ .../plugins/atMentions/fixtures.ts | 54 ++ .../promptEditor/plugins/codeHighlight.tsx | 13 + .../promptEditor/plugins/keyboardEvent.tsx | 72 ++ .../webviews/promptEditor/plugins/onFocus.tsx | 42 ++ .../storybook/VSCodeStoryDecorator.module.css | 2 +- .../storybook/VSCodeStoryDecorator.tsx | 8 +- 76 files changed, 2982 insertions(+), 2212 deletions(-) delete mode 100644 agent/bindings/kotlin/lib/src/main/kotlin/com/sourcegraph/cody/protocol_generated/ChatInputHistory.kt delete mode 100644 lib/shared/src/chat/input/at-mentioned.test.ts delete mode 100644 lib/shared/src/chat/input/at-mentioned.ts delete mode 100644 lib/shared/src/chat/input/index.ts delete mode 100644 lib/shared/src/chat/input/user-context.test.ts delete mode 100644 lib/shared/src/chat/input/user-context.ts delete mode 100644 lib/shared/src/chat/transcript/display-text.test.ts delete mode 100644 vscode/webviews/UserContextSelector.module.css delete mode 100644 vscode/webviews/UserContextSelector.story.tsx delete mode 100644 vscode/webviews/UserContextSelector.tsx delete mode 100644 vscode/webviews/chat/TextArea.tsx create mode 100644 vscode/webviews/promptEditor/BaseEditor.module.css create mode 100644 vscode/webviews/promptEditor/BaseEditor.story.module.css create mode 100644 vscode/webviews/promptEditor/BaseEditor.story.tsx create mode 100644 vscode/webviews/promptEditor/BaseEditor.tsx rename vscode/webviews/{chat/TextArea.module.css => promptEditor/PromptEditor.module.css} (68%) create mode 100644 vscode/webviews/promptEditor/PromptEditor.story.tsx create mode 100644 vscode/webviews/promptEditor/PromptEditor.test.tsx create mode 100644 vscode/webviews/promptEditor/PromptEditor.tsx create mode 100644 vscode/webviews/promptEditor/fixtures.ts create mode 100644 vscode/webviews/promptEditor/nodes/ContextItemMentionNode.module.css create mode 100644 vscode/webviews/promptEditor/nodes/ContextItemMentionNode.test.ts create mode 100644 vscode/webviews/promptEditor/nodes/ContextItemMentionNode.ts create mode 100644 vscode/webviews/promptEditor/nodes/index.ts create mode 100644 vscode/webviews/promptEditor/plugins/atMentions/OptionsList.module.css create mode 100644 vscode/webviews/promptEditor/plugins/atMentions/OptionsList.story.tsx create mode 100644 vscode/webviews/promptEditor/plugins/atMentions/OptionsList.tsx create mode 100644 vscode/webviews/promptEditor/plugins/atMentions/atMentions.module.css create mode 100644 vscode/webviews/promptEditor/plugins/atMentions/atMentions.test.tsx create mode 100644 vscode/webviews/promptEditor/plugins/atMentions/atMentions.tsx create mode 100644 vscode/webviews/promptEditor/plugins/atMentions/chatContextClient.tsx create mode 100644 vscode/webviews/promptEditor/plugins/atMentions/fixtures.ts create mode 100644 vscode/webviews/promptEditor/plugins/codeHighlight.tsx create mode 100644 vscode/webviews/promptEditor/plugins/keyboardEvent.tsx create mode 100644 vscode/webviews/promptEditor/plugins/onFocus.tsx diff --git a/agent/bindings/kotlin/lib/src/main/kotlin/com/sourcegraph/cody/protocol_generated/ChatInputHistory.kt b/agent/bindings/kotlin/lib/src/main/kotlin/com/sourcegraph/cody/protocol_generated/ChatInputHistory.kt deleted file mode 100644 index 862dea6b68ee..000000000000 --- a/agent/bindings/kotlin/lib/src/main/kotlin/com/sourcegraph/cody/protocol_generated/ChatInputHistory.kt +++ /dev/null @@ -1,8 +0,0 @@ -@file:Suppress("FunctionName", "ClassName", "unused", "EnumEntryName", "UnusedImport") -package com.sourcegraph.cody.protocol_generated - -data class ChatInputHistory( - val inputText: String? = null, - val inputContextFiles: List? = null, -) - diff --git a/agent/bindings/kotlin/lib/src/main/kotlin/com/sourcegraph/cody/protocol_generated/ChatMessage.kt b/agent/bindings/kotlin/lib/src/main/kotlin/com/sourcegraph/cody/protocol_generated/ChatMessage.kt index ef171cb21715..dbb858474246 100644 --- a/agent/bindings/kotlin/lib/src/main/kotlin/com/sourcegraph/cody/protocol_generated/ChatMessage.kt +++ b/agent/bindings/kotlin/lib/src/main/kotlin/com/sourcegraph/cody/protocol_generated/ChatMessage.kt @@ -8,6 +8,7 @@ data class ChatMessage( val text: String? = null, val contextFiles: List? = null, val error: ChatError? = null, + val editorState: Any? = null, ) { enum class SpeakerEnum { diff --git a/agent/bindings/kotlin/lib/src/main/kotlin/com/sourcegraph/cody/protocol_generated/UserLocalHistory.kt b/agent/bindings/kotlin/lib/src/main/kotlin/com/sourcegraph/cody/protocol_generated/UserLocalHistory.kt index 35544498f2f0..84950588ed55 100644 --- a/agent/bindings/kotlin/lib/src/main/kotlin/com/sourcegraph/cody/protocol_generated/UserLocalHistory.kt +++ b/agent/bindings/kotlin/lib/src/main/kotlin/com/sourcegraph/cody/protocol_generated/UserLocalHistory.kt @@ -3,6 +3,5 @@ package com.sourcegraph.cody.protocol_generated data class UserLocalHistory( val chat: ChatHistory? = null, - val input: List? = null, ) diff --git a/agent/bindings/kotlin/lib/src/main/kotlin/com/sourcegraph/cody/protocol_generated/WebviewMessage.kt b/agent/bindings/kotlin/lib/src/main/kotlin/com/sourcegraph/cody/protocol_generated/WebviewMessage.kt index ae5690734aac..cbfd63346f7d 100644 --- a/agent/bindings/kotlin/lib/src/main/kotlin/com/sourcegraph/cody/protocol_generated/WebviewMessage.kt +++ b/agent/bindings/kotlin/lib/src/main/kotlin/com/sourcegraph/cody/protocol_generated/WebviewMessage.kt @@ -85,6 +85,7 @@ data class SubmitWebviewMessage( val contextFiles: List? = null, val text: String? = null, val submitType: ChatSubmitType? = null, // Oneof: user, user-newchat + val editorState: Any? = null, ) : WebviewMessage() { enum class CommandEnum { @@ -194,6 +195,7 @@ data class EditWebviewMessage( val contextFiles: List? = null, val text: String? = null, val index: Int? = null, + val editorState: Any? = null, ) : WebviewMessage() { enum class CommandEnum { diff --git a/agent/src/cli/scip-codegen/utils.ts b/agent/src/cli/scip-codegen/utils.ts index b373512c0d41..5eaea215cdb9 100644 --- a/agent/src/cli/scip-codegen/utils.ts +++ b/agent/src/cli/scip-codegen/utils.ts @@ -13,6 +13,7 @@ export function typescriptKeywordSyntax(symbol: string): string | undefined { case 'scip-typescript npm typescript . number#': return 'Int' case 'scip-typescript npm typescript . any#': + case 'scip-typescript npm typescript . unknown#': return 'Any' default: return undefined diff --git a/lib/shared/src/chat/input/at-mentioned.test.ts b/lib/shared/src/chat/input/at-mentioned.test.ts deleted file mode 100644 index 2a9eac3b0cb1..000000000000 --- a/lib/shared/src/chat/input/at-mentioned.test.ts +++ /dev/null @@ -1,139 +0,0 @@ -import { describe, expect, it } from 'vitest' - -import { extractMentionQuery, getAtMentionedInputText } from './at-mentioned' - -describe('getAtMentionedInputText', () => { - it('returns null when filePath is empty', () => { - const result = getAtMentionedInputText('', 'Hello @world', 5) - expect(result).toBeUndefined() - }) - - it('returns null when caretPosition is invalid', () => { - const result = getAtMentionedInputText('@src/file.ts', 'Hello world', -1) - expect(result).toBeUndefined() - }) - - // Explain: - // 1. Text is from the user form input with the {CURSOR} representing the caretPosition: - // 'Hello @user/fil{CURSOR} @another/file.ts' - // 2. When a user hits tab / space, we will replace the {CURSOR} with the "completed" file name: - // 'Hello @user/file.ts @another/file.ts' - it('replaces all at-mentions', () => { - const result = getAtMentionedInputText( - '@src/file.ts', // file name - 'Hello @user/fil @another/file.ts', // form input - 'Hello @user/fil'.length // caretPosition - ) - expect(result).toEqual({ - newInput: 'Hello @src/file.ts @another/file.ts', - newInputCaretPosition: 19, - }) - }) - - it('handles at-mention with no preceding space', () => { - const result = getAtMentionedInputText( - '@src/file.ts', - 'Hello @src/file.ts', - 'Hello @src/file.ts'.length - ) - expect(result).toEqual({ - newInput: 'Hello @src/file.ts ', - newInputCaretPosition: 19, - }) - }) - - it('returns undefined if no @ in input', () => { - const result = getAtMentionedInputText('@src/file.ts', 'Hello world', 5) - expect(result).toBeUndefined() - }) - - it('returns updated input text and caret position', () => { - const result = getAtMentionedInputText( - '@src/file.ts', - 'Hello @src/file.ts: world', - 'Hello @src/file.ts:'.length, - true - ) - expect(result).toEqual({ - newInput: 'Hello @src/file.ts: world', - newInputCaretPosition: 19, - }) - }) - - it('handles no text after caret', () => { - const result = getAtMentionedInputText( - '@src/file.ts', - 'Hello @src/file.ts ', - 'Hello @src/file.ts'.length - ) - expect(result).toEqual({ - newInput: 'Hello @src/file.ts ', - newInputCaretPosition: 19, - }) - }) - - it('handles colon based on param', () => { - let result = getAtMentionedInputText( - '@src/file.ts', - 'Hello @src/file.ts ', - 'Hello @src/file.ts '.length, - true - ) - expect(result?.newInput).toContain('@src/file.ts:') - - result = getAtMentionedInputText( - '@src/file.ts', - 'Hello @src/file.ts', - 'Hello @src/file.ts'.length, - false - ) - expect(result?.newInput).toContain('@src/file.ts ') - }) - - it('keeps range', () => { - const result = getAtMentionedInputText( - '@src/file.ts', - 'Hello @src/file.ts:1-7', - 'Hello @src/file.ts:1-7'.length, - false - ) - expect(result?.newInput).toContain('Hello @src/file.ts:1-7 ') - }) -}) - -describe('extractMentionQuery', () => { - it('returns empty string if no @ in input', () => { - const query = extractMentionQuery('Hello world', 'Hello world'.length) - expect(query).toEqual('') - }) - - it('returns empty string if caret before last @', () => { - const query = extractMentionQuery('@foo Hello world', 0) - expect(query).toEqual('') - }) - - it('returns empty string if there is no space in front of @', () => { - const query = extractMentionQuery('Explain@foo', 0) - expect(query).toEqual('') - }) - - it('extracts mention between last @ and caret', () => { - const query = extractMentionQuery('@foo/bar Hello @world', '@foo/bar Hello @world'.length) - expect(query).toEqual('@world') - }) - - it('handles no text and space after caret', () => { - const query = extractMentionQuery('@foo/bar', '@foo/bar'.length) - expect(query).toEqual('@foo/bar') - }) - - it('handles space at caret after query', () => { - const query = extractMentionQuery('@foo/bar ', '@foo/bar '.length) - expect(query).toEqual('@foo/bar ') - }) - - it('returns full mention query with suffix', () => { - const query = extractMentionQuery('@foo/bar:10 world', '@foo/bar:10 '.length) - expect(query).toEqual('@foo/bar:10 world') - }) -}) diff --git a/lib/shared/src/chat/input/at-mentioned.ts b/lib/shared/src/chat/input/at-mentioned.ts deleted file mode 100644 index 721c9f04611b..000000000000 --- a/lib/shared/src/chat/input/at-mentioned.ts +++ /dev/null @@ -1,133 +0,0 @@ -import type { ContextItem } from '../../codebase-context/messages' -import { displayPath } from '../../editor/displayPath' - -/** - * Generates updated input text and caret position for auto-completing - * @mentions in a chat input box. - * - * Takes the file path display text, current input text, caret position, - * and whether the query ends with colon, and returns an object with the - * updated input text and new caret position. - * - * Trims any existing @file text, inserts the new file path display text, - * retains any text after the caret position, and moves the caret to the - * end of the inserted display text. - */ -export function getAtMentionedInputText( - fileDisplayText: string, - formInput: string, - inputCaretPosition: number, - queryEndsWithColon = false -): { newInput: string; newInputCaretPosition: number } | undefined { - const inputBeforeCaret = formInput.slice(0, inputCaretPosition) || '' - const inputAfterCaret = formInput.slice(inputCaretPosition) - const lastAtIndex = inputBeforeCaret.lastIndexOf('@') - if (lastAtIndex < 0 || !formInput.trim()) { - return undefined - } - - if (/:\d+(-)?(\d+)?( )?$/.test(inputBeforeCaret)) { - // Add a space after inputBeforeCaret to formInput - const newInput = `${inputBeforeCaret} ${inputAfterCaret.trimStart()}` - return { newInput, newInputCaretPosition: inputCaretPosition + 1 } - } - - // Trims any existing @file text from the input. - const inputPrefix = inputBeforeCaret.slice(0, lastAtIndex) - const spaceAfterCaret = inputAfterCaret.indexOf(' ') - const inputSuffix = !spaceAfterCaret ? inputAfterCaret : inputAfterCaret.slice(spaceAfterCaret) - // Add empty space at the end to end the file matching process, - // if the query ends with colon, add a colon instead as it's used for initial range selection. - const colon = queryEndsWithColon ? ':' : '' - const newInput = `${inputPrefix}${fileDisplayText}${colon} ${inputSuffix.trimStart()}` - - // Move the caret to the end of the newly added file display text, - // including the length of text exisited before the lastAtIndex - // + 1 empty whitespace added after the fileDisplayText - const newInputCaretPosition = fileDisplayText.length + inputPrefix.length + 1 - return { newInput, newInputCaretPosition } -} - -/** - * Gets the display text for a context file to be completed into the chat when a user - * selects a file. - * - * This is also used to reconstruct the map from the chat history or edit that stores context - * files). - * - * e.g. @foo/bar.ts or @foo/bar.ts:1-15#baz - */ -export function getContextFileDisplayText(contextFile: ContextItem, inputBeforeCaret?: string): string { - const isSymbol = contextFile.type === 'symbol' - const displayText = `@${displayPath(contextFile.uri)}` - - // If the inputBeforeCaret string is provided, check if it matches the - // expected pattern for an @mention with range query, and if so, - // return it as this is not an autocomplete request. - if (inputBeforeCaret) { - const AtQueryRegex = /(^| )@[^ ]*:\d+(-\d+)?$/ - const atQuery = AtQueryRegex.exec(inputBeforeCaret)?.[0] - if (atQuery?.startsWith(`${displayText}:`)) { - return atQuery - } - } - - if (!isSymbol) { - return displayText - } - - const startLine = contextFile.range?.start?.line ?? 0 - const endLine = contextFile.range?.end?.line - const range = endLine ? `:${startLine + 1}-${endLine + 1}` : '' - const symbolName = isSymbol ? `#${contextFile.symbolName}` : '' - return `${displayText}${range}${symbolName}`.trim() -} - -/** - * Extracts the mention query string from the given input string and caret position. - * - * Splits the input into before and after caret sections. Finds the last '@' before - * the caret and extracts the text between it and the caret position as the mention - * query. - */ -export const extractMentionQuery = (input: string, caretPos: number) => { - // Extract mention query by splitting input value into before/after caret sections. - const inputBeforeCaret = input.slice(0, caretPos) || '' - const inputAfterCaret = input.slice(caretPos) || '' - // Find the last '@' index in inputBeforeCaret to determine if it's an @mention - const lastAtIndex = inputBeforeCaret.lastIndexOf('@') - if (caretPos < 1 || lastAtIndex < 0 || caretPos <= lastAtIndex) { - return '' - } - if (lastAtIndex - 1 > 0 && input[lastAtIndex - 1] !== ' ') { - return '' - } - - // Extracts text between last '@' and caret position as mention query - // by getting the input value after the last '@' in inputBeforeCaret - const inputPrefix = inputBeforeCaret.slice(lastAtIndex) - const inputSuffix = inputAfterCaret.split(' ')?.[0] - return inputPrefix + inputSuffix -} - -/** - * Extracts the at mention query from the given input string and caret position. - * - * Calls extractMentionQuery to extract the mention query if there is a caret position. - * Otherwise checks if it is an at range query and returns the input. - * Returns empty string if no query. - */ -export const getAtMentionQuery = (input: string, caretPos: number) => { - return caretPos ? extractMentionQuery(input, caretPos) : isAtRange(input) ? input : '' -} - -/** - * At mention should start with @ and contains no whitespaces in between - */ -export const isAtMention = (text: string) => /^@[^ ]*( )?$/.test(text) - -/** - * Checks if the given text is an at-range query of the form '@start:end' - * or '@start-end'. - */ -export const isAtRange = (text: string) => /(^| )@[^ ]*:(\d+)?(-)?(\d+)?$/.test(text) diff --git a/lib/shared/src/chat/input/index.ts b/lib/shared/src/chat/input/index.ts deleted file mode 100644 index 9344ba3ceb41..000000000000 --- a/lib/shared/src/chat/input/index.ts +++ /dev/null @@ -1,8 +0,0 @@ -export { - getAtMentionQuery, - getAtMentionedInputText, - getContextFileDisplayText, - isAtRange, - isAtMention, -} from './at-mentioned' -export { verifyContextFilesFromInput } from './user-context' diff --git a/lib/shared/src/chat/input/user-context.test.ts b/lib/shared/src/chat/input/user-context.test.ts deleted file mode 100644 index d10bc0357755..000000000000 --- a/lib/shared/src/chat/input/user-context.test.ts +++ /dev/null @@ -1,118 +0,0 @@ -import { describe, expect, it } from 'vitest' -import { URI } from 'vscode-uri' - -import type { ContextItemFile } from '../..' -import { verifyContextFilesFromInput } from './user-context' - -describe('verifyContextFilesFromInput', () => { - it('returns empty array if no contextFilesMap provided', () => { - const input = '@foo.ts' - const contextFiles = verifyContextFilesFromInput(input) - - expect(contextFiles).toEqual([]) - }) - - it('returns empty array if contextFilesMap is empty', () => { - const input = '@foo.ts' - const contextFilesMap = new Map() - const contextFiles = verifyContextFilesFromInput(input, contextFilesMap) - - expect(contextFiles).toEqual([]) - }) - - it('returns only context files referenced in input', () => { - const input = '@foo.ts @bar.ts' - const contextFilesMap = new Map([ - ['foo.ts', { uri: URI.file('foo.ts'), type: 'file' }], - ['baz.ts', { uri: URI.file('baz.ts'), type: 'file' }], - ]) - - const contextFiles = verifyContextFilesFromInput(input, contextFilesMap) - - expect(contextFiles).toEqual([{ uri: URI.file('foo.ts'), type: 'file' }]) - }) - - it('sets range property if line numbers included', () => { - const input = '@foo.ts:1-2' - const contextFilesMap = new Map([ - ['foo.ts', { uri: URI.file('foo.ts'), type: 'file' }], - ]) - - const contextFiles = verifyContextFilesFromInput(input, contextFilesMap) - - expect(contextFiles).toEqual([ - { - type: 'file', - uri: URI.file('foo.ts'), - range: { - start: { line: 0, character: 0 }, - end: { line: 1, character: 0 }, - }, - }, - ]) - }) - - it('sets range property for all at-mentioned with and without line numbers', () => { - const input = 'Explain @foo.ts:1-2 in @foo.ts, expand @foo.ts:1' - const contextFilesMap = new Map([ - ['foo.ts', { uri: URI.file('foo.ts'), type: 'file' }], - ]) - - const contextFiles = verifyContextFilesFromInput(input, contextFilesMap) - - expect(contextFiles).toEqual([ - { - range: undefined, - type: 'file', - uri: URI.file('foo.ts'), - }, - { - type: 'file', - uri: URI.file('foo.ts'), - range: { - start: { line: 0, character: 0 }, - end: { line: 0, character: 0 }, - }, - }, - { - type: 'file', - uri: URI.file('foo.ts'), - range: { - start: { line: 0, character: 0 }, - end: { line: 1, character: 0 }, - }, - }, - ]) - }) - - it('returns empty array for invalid line numbers', () => { - const input = '@foo.ts:5-1' - const contextFilesMap = new Map([ - ['foo.ts', { uri: URI.file('foo.ts'), type: 'file' }], - ]) - - const contextFiles = verifyContextFilesFromInput(input, contextFilesMap) - - expect(contextFiles).toEqual([]) - }) - - it('sets range property even if only start line number is included', () => { - const input = '@foo.ts:1' - const contextFilesMap = new Map([ - ['foo.ts', { uri: URI.file('foo.ts'), type: 'file' }], - ]) - - const contextFiles = verifyContextFilesFromInput(input, contextFilesMap) - - expect(contextFiles).toEqual([ - { - type: 'file', - uri: URI.file('foo.ts'), - range: { - start: { line: 0, character: 0 }, - end: { line: 0, character: 0 }, - }, - }, - ]) - }) -}) diff --git a/lib/shared/src/chat/input/user-context.ts b/lib/shared/src/chat/input/user-context.ts deleted file mode 100644 index c82eeaf57c2c..000000000000 --- a/lib/shared/src/chat/input/user-context.ts +++ /dev/null @@ -1,70 +0,0 @@ -import type { ContextItem } from '../..' - -/** - * Verifies that the context files passed in the contextFilesMap are still referenced - * in the provided input string, and returns only those context files with specificed ranges. - * - * It parses the input to extract line number ranges after any matching - * file names, and sets the range property on the contextFile objects. - * - * @param input - The input string to check for file name references. - * @param contextFilesMap - The map of file names to ContextFile objects. - * @returns The ContextFile objects that are still referenced in the input. - */ -export function verifyContextFilesFromInput( - inputValue: string, - contextFilesMap?: Map -): ContextItem[] { - if (!inputValue.trim() || !contextFilesMap?.size) { - return [] - } - - // Loops through the provided contextFilesMap and checks if the file name key - // is still present in the input string. - // If so, create a new contextFile and add it to the returned array based on - // presented strings that matches the @file-name with correct range. - const userContextFiles: ContextItem[] = [] - for (const [fileName, contextFile] of contextFilesMap) { - if (!inputValue.includes(fileName)) { - continue - } - - // Support windows paths - const input = inputValue.replace(/\\/g, '/') - const atFileName = fileName.replace(/\\/g, '/') - - // Add fileName in input that is not followed by a colon - const counts = input.matchAll(new RegExp(atFileName + '(?!:)', 'g')) - for (const _count of [...Array.from(counts)]) { - const contextFileMatch = { ...contextFile, range: undefined } - userContextFiles.push(contextFileMatch) - } - - // Get the line number behind the file name if there is one: - // SingleLines Example: foo/bar.ts:1 > 1 - const singleLines = input.matchAll(new RegExp(atFileName + ':(\\d+)(?!-)', 'g')) - // MultiLines example: foo/bar.ts:1-2 > 1, 2 - const multiLines = input.matchAll(new RegExp(atFileName + ':(\\d+)-(\\d+)', 'g')) - // loop all matches and set the range property on the contextFile object - for (const match of [...Array.from(singleLines), ...Array.from(multiLines)]) { - const contextFileMatch = { ...contextFile } - const startLine = match[1] - const endLine = match[2] ?? startLine - // -1 because line number in editor starts with 1 (as input - // by the user), but in selection range, it starts with 0. - const startLineNum = parseInt(startLine, 10) - 1 - const endLineNum = parseInt(endLine, 10) - 1 - - // Verify if endLineNum is greater or equal to start line - if (endLineNum >= startLineNum) { - contextFileMatch.range = { - start: { line: startLineNum, character: 0 }, - end: { line: endLineNum, character: 0 }, - } - userContextFiles.push(contextFileMatch) - } - } - } - - return userContextFiles -} diff --git a/lib/shared/src/chat/transcript/display-text.test.ts b/lib/shared/src/chat/transcript/display-text.test.ts deleted file mode 100644 index b4b1655a4de2..000000000000 --- a/lib/shared/src/chat/transcript/display-text.test.ts +++ /dev/null @@ -1,203 +0,0 @@ -import { afterEach, beforeEach, describe, expect, it } from 'vitest' -import { URI } from 'vscode-uri' - -import { type DisplayPathEnvInfo, setDisplayPathEnvInfo } from '../../editor/displayPath' -import { replaceFileNameWithMarkdownLink } from './display-text' - -describe('replaceFileNameWithMarkdownLink', () => { - // Mock a `displayPath` function that always uses forward slashes (even on Windows). - let orig: DisplayPathEnvInfo | null - beforeEach(() => { - orig = setDisplayPathEnvInfo({ isWindows: false, workspaceFolders: [URI.file('/')] }) - }) - afterEach(() => { - setDisplayPathEnvInfo(orig) - }) - - it('replaces file name with markdown link', () => { - expect( - replaceFileNameWithMarkdownLink('Hello @path/to/test.js', URI.file('/path/to/test.js')) - ).toEqual( - `Hello [_@path/to/test.js_](command:_cody.vscode.open?${encodeURIComponent( - '[{"$mid":1,"path":"/path/to/test.js","scheme":"file"},{"preserveFocus":true,"background":false,"preview":true,"viewColumn":-2}]' - )})` - ) - }) - - it('replaces file name with range with markdown link', () => { - expect( - replaceFileNameWithMarkdownLink('What is @foo.ts:2-2?', URI.file('/foo.ts'), { - start: { line: 1, character: 0 }, - end: { line: 2, character: 0 }, - }) - ).toEqual( - `What is [_@foo.ts:2-2_](command:_cody.vscode.open?${encodeURIComponent( - '[{"$mid":1,"path":"/foo.ts","scheme":"file"},{"selection":{"start":{"line":1,"character":0},"end":{"line":2,"character":0}},"preserveFocus":true,"background":false,"preview":true,"viewColumn":-2}]' - )})?` - ) - }) - - it('replaces file name with symbol with markdown link', () => { - expect( - replaceFileNameWithMarkdownLink( - 'What is @e2e/cody.ts:2-2#codySymbol?', - URI.file('/e2e/cody.ts'), - { start: { line: 1, character: 0 }, end: { line: 2, character: 0 } }, - 'codySymbol' - ) - ).toEqual( - `What is [_@e2e/cody.ts:2-2#codySymbol_](command:_cody.vscode.open?${encodeURIComponent( - '[{"$mid":1,"path":"/e2e/cody.ts","scheme":"file"},{"selection":{"start":{"line":1,"character":0},"end":{"line":2,"character":0}},"preserveFocus":true,"background":false,"preview":true,"viewColumn":-2}]' - )})?` - ) - }) - - it('respects spaces in file name', () => { - expect(replaceFileNameWithMarkdownLink('Loaded @my file.js', URI.file('/my file.js'))).toEqual( - `Loaded [_@my file.js_](command:_cody.vscode.open?${encodeURIComponent( - '[{"$mid":1,"path":"/my file.js","scheme":"file"},{"preserveFocus":true,"background":false,"preview":true,"viewColumn":-2}]' - )})` - ) - }) - - describe('OS-native path separators', () => { - /** Mimics the behavior of {@link URI.file} on Windows, regardless of the current platform. */ - function windowsFileURI(fsPath: string): URI { - return URI.file(fsPath.replaceAll('\\', '/')) - } - - // Mock a `displayPath` function that uses backslashes and make sure it's used everywhere. - let orig: any - beforeEach(() => { - orig = setDisplayPathEnvInfo({ isWindows: true, workspaceFolders: [windowsFileURI('C:\\')] }) - }) - afterEach(() => { - setDisplayPathEnvInfo(orig) - }) - - it('uses OS-native path separator', () => { - expect( - replaceFileNameWithMarkdownLink('Loaded @a\\b.js', windowsFileURI('C:\\a\\b.js')) - ).toEqual( - `Loaded [_@a\\b.js_](command:_cody.vscode.open?${encodeURIComponent( - '[{"$mid":1,"path":"/C:/a/b.js","scheme":"file"},{"preserveFocus":true,"background":false,"preview":true,"viewColumn":-2}]' - )})` - ) - }) - }) - - it('returns original text if no match', () => { - expect(replaceFileNameWithMarkdownLink('No file name', URI.file('/test.js'))).toEqual( - 'No file name' - ) - }) - - it('handles special characters in path', () => { - expect( - replaceFileNameWithMarkdownLink( - 'Loaded @path/with/@#special$chars.js', - URI.file('/path/with/@#special$chars.js') - ) - ).toEqual( - `Loaded [_@path/with/@#special$chars.js_](command:_cody.vscode.open?${encodeURIComponent( - '[{"$mid":1,"path":"/path/with/@#special$chars.js","scheme":"file"},{"preserveFocus":true,"background":false,"preview":true,"viewColumn":-2}]' - )})` - ) - }) - - it('handles line numbers', () => { - expect( - replaceFileNameWithMarkdownLink('Error in @test.js:2-2', URI.file('/test.js'), { - start: { line: 1, character: 0 }, - end: { line: 2, character: 0 }, - }) - ).toEqual( - `Error in [_@test.js:2-2_](command:_cody.vscode.open?${encodeURIComponent( - '[{"$mid":1,"path":"/test.js","scheme":"file"},{"selection":{"start":{"line":1,"character":0},"end":{"line":2,"character":0}},"preserveFocus":true,"background":false,"preview":true,"viewColumn":-2}]' - )})` - ) - }) - - it('handles non alphanumeric characters follows the file name in input', () => { - expect( - replaceFileNameWithMarkdownLink('What is @test.js:2-2?', URI.file('/test.js'), { - start: { line: 1, character: 0 }, - end: { line: 2, character: 0 }, - }) - ).toEqual( - `What is [_@test.js:2-2_](command:_cody.vscode.open?${encodeURIComponent( - '[{"$mid":1,"path":"/test.js","scheme":"file"},{"selection":{"start":{"line":1,"character":0},"end":{"line":2,"character":0}},"preserveFocus":true,"background":false,"preview":true,"viewColumn":-2}]' - )})?` - ) - }) - - it('handles edge case where start line at 0 - exclude start line in markdown link', () => { - expect( - replaceFileNameWithMarkdownLink('Error in @test.js', URI.file('/test.js'), { - start: { line: 0, character: 0 }, - end: { line: 0, character: 0 }, - }) - ).toEqual( - `Error in [_@test.js_](command:_cody.vscode.open?${encodeURIComponent( - '[{"$mid":1,"path":"/test.js","scheme":"file"},{"selection":{"start":{"line":0,"character":0},"end":{"line":0,"character":0}},"preserveFocus":true,"background":false,"preview":true,"viewColumn":-2}]' - )})` - ) - }) - - it('handles names that showed up more than once', () => { - expect( - replaceFileNameWithMarkdownLink( - 'Compare and explain @foo.js:2-2 and @bar.js. What does @foo.js:2-2 do?', - URI.file('/foo.js'), - { start: { line: 1, character: 0 }, end: { line: 2, character: 0 } } - ) - ).toEqual( - `Compare and explain [_@foo.js:2-2_](command:_cody.vscode.open?${encodeURIComponent( - '[{"$mid":1,"path":"/foo.js","scheme":"file"},{"selection":{"start":{"line":1,"character":0},"end":{"line":2,"character":0}},"preserveFocus":true,"background":false,"preview":true,"viewColumn":-2}]' - )}) and @bar.js. What does [_@foo.js:2-2_](command:_cody.vscode.open?${encodeURIComponent( - '[{"$mid":1,"path":"/foo.js","scheme":"file"},{"selection":{"start":{"line":1,"character":0},"end":{"line":2,"character":0}},"preserveFocus":true,"background":false,"preview":true,"viewColumn":-2}]' - )}) do?` - ) - }) - - it('ignores repeated file names that are followed by another character', () => { - expect( - replaceFileNameWithMarkdownLink( - 'Compare and explain @foo.js:2-2 and @bar.js. What does @foo.js:2-2#FooBar() do?', - URI.file('/foo.js'), - { start: { line: 1, character: 0 }, end: { line: 2, character: 0 } } - ) - ).toEqual( - `Compare and explain [_@foo.js:2-2_](command:_cody.vscode.open?${encodeURIComponent( - '[{"$mid":1,"path":"/foo.js","scheme":"file"},{"selection":{"start":{"line":1,"character":0},"end":{"line":2,"character":0}},"preserveFocus":true,"background":false,"preview":true,"viewColumn":-2}]' - )}) and @bar.js. What does @foo.js:2-2#FooBar() do?` - ) - }) - - it('handles file names with line number and symbol name', () => { - const text = '@vscode/src/logged-rerank.ts:7-23#getRerankWithLog() what does this do' - - const result = replaceFileNameWithMarkdownLink( - text, - URI.file('/vscode/src/logged-rerank.ts'), - { start: { line: 6, character: 0 }, end: { line: 23, character: 0 } }, - 'getRerankWithLog()' - ) - - expect(result).toEqual( - `[_@vscode/src/logged-rerank.ts:7-23#getRerankWithLog()_](command:_cody.vscode.open?${encodeURIComponent( - '[{"$mid":1,"path":"/vscode/src/logged-rerank.ts","scheme":"file"},{"selection":{"start":{"line":6,"character":0},"end":{"line":23,"character":0}},"preserveFocus":true,"background":false,"preview":true,"viewColumn":-2}]' - )}) what does this do` - ) - }) - - it('preserves trailing non-alphanum', () => { - expect( - replaceFileNameWithMarkdownLink('Hello @path/to/test.js :-)', URI.file('/path/to/test.js')) - ).toEqual( - `Hello [_@path/to/test.js_](command:_cody.vscode.open?${encodeURIComponent( - '[{"$mid":1,"path":"/path/to/test.js","scheme":"file"},{"preserveFocus":true,"background":false,"preview":true,"viewColumn":-2}]' - )}) :-)` - ) - }) -}) diff --git a/lib/shared/src/chat/transcript/display-text.ts b/lib/shared/src/chat/transcript/display-text.ts index 23515c87592a..2424b9a7b4fd 100644 --- a/lib/shared/src/chat/transcript/display-text.ts +++ b/lib/shared/src/chat/transcript/display-text.ts @@ -1,28 +1,6 @@ import type * as vscode from 'vscode' import type { URI } from 'vscode-uri' -import type { ContextItem } from '../../codebase-context/messages' -import { type RangeData, toRangeData } from '../../common/range' -import { displayPath } from '../../editor/displayPath' -import { reformatBotMessageForChat } from '../viewHelpers' -import type { ChatMessage } from './messages' - -/** - * Process the message's text to produce the text that should be displayed to the user. This lets us - * fix any unclosed Markdown code blocks, remove any erroneous `Human:` suffixes, and do any other - * cleanup that we determine to be necessary from LLM outputs. - */ -export function getDisplayText(message: ChatMessage): string { - if (!message.text) { - return '' - } - if (message.speaker === 'human') { - return createDisplayTextWithFileLinks(message.text, message.contextFiles ?? []) - } - if (message.speaker === 'assistant') { - return reformatBotMessageForChat(message.text) - } - throw new Error(`unable to get display text for message with speaker '${message.speaker}'`) -} +import type { RangeData } from '../../common/range' /** * VS Code intentionally limits what `command:vscode.open?ARGS` can have for args (see @@ -34,55 +12,13 @@ export function getDisplayText(message: ChatMessage): string { export const CODY_PASSTHROUGH_VSCODE_OPEN_COMMAND_ID = '_cody.vscode.open' /** - * Creates display text for the given context files by replacing file names with markdown links. - */ -function createDisplayTextWithFileLinks(humanInput: string, files: ContextItem[]): string { - let formattedText = humanInput - for (const file of files) { - // +1 on the end line numbers because we want to make sure to include everything on the end line by - // including the next line at position 0. - const range = file.range ? toRangeData(file.range) : undefined - try { - formattedText = replaceFileNameWithMarkdownLink( - formattedText, - file.uri, - range - ? { - start: { line: range.start.line, character: 0 }, - end: { line: range.end.line + 1, character: 0 }, - } - : undefined, - file.type === 'symbol' ? file.symbolName : undefined - ) - } catch (error) { - console.error('createDisplayTextWithFileLinks error:', error) - // Just use text without links as a fallback. This can happen on chat history that was - // serialized using an old and unrecognized format, which is a subtle bug. - } - } - return formattedText -} - -/** - * Replaces a file name in given text with markdown link to open that file in editor. - * @returns The updated text with the file name replaced by a markdown link. + * Return a `command:` URI for use within VS Code webviews that invokes `vscode.open` (proxied via + * {@link CODY_PASSTHROUGH_VSCODE_OPEN_COMMAND_ID}). */ -export function replaceFileNameWithMarkdownLink( - humanInput: string, - file: URI, - range?: RangeData, - symbolName?: string -): string { - const inputRepr = inputRepresentation(humanInput, file, range, symbolName) - if (!inputRepr) { - return humanInput - } - // Use regex to makes sure the file name is surrounded by spaces and not a substring of another file name - const fileAsInput = inputRepr.replaceAll(/[$()*+./?[\\\]^{|}-]/g, '\\$&') - const textToBeReplaced = new RegExp(`\\s*@${fileAsInput}(?![\S#-_])`, 'g') - const markdownText = `[_@${inputRepr}_](command:${CODY_PASSTHROUGH_VSCODE_OPEN_COMMAND_ID}?${encodeURIComponent( +export function commandURIForVSCodeOpen(resource: URI, range?: RangeData): string { + return `command:${CODY_PASSTHROUGH_VSCODE_OPEN_COMMAND_ID}?${encodeURIComponent( JSON.stringify([ - file, + resource, { selection: range, preserveFocus: true, @@ -91,45 +27,5 @@ export function replaceFileNameWithMarkdownLink( viewColumn: -2 satisfies vscode.ViewColumn.Beside, }, ]) - )})` - - const text = humanInput - .replace(trailingNonAlphaNumericRegex, '') - .replace(textToBeReplaced, ` ${markdownText}`) - const trailingNonAlphanum = humanInput.match(trailingNonAlphaNumericRegex)?.[0] ?? '' - return (text + trailingNonAlphanum).trim() -} - -const trailingNonAlphaNumericRegex = /[^\d#@A-Za-z]+$/ - -/** - * Generates a string representation of the given file, range, and symbol name - * to use when linking to locations in code. - */ -function inputRepresentation( - humanInput: string, - file: URI, - range?: RangeData, - symbolName?: string -): string { - const fileName = displayPath(file) - const components = [fileName] - const startLine = range?.start?.line - // +1 on start line because VS Code line numbers start at 1 in the editor UI, - // and is zero-based in the API for position used in VS Code selection/range. - // Since createDisplayTextWithFileLinks added 1 to end line, we don't need to add it again here. - // But add it for start line because this is for displaying the line number to user, which is +1-based. - if (startLine !== undefined) { - const fullRange = range?.end?.line && `:${startLine + 1}-${range.end.line}` - if (fullRange && humanInput.includes(`@${fileName}${fullRange}`)) { - components.push(fullRange) - } else if (humanInput.matchAll(new RegExp(`@${fileName}:${startLine}(?!-)`, 'g'))) { - if (startLine + 1 === range?.end?.line) { - components.push(`:${startLine + 1}`) - } - } - components.push(symbolName ? `#${symbolName}` : '') - } - - return components.join('').trim() + )}` } diff --git a/lib/shared/src/chat/transcript/messages.ts b/lib/shared/src/chat/transcript/messages.ts index ffd8672ba4b4..3699f6b34aa2 100644 --- a/lib/shared/src/chat/transcript/messages.ts +++ b/lib/shared/src/chat/transcript/messages.ts @@ -7,6 +7,15 @@ import type { DefaultCodyCommands } from '../../commands/types' export interface ChatMessage extends Message { contextFiles?: ContextItem[] error?: ChatError + + /** + * For messages composed in a rich text editor field, this is the representation of the editor + * state that can be used to instantiate the editor to edit the message or to render the + * message. This field's value is opaque to all but the rich editor, and it must validate and + * version the value so that it can (1) support backward- and forward-compatibility and (2) fall + * back to editing the text for invalid values. + */ + editorState?: unknown } export interface ChatError { @@ -31,18 +40,12 @@ export interface ChatError { export interface UserLocalHistory { chat: ChatHistory - input: ChatInputHistory[] } export interface ChatHistory { [chatID: string]: SerializedChatTranscript } -export interface ChatInputHistory { - inputText: string - inputContextFiles: ContextItem[] -} - export type ChatEventSource = | 'chat' | 'editor' // e.g. shortcut, right-click menu or VS Code command palette diff --git a/lib/shared/src/index.ts b/lib/shared/src/index.ts index a95927d1f4d6..88c5b0d25613 100644 --- a/lib/shared/src/index.ts +++ b/lib/shared/src/index.ts @@ -13,23 +13,17 @@ export type { SerializedChatTranscript, } from './chat/transcript' export { errorToChatError } from './chat/transcript/messages' -export { - getAtMentionQuery, - getAtMentionedInputText, - getContextFileDisplayText, - verifyContextFilesFromInput, - isAtMention, - isAtRange, -} from './chat/input' export type { ChatError, ChatEventSource, ChatHistory, - ChatInputHistory, ChatMessage, UserLocalHistory, } from './chat/transcript/messages' -export { getDisplayText, CODY_PASSTHROUGH_VSCODE_OPEN_COMMAND_ID } from './chat/transcript/display-text' +export { + CODY_PASSTHROUGH_VSCODE_OPEN_COMMAND_ID, + commandURIForVSCodeOpen, +} from './chat/transcript/display-text' export { Typewriter } from './chat/typewriter' export { reformatBotMessageForChat } from './chat/viewHelpers' export type { @@ -61,7 +55,7 @@ export { languageFromFilename, markdownCodeBlockLanguageIDForFilename, } from './common/languages' -export { renderMarkdown } from './common/markdown' +export { renderMarkdown, escapeHTML } from './common/markdown' export { posixFilePaths } from './common/path' export { isWindows, isMacOS } from './common/platform' export { diff --git a/pnpm-lock.yaml b/pnpm-lock.yaml index 8d2b451b1215..50b5858320f7 100644 --- a/pnpm-lock.yaml +++ b/pnpm-lock.yaml @@ -254,6 +254,18 @@ importers: '@anthropic-ai/sdk': specifier: ^0.4.2 version: 0.4.3 + '@floating-ui/react': + specifier: ^0.26.9 + version: 0.26.9(react-dom@18.2.0)(react@18.2.0) + '@lexical/code': + specifier: ^0.13.1 + version: 0.13.1(lexical@0.13.1) + '@lexical/html': + specifier: ^0.13.1 + version: 0.13.1(lexical@0.13.1) + '@lexical/react': + specifier: ^0.13.1 + version: 0.13.1(lexical@0.13.1)(react-dom@18.2.0)(react@18.2.0)(yjs@13.6.13) '@mdi/js': specifier: ^7.2.96 version: 7.2.96 @@ -338,6 +350,9 @@ importers: js-levenshtein: specifier: ^1.1.6 version: 1.1.6 + lexical: + specifier: ^0.13.1 + version: 0.13.1 lodash: specifier: ^4.17.21 version: 4.17.21 @@ -3696,6 +3711,47 @@ packages: resolution: {integrity: sha512-cEee/Z+I12mZcFJshKcCqC8tuX5hG3s+d+9nZ3LabqKF1vKdF41B92pJVCBggjAGORAeOzyyDDKrZwIkLffeOQ==} dev: true + 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/@lexical/text@0.13.1(lexical@0.13.1): + resolution: {integrity: sha512-NYy3TZKt3qzReDwN2Rr5RxyFlg84JjXP2JQGMrXSSN7wYe73ysQIU6PqdVrz4iZkP+w34F3pl55dJ24ei3An9w==} + peerDependencies: + lexical: 0.13.1 + dependencies: + lexical: 0.13.1 + dev: false + + /@lexical/utils@0.13.1(lexical@0.13.1): + resolution: {integrity: sha512-AtQQKzYymkbOaQxaBXjRBS8IPxF9zWQnqwHTUTrJqJ4hX71aIQd/thqZbfQETAFJfC8pNBZw5zpxN6yPHk23dQ==} + peerDependencies: + lexical: 0.13.1 + dependencies: + '@lexical/list': 0.13.1(lexical@0.13.1) + '@lexical/selection': 0.13.1(lexical@0.13.1) + '@lexical/table': 0.13.1(lexical@0.13.1) + lexical: 0.13.1 + dev: false + + /@lexical/yjs@0.13.1(lexical@0.13.1)(yjs@13.6.13): + resolution: {integrity: sha512-4GbqQM+PwNTV59AZoNrfTe/0rLjs+cX6Y6yAdZSRPBwr5L3JzYeU1TTcFCVQTtsE7KF8ddVP8sD7w9pi8rOWLA==} + peerDependencies: + lexical: 0.13.1 + yjs: '>=13.5.22' + dependencies: + '@lexical/offset': 0.13.1(lexical@0.13.1) + lexical: 0.13.1 + yjs: 13.6.13 + dev: false + /@mdi/js@7.2.96: resolution: {integrity: sha512-paR9M9ZT7rKbh2boksNUynuSZMHhqRYnEZOm/KrZTjQ4/FzyhjLHuvw/8XYzP+E7fS4+/Ms/82EN1pl/OFsiIA==} dev: false @@ -9861,6 +10142,10 @@ packages: - encoding dev: true + /isomorphic.js@0.2.5: + resolution: {integrity: sha512-PIeMbHqMt4DnUP3MA/Flc0HElYjMXArsw1qwJZcm9sqR8mq3l8NYizFMty0pWwE/tzIGH3EKK5+jes5mAr85yw==} + dev: false + /istanbul-lib-coverage@3.2.0: resolution: {integrity: sha512-eOeJ5BHCmHYvQK7xt9GkdHuzuCGS1Y6g9Gvnx3Ym33fz/HpLRYxiS0wHNr+m/MBC8B647Xt608vCDEvhl9c6Mw==} engines: {node: '>=8'} @@ -10406,6 +10691,18 @@ packages: type-check: 0.3.2 dev: true + /lexical@0.13.1: + resolution: {integrity: sha512-jaqRYzVEfBKbX4FwYpd/g+MyOjRaraAel0iQsTrwvx3hyN0bswUZuzb6H6nGlFSjcdrc77wKpyKwoWj4aUd+Bw==} + dev: false + + /lib0@0.2.90: + resolution: {integrity: sha512-iQmk+fThPq1ZTD2cFUu8xN6JLp9gFWnjs8auR6hmI6QQXoy6sSEh85uKcdkqpuEnkhhwQm4GSlKHOYfSCVp0Mw==} + engines: {node: '>=16'} + hasBin: true + dependencies: + isomorphic.js: 0.2.5 + dev: false + /lie@3.3.0: resolution: {integrity: sha512-UaiMJzeWRlEujzAuw5LokY1L5ecNQYZKfmyZ9L7wDHb/p5etKaxXhohBcrw0EYby+G/NA52vRSN4N39dxHAIwQ==} dependencies: @@ -11964,6 +12261,11 @@ packages: dependencies: parse-ms: 3.0.0 + /prismjs@1.29.0: + resolution: {integrity: sha512-Kx/1w86q/epKcmte75LNrEoT+lX8pBpavuAbvJWRXar7Hz8jrtF+e3vY751p0R8H9HdArwaCTNDDzHg/ScJK1Q==} + engines: {node: '>=6'} + dev: false + /proc-log@3.0.0: resolution: {integrity: sha512-++Vn7NS4Xf9NacaU9Xq3URUuqZETPsf8L4j5/ckhaRYsfPeRyzGw+iDjFhV/Jr3uNmTvvddEJFWh5R1gRgUH8A==} engines: {node: ^14.17.0 || ^16.13.0 || >=18.0.0} @@ -12246,6 +12548,16 @@ packages: react-is: 18.1.0 dev: true + /react-error-boundary@3.1.4(react@18.2.0): + resolution: {integrity: sha512-uM9uPzZJTF6wRQORmSrvOIgt4lJ9MC1sNgEOj2XGsDTRE4kmpWxg7ENK9EWNKJRMAOY9z0MuF4yIfl6gp4sotA==} + engines: {node: '>=10', npm: '>=6'} + peerDependencies: + react: '>=16.13.1' + dependencies: + '@babel/runtime': 7.22.3 + react: 18.2.0 + dev: false + /react-inspector@6.0.2(react@18.2.0): resolution: {integrity: sha512-x+b7LxhmHXjHoU/VrFAzw5iutsILRoYyDq97EDYdFpPLcvqtEzk4ZSZSQjnFPbr5T57tLXnHcqFYoN1pI6u8uQ==} peerDependencies: @@ -13418,6 +13730,10 @@ packages: resolution: {integrity: sha512-QD9qKY3StfbZqWOPLp0++pOrAVb/HbUi5xCc8cUo4XjP19808oaMiDzn0leBY5mCespIBM0CIZePzZjgzR83kA==} dev: false + /tabbable@6.2.0: + resolution: {integrity: sha512-Cat63mxsVJlzYvN51JmVXIgNoUokrIaT2zLclCXjRd8boZ0004U4KCs/sToJ75C6sdlByWxpYnb5Boif1VSFew==} + dev: false + /table@6.8.1: resolution: {integrity: sha512-Y4X9zqrCftUhMeH2EptSSERdVKt/nEdijTOacGD/97EKjhQ/Qs8RTlEGABSJNNN8lac9kheH+af7yAkEWlgneA==} engines: {node: '>=10.0.0'} @@ -14562,6 +14878,13 @@ packages: buffer-crc32: 0.2.13 dev: true + /yjs@13.6.13: + resolution: {integrity: sha512-iVWZ1zyMb29OZEQT9VNsDGTMb/YFVlJMDox6DpyJN6lqDso1yam16l6bVrGJ1hyu/LyNeLa4hhFRzCBFzAvNeg==} + engines: {node: '>=16.0.0', npm: '>=8.0.0'} + dependencies: + lib0: 0.2.90 + dev: false + /ylru@1.3.2: resolution: {integrity: sha512-RXRJzMiK6U2ye0BlGGZnmpwJDPgakn6aNQ0A7gHRbD4I0uvK4TW6UqkK1V0pp9jskjJBAXd3dRrbzWkqJ+6cxA==} engines: {node: '>= 4.0.0'} diff --git a/vscode/CHANGELOG.md b/vscode/CHANGELOG.md index bddc857c0d83..6ecc3eecd5fb 100644 --- a/vscode/CHANGELOG.md +++ b/vscode/CHANGELOG.md @@ -14,6 +14,9 @@ This is a log of all notable changes to Cody for VS Code. [Unreleased] changes a - Autocomplete: Upgrade tree-sitter and expand language support. [pull/3373](https://github.com/sourcegraph/cody/pull/3373) - Autocomplete: Do not cut off completions when they are almost identical to the following non-empty line. [pull/3377](https://github.com/sourcegraph/cody/pull/3377) +- Chat: The UpArrow key in an empty chat editor now edits the most recently sent message instead of populating the editor with the last message's text. +- Chat: The chat editor uses a new rich editor component. If you open an old chat added before this version and edit a message in the transcript with @-mentions, the @-mentions will show up as plain text and will not actually include the mentioned files unless you re-type them. + ## [1.8.3] diff --git a/vscode/package.json b/vscode/package.json index 47f2a016efa0..90f447a4a68f 100644 --- a/vscode/package.json +++ b/vscode/package.json @@ -38,7 +38,12 @@ "test:unit:tree-sitter-queries": "vitest ./src/tree-sitter/query-tests/*.test.ts", "github-changelog": "ts-node-transpile-only ./scripts/github-changelog.ts" }, - "categories": ["Programming Languages", "Machine Learning", "Snippets", "Education"], + "categories": [ + "Programming Languages", + "Machine Learning", + "Snippets", + "Education" + ], "keywords": [ "ai", "openai", @@ -89,7 +94,11 @@ }, "main": "./dist/extension.node.js", "browser": "./dist/extension.web.js", - "activationEvents": ["onLanguage", "onStartupFinished", "onWebviewPanel:cody.chatPanel"], + "activationEvents": [ + "onLanguage", + "onStartupFinished", + "onWebviewPanel:cody.chatPanel" + ], "contributes": { "walkthroughs": [ { @@ -811,12 +820,20 @@ "order": 2, "type": "string", "markdownDescription": "A Git repository URL to use instead of allowing Cody to infer the Git repository from the workspace.", - "examples": ["https://github.com/sourcegraph/cody", "ssh://git@github.com/sourcegraph/cody"] + "examples": [ + "https://github.com/sourcegraph/cody", + "ssh://git@github.com/sourcegraph/cody" + ] }, "cody.useContext": { "order": 99, "type": "string", - "enum": ["embeddings", "keyword", "blended", "none"], + "enum": [ + "embeddings", + "keyword", + "blended", + "none" + ], "default": "blended", "markdownDescription": "Controls which context providers Cody uses for chat, commands and inline edits. Use 'blended' for best results. For debugging other context sources, 'embeddings' will use an embeddings-based index if available. 'keyword' will use a search-based index. 'none' will not use embeddings or search-based indexes." }, @@ -880,7 +897,9 @@ "order": 6, "type": "string", "markdownDescription": "A custom instruction to be included at the start of all chat messages. (E.g., \"Answer all my questions in Spanish.\")", - "examples": ["Answer all my questions in Spanish."] + "examples": [ + "Answer all my questions in Spanish." + ] }, "cody.codeActions.enabled": { "order": 11, @@ -945,15 +964,27 @@ "cody.telemetry.level": { "order": 99, "type": "string", - "enum": ["all", "off"], - "enumDescriptions": ["Sends usage data and errors.", "Disables all extension telemetry."], + "enum": [ + "all", + "off" + ], + "enumDescriptions": [ + "Sends usage data and errors.", + "Disables all extension telemetry." + ], "markdownDescription": "Controls the telemetry about Cody usage and errors. See [Cody usage and privacy notice](https://about.sourcegraph.com/terms/cody-notice).", "default": "all" }, "cody.autocomplete.advanced.provider": { "type": "string", "default": null, - "enum": [null, "anthropic", "fireworks", "unstable-openai", "experimental-ollama"], + "enum": [ + null, + "anthropic", + "fireworks", + "unstable-openai", + "experimental-ollama" + ], "markdownDescription": "The provider used for code autocomplete. Most providers other than `anthropic` require the `cody.autocomplete.advanced.serverEndpoint` and `cody.autocomplete.advanced.accessToken` settings to also be set. Check the Cody output channel for error messages if autocomplete is not working as expected." }, "cody.autocomplete.advanced.serverEndpoint": { @@ -967,7 +998,12 @@ "cody.autocomplete.advanced.model": { "type": "string", "default": null, - "enum": [null, "starcoder-16b", "starcoder-7b", "llama-code-13b"], + "enum": [ + null, + "starcoder-16b", + "starcoder-7b", + "llama-code-13b" + ], "markdownDescription": "Overwrite the model used for code autocompletion inference. This is only supported with the `fireworks` provider" }, "cody.autocomplete.completeSuggestWidgetSelection": { @@ -987,7 +1023,10 @@ }, "cody.experimental.foldingRanges": { "type": "string", - "enum": ["lsp", "indentation-based"], + "enum": [ + "lsp", + "indentation-based" + ], "enumDescriptions": [ "Use folding ranges that are enabled by default in VS Code, and are usually powered by LSP", "Use custom implementation of folding ranges that is indentation based. This is the implementation that is used by other Cody clients like the JetBrains plugin" @@ -1018,7 +1057,11 @@ "cody.autocomplete.experimental.graphContext": { "type": "string", "default": null, - "enum": [null, "bfg", "bfg-mixed"], + "enum": [ + null, + "bfg", + "bfg-mixed" + ], "markdownDescription": "Use the code graph to retrieve context for autocomplete requests." }, "cody.autocomplete.experimental.ollamaOptions": { @@ -1119,6 +1162,10 @@ }, "dependencies": { "@anthropic-ai/sdk": "^0.4.2", + "@floating-ui/react": "^0.26.9", + "@lexical/code": "^0.13.1", + "@lexical/html": "^0.13.1", + "@lexical/react": "^0.13.1", "@mdi/js": "^7.2.96", "@opentelemetry/api": "^1.7.0", "@opentelemetry/core": "^1.18.1", @@ -1147,6 +1194,7 @@ "glob": "^7.2.3", "isomorphic-fetch": "^3.0.0", "js-levenshtein": "^1.1.6", + "lexical": "^0.13.1", "lodash": "^4.17.21", "lru-cache": "^10.0.0", "mkdirp": "^3.0.1", diff --git a/vscode/src/chat/chat-view/ChatHistoryManager.ts b/vscode/src/chat/chat-view/ChatHistoryManager.ts index 85e5b6e4df9c..738f261b5026 100644 --- a/vscode/src/chat/chat-view/ChatHistoryManager.ts +++ b/vscode/src/chat/chat-view/ChatHistoryManager.ts @@ -1,9 +1,4 @@ -import type { - AuthStatus, - ChatInputHistory, - SerializedChatTranscript, - UserLocalHistory, -} from '@sourcegraph/cody-shared' +import type { AuthStatus, SerializedChatTranscript, UserLocalHistory } from '@sourcegraph/cody-shared' import { localStorage } from '../../services/LocalStorageProvider' @@ -19,14 +14,10 @@ export class ChatHistoryManager { public async saveChat( authStatus: AuthStatus, - chat: SerializedChatTranscript, - input?: ChatInputHistory + chat: SerializedChatTranscript ): Promise { const history = localStorage.getChatHistory(authStatus) history.chat[chat.id] = chat - if (input) { - history.input.push(input) - } await localStorage.setChatHistory(authStatus, history) return history } diff --git a/vscode/src/chat/chat-view/ChatManager.ts b/vscode/src/chat/chat-view/ChatManager.ts index 499add391fcf..ecb227ea31fd 100644 --- a/vscode/src/chat/chat-view/ChatManager.ts +++ b/vscode/src/chat/chat-view/ChatManager.ts @@ -133,6 +133,7 @@ export class ChatManager implements vscode.Disposable { args.text, args?.submitType, args?.contextFiles ?? [], + args?.editorState, args?.addEnhancedContext ?? true, args?.source ) diff --git a/vscode/src/chat/chat-view/SimpleChatModel.ts b/vscode/src/chat/chat-view/SimpleChatModel.ts index 195156679af3..fa75b655c58f 100644 --- a/vscode/src/chat/chat-view/SimpleChatModel.ts +++ b/vscode/src/chat/chat-view/SimpleChatModel.ts @@ -38,7 +38,7 @@ export class SimpleChatModel { lastMessage.contextFiles = newContextUsed.filter(c => !isCodyIgnoredFile(c.uri)) } - public addHumanMessage(message: Omit): void { + public addHumanMessage(message: Omit): void { if (this.messages.at(-1)?.speaker === 'human') { throw new Error('Cannot add a user message after a user message') } diff --git a/vscode/src/chat/chat-view/SimpleChatPanelProvider.ts b/vscode/src/chat/chat-view/SimpleChatPanelProvider.ts index da952d22a744..22c98d1663a3 100644 --- a/vscode/src/chat/chat-view/SimpleChatPanelProvider.ts +++ b/vscode/src/chat/chat-view/SimpleChatPanelProvider.ts @@ -4,7 +4,6 @@ import * as vscode from 'vscode' import { type ChatClient, type ChatEventSource, - type ChatInputHistory, type ChatMessage, ConfigFeaturesSingleton, type ContextItem, @@ -252,6 +251,7 @@ export class SimpleChatPanelProvider implements vscode.Disposable, ChatSession { message.text, message.submitType, message.contextFiles ?? [], + message.editorState, message.addEnhancedContext ?? false, 'chat' ) @@ -263,6 +263,7 @@ export class SimpleChatPanelProvider implements vscode.Disposable, ChatSession { message.text, message.index, message.contextFiles ?? [], + message.editorState, message.addEnhancedContext || false ) break @@ -394,6 +395,7 @@ export class SimpleChatPanelProvider implements vscode.Disposable, ChatSession { inputText: string, submitType: ChatSubmitType, userContextFiles: ContextItem[], + editorState: ChatMessage['editorState'], addEnhancedContext: boolean, source?: ChatEventSource ): Promise { @@ -441,8 +443,8 @@ export class SimpleChatPanelProvider implements vscode.Disposable, ChatSession { await this.clearAndRestartSession() } - this.chatModel.addHumanMessage({ text: inputText }) - await this.saveSession({ inputText, inputContextFiles: userContextFiles }) + this.chatModel.addHumanMessage({ text: inputText, editorState }) + await this.saveSession() this.postEmptyMessageInProgress() @@ -534,8 +536,9 @@ export class SimpleChatPanelProvider implements vscode.Disposable, ChatSession { private async handleEdit( requestID: string, text: string, - index?: number, - contextFiles: ContextItem[] = [], + index: number | undefined, + contextFiles: ContextItem[], + editorState: ChatMessage['editorState'], addEnhancedContext = true ): Promise { telemetryService.log('CodyVSCodeExtension:editChatButton:clicked', undefined, { @@ -554,6 +557,7 @@ export class SimpleChatPanelProvider implements vscode.Disposable, ChatSession { text, 'user', contextFiles, + editorState, addEnhancedContext ) } catch { @@ -599,7 +603,10 @@ export class SimpleChatPanelProvider implements vscode.Disposable, ChatSession { }) } + // Cancel previously in-flight query. const cancellation = new vscode.CancellationTokenSource() + this.contextFilesQueryCancellation?.cancel() + this.contextFilesQueryCancellation = cancellation try { const MAX_RESULTS = 20 @@ -632,11 +639,6 @@ export class SimpleChatPanelProvider implements vscode.Disposable, ChatSession { } } catch (error) { this.postError(new Error(`Error retrieving context files: ${error}`)) - } finally { - // Cancel any previous search request after we update the UI - // to avoid a flash of empty results as you type - this.contextFilesQueryCancellation?.cancel() - this.contextFilesQueryCancellation = cancellation } } @@ -1044,11 +1046,10 @@ export class SimpleChatPanelProvider implements vscode.Disposable, ChatSession { this.postViewTranscript() } - private async saveSession(humanInput?: ChatInputHistory): Promise { + private async saveSession(): Promise { const allHistory = await this.history.saveChat( this.authProvider.getAuthStatus(), - this.chatModel.toSerializedChatTranscript(), - humanInput + this.chatModel.toSerializedChatTranscript() ) if (allHistory) { void this.postMessage({ diff --git a/vscode/src/chat/chat-view/chat-helpers.ts b/vscode/src/chat/chat-view/chat-helpers.ts index 4b01ae2b2128..51339bc1ad98 100644 --- a/vscode/src/chat/chat-view/chat-helpers.ts +++ b/vscode/src/chat/chat-view/chat-helpers.ts @@ -1,6 +1,6 @@ import * as vscode from 'vscode' -import { type RangeData, getDisplayText } from '@sourcegraph/cody-shared' +import type { RangeData } from '@sourcegraph/cody-shared' export async function openFile( uri: vscode.Uri, @@ -27,13 +27,13 @@ export function getChatPanelTitle(lastHumanText?: string, truncateTitle = true): return 'New Chat' } - let displayText = getDisplayText({ speaker: 'human', text: lastHumanText }) + let text = lastHumanText // Regex to remove the markdown formatted links with this format: '[_@FILENAME_]()' const MARKDOWN_LINK_REGEX = /\[_(.+?)_]\((.+?)\)/g - displayText = displayText.replaceAll(MARKDOWN_LINK_REGEX, '$1')?.trim() + text = text.replaceAll(MARKDOWN_LINK_REGEX, '$1')?.trim() if (!truncateTitle) { - return displayText + return text } // truncate title that is too long - return displayText.length > 25 ? `${displayText.slice(0, 25).trim()}...` : displayText + return text.length > 25 ? `${text.slice(0, 25).trim()}...` : text } diff --git a/vscode/src/chat/protocol.ts b/vscode/src/chat/protocol.ts index f96d77bcb95f..b47849729367 100644 --- a/vscode/src/chat/protocol.ts +++ b/vscode/src/chat/protocol.ts @@ -149,11 +149,17 @@ export type ChatSubmitType = 'user' | 'user-newchat' export interface WebviewSubmitMessage extends WebviewContextMessage { text: string submitType: ChatSubmitType + + /** An opaque value representing the text editor's state. @see {ChatMessage.editorState} */ + editorState?: unknown } interface WebviewEditMessage extends WebviewContextMessage { text: string index?: number + + /** An opaque value representing the text editor's state. @see {ChatMessage.editorState} */ + editorState?: unknown } interface WebviewContextMessage { diff --git a/vscode/src/completions/inline-completion-item-provider.test.ts b/vscode/src/completions/inline-completion-item-provider.test.ts index 32d68aa0b862..4afeb012e78f 100644 --- a/vscode/src/completions/inline-completion-item-provider.test.ts +++ b/vscode/src/completions/inline-completion-item-provider.test.ts @@ -275,10 +275,7 @@ describe('InlineCompletionItemProvider', () => { }) it('does not triggers notice the first time an inline complation is accepted if not a new install', async () => { - await localStorage.setChatHistory(DUMMY_AUTH_STATUS, { - chat: { a: null as any }, - input: [{ inputText: '', inputContextFiles: [] }], - }) + await localStorage.setChatHistory(DUMMY_AUTH_STATUS, { chat: { a: null as any } }) const { document, position } = documentAndPosition('const foo = █', 'typescript') diff --git a/vscode/src/services/LocalStorageProvider.test.ts b/vscode/src/services/LocalStorageProvider.test.ts index 0185bb7aa359..383cf3d3c271 100644 --- a/vscode/src/services/LocalStorageProvider.test.ts +++ b/vscode/src/services/LocalStorageProvider.test.ts @@ -3,7 +3,6 @@ import type * as vscode from 'vscode' import type { AuthStatus } from '@sourcegraph/cody-shared' -import { URI } from 'vscode-uri' import { localStorage } from './LocalStorageProvider' describe('LocalStorageProvider', () => { @@ -24,13 +23,11 @@ describe('LocalStorageProvider', () => { it('sets and gets chat history', async () => { await localStorage.setChatHistory(DUMMY_AUTH_STATUS, { chat: { a: null as any }, - input: [{ inputText: 'a', inputContextFiles: [{ type: 'file', uri: URI.file('a') }] }], }) const loadedHistory = localStorage.getChatHistory(DUMMY_AUTH_STATUS) expect(loadedHistory).toEqual({ chat: { a: null as any }, - input: [{ inputText: 'a', inputContextFiles: [{ type: 'file', uri: URI.file('a') }] }], }) }) }) diff --git a/vscode/src/services/LocalStorageProvider.ts b/vscode/src/services/LocalStorageProvider.ts index 642d4870f2b0..4523c1d3d4a2 100644 --- a/vscode/src/services/LocalStorageProvider.ts +++ b/vscode/src/services/LocalStorageProvider.ts @@ -1,12 +1,7 @@ import * as uuid from 'uuid' import type { Memento } from 'vscode' -import type { - AuthStatus, - ChatHistory, - ChatInputHistory, - UserLocalHistory, -} from '@sourcegraph/cody-shared' +import type { AuthStatus, ChatHistory, UserLocalHistory } from '@sourcegraph/cody-shared' import { isSourcegraphToken } from '../chat/protocol' @@ -17,7 +12,6 @@ type AccountKeyedChatHistory = { interface PersistedUserLocalHistory { chat: ChatHistory - input: ChatInputHistory[] } class LocalStorage { @@ -98,7 +92,7 @@ class LocalStorage { public getChatHistory(authStatus: AuthStatus): UserLocalHistory { const history = this.storage.get(this.KEY_LOCAL_HISTORY, null) const accountKey = getKeyForAuthStatus(authStatus) - return history?.[accountKey] ?? { chat: {}, input: [] } + return history?.[accountKey] ?? { chat: {} } } public async setChatHistory(authStatus: AuthStatus, history: UserLocalHistory): Promise { @@ -137,7 +131,7 @@ class LocalStorage { public async removeChatHistory(authStatus: AuthStatus): Promise { try { - await this.setChatHistory(authStatus, { chat: {}, input: [] }) + await this.setChatHistory(authStatus, { chat: {} }) } catch (error) { console.error(error) } diff --git a/vscode/test/e2e/chat-atFile.test.md b/vscode/test/e2e/chat-atFile.test.md index 8e0289aa7378..c6ea4380a20d 100644 --- a/vscode/test/e2e/chat-atFile.test.md +++ b/vscode/test/e2e/chat-atFile.test.md @@ -1,16 +1,15 @@ # Expected behaviors for the @-mention feature -Currently covered by the e2e test in `chat-atFile.test.ts`: +Currently covered by the e2e tests in `chat-atFile.test.ts`: -- Typing '@' in the chat input shows a search box for files. Typing '#' shows one for symbols instead. -- Searching for a non-existent file or symbol shows a "No matching files/symbols found" message. +- Typing '@' in the chat input shows a search box for files. Typing '@#' shows one for symbols instead. +- Searching for a non-existent file or symbol shows a "No files/symbols found" message. - Search only matches files in the relative visible path, not full absolute paths. - Search includes dotfiles after ".". - Searches match with either forward or backslashes. - Can click a file result fom the box to insert it into the chat input. - Inserted file context persists when resending a message from history. -- Can use the Up and Down arrow keys navigate through suggested file results. -- Can use the Left and Right arrow keys to close the file selector without modifying the input text. +- Can use the Up and Down arrow keys to navigate through suggested file results. - Can use the ESC key to close the file selector without modifying the input text. - Pressing tab after a full filename inserts the @-mention with a trailing space. - Pressing tab after a partial filename completes to an existing @-mention. diff --git a/vscode/test/e2e/chat-atFile.test.ts b/vscode/test/e2e/chat-atFile.test.ts index 06e3c68ab5ad..60efd6d17993 100644 --- a/vscode/test/e2e/chat-atFile.test.ts +++ b/vscode/test/e2e/chat-atFile.test.ts @@ -2,24 +2,24 @@ import { expect } from '@playwright/test' import { isWindows } from '@sourcegraph/cody-shared' -import { sidebarSignin } from './common' -import { type ExpectedEvents, getMetaKeyByOS, test, withPlatformSlashes } from './helpers' - -/** - * Tests for @-file & @#-symbol in chat - * See chat-atFile.test.md for the expected behavior for this feature. - * - * NOTE: Creating new chats is slow, and setup is slow, so we collapse all these into one test - */ +import { sidebarExplorer, sidebarSignin } from './common' +import { type ExpectedEvents, test, withPlatformSlashes } from './helpers' + +// See chat-atFile.test.md for the expected behavior for this feature. +// +// NOTE: Creating new chats is slow, and setup is slow, so collapse these into fewer tests. + test.extend({ - // list of events we expect this test to log, add to this list as needed expectedEvents: [ 'CodyInstalled', 'CodyVSCodeExtension:at-mention:executed', 'CodyVSCodeExtension:at-mention:file:executed', - 'CodyVSCodeExtension:at-mention:symbol:executed', ], -})('@-file & @#-symbol in chat view', async ({ page, sidebar }) => { +})('@-mention file in chat', async ({ page, sidebar }) => { + // This test requires that the window be focused in the OS window manager because it deals with + // focus. + await page.bringToFront() + await sidebarSignin(page, sidebar) await page.getByRole('button', { name: 'New Chat', exact: true }).click() @@ -31,14 +31,14 @@ test.extend({ await page.keyboard.type('@') await expect( chatPanelFrame.getByRole('heading', { - name: 'Search for a file to include, or type # to search symbols...', + name: 'Search for a file to include, or type # for symbols...', }) ).toBeVisible() + await page.keyboard.press('Backspace') // No results - await chatInput.click() - await page.keyboard.type('@definitelydoesntexist') - await expect(chatPanelFrame.getByRole('heading', { name: 'No matching files found' })).toBeVisible() + await chatInput.fill('@definitelydoesntexist') + await expect(chatPanelFrame.getByRole('heading', { name: 'No files found' })).toBeVisible() // Clear the input so the next test doesn't detect the same text already visible from the previous // check (otherwise the test can pass even without the filter working). @@ -49,69 +49,64 @@ test.extend({ // TODO(dantup): After https://github.com/sourcegraph/cody/pull/2235 lands, add workspacedirectory to the test // and assert that it contains `fixtures` to ensure this check isn't passing because the fixture folder no // longer matches. - await page.keyboard.type('@fixtures') // fixture is in the test project folder name, but in the relative paths. - await expect(chatPanelFrame.getByRole('heading', { name: 'No matching files found' })).toBeVisible() + await chatInput.fill('@fixtures') // fixture is in the test project folder name, but not in the relative paths. + await expect(chatPanelFrame.getByRole('heading', { name: 'No files found' })).toBeVisible() // Includes dotfiles after just "." await chatInput.fill('@.') - await expect(chatPanelFrame.getByRole('button', { name: '.mydotfile' })).toBeVisible() - - // Symbol empty state - await chatInput.fill('@#') - await expect( - chatPanelFrame.getByRole('heading', { name: 'Search for a symbol to include..' }) - ).toBeVisible() + await expect(chatPanelFrame.getByRole('option', { name: '.mydotfile' })).toBeVisible() // Forward slashes await chatInput.fill('@lib/batches/env') await expect( - chatPanelFrame.getByRole('button', { name: withPlatformSlashes('lib/batches/env/var.go') }) + chatPanelFrame.getByRole('option', { name: withPlatformSlashes('var.go lib/batches/env') }) ).toBeVisible() // Backslashes if (isWindows()) { await chatInput.fill('@lib\\batches\\env') await expect( - chatPanelFrame.getByRole('button', { name: withPlatformSlashes('lib/batches/env/var.go') }) + chatPanelFrame.getByRole('option', { name: withPlatformSlashes('var.go lib/batches/env') }) ).toBeVisible() } // Space before @ is required unless it's at position 0 await chatInput.fill('Explain@mj') - await expect(chatPanelFrame.getByRole('button', { name: 'Main.java' })).not.toBeVisible() + await expect(chatPanelFrame.getByRole('option', { name: 'Main.java' })).not.toBeVisible() await chatInput.fill('@mj') - await expect(chatPanelFrame.getByRole('button', { name: 'Main.java' })).toBeVisible() + await expect(chatPanelFrame.getByRole('option', { name: 'Main.java' })).toBeVisible() await chatInput.fill('clear') // Searching and clicking await chatInput.fill('Explain @mj') - await chatPanelFrame.getByRole('button', { name: 'Main.java' }).click() - await expect(chatInput).toHaveValue('Explain @Main.java ') + await chatPanelFrame.getByRole('option', { name: 'Main.java' }).click() + await expect(chatInput).toHaveText('Explain @Main.java ') + await expect(chatInput.getByText('@Main.java')).toHaveClass(/context-item-mention-node/) await chatInput.press('Enter') await expect(chatInput).toBeEmpty() await expect(chatPanelFrame.getByText('Explain @Main.java')).toBeVisible() await expect(chatPanelFrame.getByText(/^✨ Context:/)).toHaveCount(1) - await expect(chatInput).not.toHaveValue('Explain @Main.java ') - await expect(chatPanelFrame.getByRole('button', { name: 'Main.java' })).not.toBeVisible() - - // Use history to re-send a message with context files - await page.waitForTimeout(50) - await chatInput.press('ArrowUp', { delay: 50 }) - await expect(chatInput).toHaveValue('Explain @Main.java ') - await chatInput.press('Meta+Enter') - await expect(chatPanelFrame.getByText(/^✨ Context:/)).toHaveCount(2) + await expect(chatInput).not.toHaveText('Explain @Main.java ') + await expect(chatPanelFrame.getByRole('option', { name: 'Main.java' })).not.toBeVisible() // Keyboard nav through context files - await chatInput.type('Explain @vgo', { delay: 50 }) // without this delay the following Enter submits the form instead of selecting - await chatInput.press('Enter') - await expect(chatInput).toHaveValue(withPlatformSlashes('Explain @lib/batches/env/var.go ')) - await chatInput.type('and @vgo', { delay: 50 }) // without this delay the following Enter submits the form instead of selecting + await chatInput.fill('Explain @var.go') + await expect( + chatPanelFrame.getByRole('option', { name: withPlatformSlashes('var.go lib/batches/env') }) + ).toBeVisible() + await chatInput.press('Tab') + await expect(chatInput).toHaveText(withPlatformSlashes('Explain @lib/batches/env/var.go ')) + await chatInput.focus() + await chatInput.pressSequentially('and @vgo') + await expect( + chatPanelFrame.getByRole('option', { name: withPlatformSlashes('visualize.go') }) + ).toBeVisible() await chatInput.press('ArrowDown') // second item (visualize.go) await chatInput.press('ArrowDown') // third item (.vscode/settings.json) await chatInput.press('ArrowDown') // wraps back to first item await chatInput.press('ArrowDown') // second item again - await chatInput.press('Enter') - await expect(chatInput).toHaveValue( + await chatInput.press('Tab') + await expect(chatInput).toHaveText( withPlatformSlashes( 'Explain @lib/batches/env/var.go and @lib/codeintel/tools/lsif-visualize/visualize.go ' ) @@ -129,54 +124,56 @@ test.extend({ ).toBeVisible() // Ensure explicitly @-included context shows up as enhanced context - await expect(chatPanelFrame.getByText(/^✨ Context:/)).toHaveCount(3) + await expect(chatPanelFrame.getByText(/^✨ Context:/)).toHaveCount(2) // Check pressing tab after typing a complete filename. // https://github.com/sourcegraph/cody/issues/2200 await chatInput.focus() await chatInput.clear() - await chatInput.type('@Main.java', { delay: 50 }) + await chatInput.pressSequentially('@Main.java') + await expect(chatPanelFrame.getByRole('option', { name: 'Main.java' })).toBeVisible() await chatInput.press('Tab') - await expect(chatInput).toHaveValue('@Main.java ') + await expect(chatInput).toHaveText('@Main.java ') // Check pressing tab after typing a partial filename but where that complete // filename already exists earlier in the input. // https://github.com/sourcegraph/cody/issues/2243 - await chatInput.type('and @Main.ja', { delay: 50 }) + await chatInput.pressSequentially('and @Main.ja', { delay: 50 }) await chatInput.press('Tab') - await expect(chatInput).toHaveValue('@Main.java and @Main.java ') + await expect(chatInput).toHaveText('@Main.java and @Main.java ') // Support @-file in mid-sentence await chatInput.focus() await chatInput.clear() - await chatInput.type('Explain the file', { delay: 50 }) + await chatInput.fill('Explain the file') await chatInput.press('ArrowLeft') // 'Explain the fil|e' await chatInput.press('ArrowLeft') // 'Explain the fi|le' await chatInput.press('ArrowLeft') // 'Explain the f|ile' await chatInput.press('ArrowLeft') // 'Explain the |file' await chatInput.press('ArrowLeft') // 'Explain the| file' await chatInput.press('Space') // 'Explain the | file' - await chatInput.type('@Main', { delay: 50 }) + await chatInput.pressSequentially('@Main') + await expect(chatPanelFrame.getByRole('option', { name: 'Main.java' })).toBeVisible() await chatInput.press('Tab') - await expect(chatInput).toHaveValue('Explain the @Main.java file') + await expect(chatInput).toHaveText('Explain the @Main.java file') // Confirm the cursor is at the end of the newly added file name with space - await page.keyboard.type('!') - await expect(chatInput).toHaveValue('Explain the @Main.java !file') - - // "ArrowLeft" / "ArrowRight" keys close the selection without altering current input. - const noMatches = chatPanelFrame.getByRole('heading', { name: 'No matching files found' }) - await chatInput.type(' @abcdefg', { delay: 50 }) - await expect(chatInput).toHaveValue('Explain the @Main.java ! @abcdefgfile') + await page.keyboard.press('!') + await page.keyboard.press('Delete') + await expect(chatInput).toHaveText('Explain the @Main.java !file') + + // "ArrowLeft" / "ArrowRight" keys alter the query input for @-mentions. + const noMatches = chatPanelFrame.getByRole('heading', { name: 'No files found' }) + await chatInput.pressSequentially(' @abcdefg') + await expect(chatInput).toHaveText('Explain the @Main.java ! @abcdefgfile') await noMatches.hover() await expect(noMatches).toBeVisible() await chatInput.press('ArrowLeft') - await expect(noMatches).not.toBeVisible() + await expect(noMatches).toBeVisible() await chatInput.press('ArrowRight') - await expect(noMatches).not.toBeVisible() - await chatInput.type('?', { delay: 50 }) - await expect(chatInput).toHaveValue('Explain the @Main.java ! @abcdefg?file') - await noMatches.hover() await expect(noMatches).toBeVisible() + await chatInput.press('?') + await expect(chatInput).toHaveText('Explain the @Main.java ! @abcdefg?file') + await expect(noMatches).not.toBeVisible() // Selection close on submit await chatInput.press('Enter') await expect(noMatches).not.toBeVisible() @@ -188,69 +185,179 @@ test.extend({ await chatInput.fill('@unknown') await expect(noMatches).toBeVisible() await chatInput.press('?') - await expect(chatInput).toHaveValue('@unknown?') + await expect(chatInput).toHaveText('@unknown?') await expect(noMatches).not.toBeVisible() await chatInput.press('Backspace') await expect(noMatches).toBeVisible() +}) + +test('editing a chat message with @-mention', async ({ page, sidebar }) => { + await sidebarSignin(page, sidebar) + await page.getByRole('button', { name: 'New Chat', exact: true }).click() + const chatPanelFrame = page.frameLocator('iframe.webview').last().frameLocator('iframe') + const chatInput = chatPanelFrame.getByRole('textbox', { name: 'Chat message' }) - const osKey = getMetaKeyByOS() + // Send a message with an @-mention. + await chatInput.fill('Explain @mj') + await chatPanelFrame.getByRole('option', { name: 'Main.java' }).click() + await expect(chatInput).toHaveText('Explain @Main.java ') + await expect(chatInput.getByText('@Main.java')).toHaveClass(/context-item-mention-node/) + await chatInput.press('Enter') + await expect(chatInput).toBeEmpty() + await expect(chatPanelFrame.getByText('Explain @Main.java')).toBeVisible() + await expect(chatPanelFrame.getByText(/^✨ Context: 1 file/)).toHaveCount(1) + + // Edit the just-sent message and resend it. Confirm it is sent with the right context items. + await chatInput.press('ArrowUp') + await expect(chatInput).toHaveText('Explain @Main.java ') + await chatInput.press('Meta+Enter') + await expect(chatPanelFrame.getByText(/^✨ Context: 1 file/)).toHaveCount(1) + + // Edit it again, add a new @-mention, and resend. + await chatInput.press('ArrowUp') + await expect(chatInput).toHaveText('Explain @Main.java ') + await chatInput.pressSequentially('and @index.ht') + await chatPanelFrame.getByRole('option', { name: 'index.html' }).click() + await expect(chatInput).toHaveText('Explain @Main.java and @index.html') + await expect(chatInput.getByText('@index.html')).toHaveClass(/context-item-mention-node/) + await chatInput.press('Enter') + await expect(chatInput).toBeEmpty() + await expect(chatPanelFrame.getByText('Explain @Main.java and @index.html')).toBeVisible() + await expect(chatPanelFrame.getByText(/^✨ Context: 2 files/)).toHaveCount(1) +}) - // Typing out the whole file path without pressing tab/enter should still include the - // file as context - await chatInput.press(`${osKey}+/`) // start a new chat - await chatInput.fill('@index.htm') +test('typing @-mention text does not automatically accept it', async ({ page, sidebar }) => { + await sidebarSignin(page, sidebar) + await page.getByRole('button', { name: 'New Chat', exact: true }).click() + const chatPanelFrame = page.frameLocator('iframe.webview').last().frameLocator('iframe') + const chatInput = chatPanelFrame.getByRole('textbox', { name: 'Chat message' }) + + // Typing out the whole file path without pressing tab/enter should NOT include the file as + // context. + await chatInput.fill('Explain @index.htm') + await page.waitForTimeout(100) await chatInput.press('l') - await expect(chatPanelFrame.getByRole('button', { name: 'index.html' })).toBeVisible() + await expect(chatPanelFrame.getByRole('option', { name: 'index.html' })).toBeVisible() await chatInput.press('Space') - await page.keyboard.type('explain.', { delay: 50 }) + await expect(chatPanelFrame.getByRole('option', { name: 'index.html' })).not.toBeVisible() await chatInput.press('Enter') - await expect(chatPanelFrame.getByText(/^✨ Context:/)).toHaveCount(1) + await expect(chatPanelFrame.getByText(/^✨ Context:/)).toHaveCount(0) }) -test('@-file with range support', async ({ page, sidebar }) => { +test('pressing Enter with @-mention menu open selects item, does not submit message', async ({ + page, + sidebar, +}) => { await sidebarSignin(page, sidebar) await page.getByRole('button', { name: 'New Chat', exact: true }).click() const chatPanelFrame = page.frameLocator('iframe.webview').last().frameLocator('iframe') const chatInput = chatPanelFrame.getByRole('textbox', { name: 'Chat message' }) - // Clicking on a file in the selector should autocomplete the file in chat input with added space - await chatInput.fill('@index.htm') - await expect(chatPanelFrame.getByRole('button', { name: 'index.html' })).toBeVisible() - await chatPanelFrame.getByRole('button', { name: 'index.html' }).click() - await expect(chatInput).toHaveValue('@index.html ') - - // NOTE: Ghost text format: @path/file:line-line (line range) - // Ghost text shows up when @file is followed by a colon and get updated as the user types - await chatInput.fill('@index.html:') - const ghostText0 = 'index.html:line-line (line range)' - await expect(chatPanelFrame.getByRole('button', { name: ghostText0 })).toBeVisible() - - await chatInput.fill('@index.html:1') - const ghostText1 = 'index.html:1-line (line range)' - await expect(chatPanelFrame.getByRole('button', { name: ghostText1 })).toBeVisible() - - await chatInput.fill('@index.html:1-') - const ghostText2 = 'index.html:1-line (line range)' - await expect(chatPanelFrame.getByRole('button', { name: ghostText2 })).toBeVisible() - - await chatInput.fill('@index.html:1-5') - const ghostText3 = 'index.html:1-5 (line range)' - await expect(chatPanelFrame.getByRole('button', { name: ghostText3 })).toBeVisible() - - // Pressing enter should close the suggestion box and add a whitespace after selection + await chatInput.fill('Explain @index.htm') + await expect(chatPanelFrame.getByRole('option', { name: 'index.html' })).toBeVisible() + await chatInput.press('Enter') + await expect(chatInput).toHaveText('Explain @index.html') + await expect(chatInput.getByText('@index.html')).toHaveClass(/context-item-mention-node/) +}) + +test('@-mention links in transcript message', async ({ page, sidebar }) => { + await sidebarSignin(page, sidebar) + + // Open chat. + await page.getByRole('button', { name: 'New Chat', exact: true }).click() + const chatPanelFrame = page.frameLocator('iframe.webview').last().frameLocator('iframe') + const chatInput = chatPanelFrame.getByRole('textbox', { name: 'Chat message' }) + + // Submit a message with an @-mention. + await chatInput.fill('Hello @buzz.ts') + await chatPanelFrame.getByRole('option', { name: 'buzz.ts' }).click() await chatInput.press('Enter') - await expect(chatPanelFrame.getByRole('button', { name: ghostText3 })).not.toBeVisible() - await expect(chatInput).toHaveValue('@index.html:1-5 ') + + // In the transcript, the @-mention is linked, and clicking the link opens the file. + const transcriptMessage = chatPanelFrame.getByText('Hello @buzz.ts') + const mentionLink = transcriptMessage.getByRole('link', { name: '@buzz.ts' }) + await expect(mentionLink).toBeVisible() + await mentionLink.click() + const previewTab = page.getByRole('tab', { name: /buzz.ts, preview, Editor Group/ }) + await previewTab.hover() + await expect(previewTab).toBeVisible() +}) + +test('@-mention file range', async ({ page, sidebar }) => { + await sidebarSignin(page, sidebar) + + // Open chat. + await page.getByRole('button', { name: 'New Chat', exact: true }).click() + const chatPanelFrame = page.frameLocator('iframe.webview').last().frameLocator('iframe') + const chatInput = chatPanelFrame.getByRole('textbox', { name: 'Chat message' }) + + // Type a file with range. + await chatInput.fill('@buzz.ts:2-4') + await expect(chatPanelFrame.getByRole('option', { name: 'buzz.ts Lines 2-4' })).toBeVisible() + await chatPanelFrame.getByRole('option', { name: 'buzz.ts Lines 2-4' }).click() + await expect(chatInput).toHaveText('@buzz.ts:2-4 ') // Submit the message await chatInput.press('Enter') + // @-file range with the correct line range shows up in the chat view and it opens on click + await chatPanelFrame.getByText('✨ Context: 3 lines from 1 file').hover() + await chatPanelFrame.getByText('✨ Context: 3 lines from 1 file').click() + await chatPanelFrame.getByRole('button', { name: '@buzz.ts:2-4' }).hover() + await chatPanelFrame.getByRole('button', { name: '@buzz.ts:2-4' }).click() + const previewTab = page.getByRole('tab', { name: /buzz.ts, preview, Editor Group/ }) + await previewTab.hover() + await expect(previewTab).toBeVisible() +}) + +test.extend({ + expectedEvents: [ + 'CodyInstalled', + 'CodyVSCodeExtension:at-mention:executed', + 'CodyVSCodeExtension:at-mention:symbol:executed', + ], +})('@-mention symbol in chat', async ({ page, sidebar }) => { + await sidebarSignin(page, sidebar) + + // Open chat. + await page.getByRole('button', { name: 'New Chat', exact: true }).click() + const chatPanelFrame = page.frameLocator('iframe.webview').last().frameLocator('iframe') + const chatInput = chatPanelFrame.getByRole('textbox', { name: 'Chat message' }) + + // Open the buzz.ts file so that VS Code starts to populate symbols. + await sidebarExplorer(page).click() + await page.getByRole('treeitem', { name: 'buzz.ts' }).locator('a').dblclick() + await page.getByRole('tab', { name: 'buzz.ts' }).hover() + + // Go back to the Cody chat tab + await page.getByRole('tab', { name: 'New Chat' }).click() + + // Symbol empty state + await chatInput.fill('@#') + await expect(chatPanelFrame.getByRole('heading', { name: /No symbols found/ })).toBeVisible() + + // Clicking on a file in the selector should autocomplete the file in chat input with added space + await chatInput.fill('@#fizzb') + await expect(chatPanelFrame.getByRole('option', { name: 'fizzbuzz()' })).toBeVisible({ + // Longer timeout because sometimes tsserver takes a while to become ready. + timeout: 15000, + }) + await chatPanelFrame.getByRole('option', { name: 'fizzbuzz()' }).click() + await expect(chatInput).toHaveText('@buzz.ts:1-15#fizzbuzz() ') + + // Submit the message + await chatInput.press('Enter') + + // Close file. + const pinnedTab = page.getByRole('tab', { name: 'buzz.ts', exact: true }) + await pinnedTab.getByRole('button', { name: /^Close/ }).click() + // @-file with the correct line range shows up in the chat view and it opens on click - await chatPanelFrame.getByText('✨ Context: 5 lines from 1 file').hover() - await chatPanelFrame.getByText('✨ Context: 5 lines from 1 file').click() - await chatPanelFrame.getByRole('link', { name: '@index.html:1-5' }).hover() - await chatPanelFrame.getByRole('link', { name: '@index.html:1-5' }).click() - const indexFileTab = page.getByRole('tab', { name: /index.html, preview, Editor Group/ }) - await indexFileTab.hover() - await expect(indexFileTab).toBeVisible() + await chatPanelFrame.getByText('✨ Context: 15 lines from 1 file').hover() + await chatPanelFrame.getByText('✨ Context: 15 lines from 1 file').click() + await chatPanelFrame.getByRole('button', { name: '@buzz.ts:1-15' }).hover() + await chatPanelFrame.getByRole('button', { name: '@buzz.ts:1-15' }).click() + const previewTab = page.getByRole('tab', { name: /buzz.ts, preview, Editor Group/ }) + await previewTab.hover() + await expect(previewTab).toBeVisible() }) diff --git a/vscode/test/e2e/chat-edits.test.ts b/vscode/test/e2e/chat-edits.test.ts index 2a3917e7cb9c..cb7f8b9d9600 100644 --- a/vscode/test/e2e/chat-edits.test.ts +++ b/vscode/test/e2e/chat-edits.test.ts @@ -54,7 +54,7 @@ test.extend({ // The submit button will also be replaced with "Update Message" button await editButtons.nth(0).click() await expect(chatInput).toBeFocused() - await expect(chatInput).toHaveValue('One') + await expect(chatInput).toHaveText('One') await expect(updateMessageButton).toBeVisible() await expect(submitMessageButton).not.toBeVisible() @@ -72,7 +72,7 @@ test.extend({ // edit the message from "Two" to "Four" await editButtons.nth(1).click() // the original message text should shows up in the text box - await expect(chatInput).toHaveValue('Two') + await expect(chatInput).toHaveText('Two') await chatInput.click() await chatInput.fill('Four') await page.keyboard.press('Enter') @@ -90,9 +90,9 @@ test.extend({ await expect(editLastMessageButton).toBeVisible() await expect(newChatButton).toBeVisible() - // "Meta(MacOS)/Control" + "K" should enter the editing mode on the last message - await chatInput.press(`${osKey}+k`) - await expect(chatInput).toHaveValue('Four') + // ArrowUp should enter the editing mode on the last message + await chatInput.press('ArrowUp') + await expect(chatInput).toHaveText('Four') // There should be no "New Chat" action button in editing mode // But will show up again after exiting editing mode await expect(newChatButton).not.toBeVisible() @@ -100,13 +100,13 @@ test.extend({ await expect(newChatButton).toBeVisible() // At-file should work in the edit mode - await chatInput.press(`${osKey}+k`) - await expect(chatInput).toHaveValue('Four') + await chatInput.press('ArrowUp') + await expect(chatInput).toHaveText('Four') await chatInput.fill('Explain @mj') - await expect(chatInput).not.toHaveValue('Four') - await expect(chatFrame.getByRole('button', { name: 'Main.java' })).toBeVisible() + await expect(chatInput).not.toHaveText('Four') + await expect(chatFrame.getByRole('option', { name: 'Main.java' })).toBeVisible() await chatInput.press('Tab') - await expect(chatInput).toHaveValue('Explain @Main.java ') + await expect(chatInput).toHaveText('Explain @Main.java ') // Enter should submit the message and exit editing mode // The last message should be "Explain @Main.java" @@ -117,12 +117,12 @@ test.extend({ await expect(chatFrame.getByText('Explain @Main.java')).toBeVisible() // Add a new at-file to an old messages - await chatInput.press(`${osKey}+k`) + await chatInput.press('ArrowUp') await chatInput.focus() - await expect(chatInput).toHaveValue('Explain @Main.java ') + await expect(chatInput).toHaveText('Explain @Main.java ') await chatInput.type('and @vgo', { delay: 50 }) await chatInput.press('Tab') - await expect(chatInput).toHaveValue( + await expect(chatInput).toHaveText( withPlatformSlashes('Explain @Main.java and @lib/batches/env/var.go ') ) await chatInput.press('Enter') diff --git a/vscode/test/e2e/chat-input.test.ts b/vscode/test/e2e/chat-input.test.ts index 87a123029f73..3caefe9a0ee9 100644 --- a/vscode/test/e2e/chat-input.test.ts +++ b/vscode/test/e2e/chat-input.test.ts @@ -29,14 +29,14 @@ test.extend({ await chatInput.type('One') await chatInput.press('Control+ArrowLeft') await chatInput.type('Two') - await expect(chatInput).toHaveValue('TwoOne') + await expect(chatInput).toHaveText('TwoOne') // Test that Ctrl+Shift+Arrow highlights a word by trying to delete it. await chatInput.clear() await chatInput.type('One') await chatInput.press('Control+Shift+ArrowLeft') await chatInput.press('Delete') - await expect(chatInput).toHaveValue('') + await expect(chatInput).toHaveText('') // Chat input should have focused after sending a message. await expect(chatInput).toBeFocused() diff --git a/vscode/test/e2e/cody-ignore.test.ts b/vscode/test/e2e/cody-ignore.test.ts index 056a88175d38..b0abccc63d44 100644 --- a/vscode/test/e2e/cody-ignore.test.ts +++ b/vscode/test/e2e/cody-ignore.test.ts @@ -62,13 +62,13 @@ test.extend({ await chatInput.focus() await chatInput.clear() await chatInput.fill('@ignoredByCody') - await expect(chatPanel.getByRole('heading', { name: 'No matching files found' })).toBeVisible() + await expect(chatPanel.getByRole('heading', { name: 'No files found' })).toBeVisible() await chatInput.clear() await chatInput.fill('@ignore') await expect( - chatPanel.getByRole('button', { name: withPlatformSlashes('.cody/ignore') }) + chatPanel.getByRole('option', { name: withPlatformSlashes('ignore .cody') }) ).toBeVisible() - await expect(chatPanel.getByRole('button', { name: 'ignoredByCody.css' })).not.toBeVisible() + await expect(chatPanel.getByRole('option', { name: 'ignoredByCody.css' })).not.toBeVisible() /* TEST: Command - Ignored file do not show up with context */ await page.getByText('Explain Code').hover() diff --git a/vscode/test/e2e/command-core.test.ts b/vscode/test/e2e/command-core.test.ts index 1e065cd79e11..bbae3585a5bc 100644 --- a/vscode/test/e2e/command-core.test.ts +++ b/vscode/test/e2e/command-core.test.ts @@ -47,7 +47,7 @@ test.extend({ // When no selection is made, we will try to create smart selection from the cursor position // If there is no cursor position, we will use the visible content of the editor // NOTE: Core commands context should not start with ✨ - await chatPanel.getByText('Context: 12 lines from 1 file').click() + await chatPanel.getByText('Context: 11 lines from 1 file').click() // Check if assistant responsed await expect(chatPanel.getByText('hello from the assistant')).toBeVisible() @@ -64,10 +64,10 @@ test.extend({ await page.getByText('Hello Cody').click() await expect(page.getByText('Explain Code')).toBeVisible() await page.getByText('Explain Code').click() - await chatPanel.getByText('Context: 21 lines from 1 file').click() + await chatPanel.getByText('Context: 20 lines from 1 file').click() await expect(chatPanel.locator('span').filter({ hasText: '@index.html:2-10' })).toBeVisible() const disabledEditButtons = chatPanel.getByTitle('Cannot Edit Command').locator('i') - const editLastMessageButton = chatPanel.getByRole('button', { name: /^Edit Last Message / }) + const editLastMessageButton = chatPanel.getByRole('button', { name: /^Edit Last Message/ }) // Edit button and Edit Last Message are shown on all command messages. await expect(disabledEditButtons).toHaveCount(0) await expect(editLastMessageButton).toBeVisible() diff --git a/vscode/test/e2e/command-custom.test.ts b/vscode/test/e2e/command-custom.test.ts index c3d580f6f58c..35e03a99c6cf 100644 --- a/vscode/test/e2e/command-custom.test.ts +++ b/vscode/test/e2e/command-custom.test.ts @@ -175,8 +175,8 @@ test.extend({ await expect(chatPanel.getByText('Add four context files from the current directory.')).toBeVisible() // Show the current file numbers used as context - await expect(chatPanel.getByText('✨ Context: 61 lines from 5 files')).toBeVisible() - await chatPanel.getByText('✨ Context: 61 lines from 5 files').click() + await expect(chatPanel.getByText('✨ Context: 56 lines from 5 files')).toBeVisible() + await chatPanel.getByText('✨ Context: 56 lines from 5 files').click() // Display the context files to confirm no hidden files are included await expect(chatPanel.locator('span').filter({ hasText: '@.mydotfile:1-2' })).not.toBeVisible() await expect(chatPanel.locator('span').filter({ hasText: '@error.ts:1-9' })).toBeVisible() @@ -194,7 +194,7 @@ test.extend({ await page.keyboard.press('Enter') await expect(chatPanel.getByText('Add lib/batches/env/var.go as context.')).toBeVisible() // Should show 2 files with current file added as context - await expect(chatPanel.getByText('✨ Context: 14 lines from 2 files')).toBeVisible() + await expect(chatPanel.getByText('✨ Context: 12 lines from 2 files')).toBeVisible() /* Test: context.directory with directory command */ @@ -204,8 +204,8 @@ test.extend({ await page.getByPlaceholder('Search command to run...').fill('directory') await page.keyboard.press('Enter') await expect(chatPanel.getByText('Directory has one context file.')).toBeVisible() - await expect(chatPanel.getByText('✨ Context: 14 lines from 2 file')).toBeVisible() - await chatPanel.getByText('✨ Context: 14 lines from 2 file').click() + await expect(chatPanel.getByText('✨ Context: 12 lines from 2 file')).toBeVisible() + await chatPanel.getByText('✨ Context: 12 lines from 2 file').click() await expect( chatPanel.locator('span').filter({ hasText: withPlatformSlashes('@lib/batches/env/var.go:1') }) ).toBeVisible() @@ -224,8 +224,8 @@ test.extend({ await page.keyboard.press('Enter') await expect(chatPanel.getByText('Open tabs as context.')).toBeVisible() // The files from the open tabs should be added as context - await expect(chatPanel.getByText('✨ Context: 14 lines from 2 files')).toBeVisible() - await chatPanel.getByText('✨ Context: 14 lines from 2 files').click() + await expect(chatPanel.getByText('✨ Context: 12 lines from 2 files')).toBeVisible() + await chatPanel.getByText('✨ Context: 12 lines from 2 files').click() await expect(chatPanel.getByRole('button', { name: '@index.html:1-11' })).toBeVisible() await expect( chatPanel.getByRole('button', { name: withPlatformSlashes('@lib/batches/env/var.go:1') }) diff --git a/vscode/test/e2e/context-settings.test.ts b/vscode/test/e2e/context-settings.test.ts index 758f2f8efeab..4612d785a289 100644 --- a/vscode/test/e2e/context-settings.test.ts +++ b/vscode/test/e2e/context-settings.test.ts @@ -107,14 +107,6 @@ test('enterprise context selector can pick repos', async ({ page, sidebar, serve await page.keyboard.type('\n') await expect(repoPicker).not.toBeVisible() await expect(chooseReposButton).toBeVisible() - // We need a delay here because the enhanced context settings widget was - // dismissing after a rerender. - await new Promise(resolve => setTimeout(resolve, 250)) - - // TODO: When https://github.com/sourcegraph/cody/issues/2938 is fixed, - // expect the choose repos button to be visible. - await expect(chooseReposButton).not.toBeVisible() - await chatFrame.getByTitle('Configure Enhanced Context').click() // The chosen repo should appear in the picker. await expect(chatFrame.getByTitle('repo/foo').getByText(/^foo$/)).toBeVisible() diff --git a/vscode/test/e2e/local-embeddings.test.ts b/vscode/test/e2e/local-embeddings.test.ts index 780dd8295dc7..41697af78f45 100644 --- a/vscode/test/e2e/local-embeddings.test.ts +++ b/vscode/test/e2e/local-embeddings.test.ts @@ -155,7 +155,9 @@ test // Search the embeddings. This test uses the "stub" embedding model, which // is deterministic, but the searches are not semantic. - await chatFrame.locator('textarea').type('hello world\n') + const chatInput = chatFrame.getByRole('textbox', { name: 'Chat message' }) + await chatInput.fill('hello world') + await chatInput.press('Enter') await expect(chatFrame.getByText(/✨ Context: \d+ lines from 2 files/)).toBeVisible({ timeout: 10000, }) diff --git a/vscode/test/integration/single-root/chat.test.ts b/vscode/test/integration/single-root/chat.test.ts index 594ee62a722c..240e0c6ae41f 100644 --- a/vscode/test/integration/single-root/chat.test.ts +++ b/vscode/test/integration/single-root/chat.test.ts @@ -26,7 +26,14 @@ suite('Chat', function () { test('sends and receives a message', async () => { await vscode.commands.executeCommand('cody.chat.panel.new') const chatView = await getChatViewProvider() - await chatView.handleUserMessageSubmission('test', 'hello from the human', 'user', [], false) + await chatView.handleUserMessageSubmission( + 'test', + 'hello from the human', + 'user', + [], + undefined, + false + ) assert.match((await getTranscript(0)).text || '', /^hello from the human$/) await waitUntil(async () => @@ -39,7 +46,14 @@ suite('Chat', function () { await getTextEditorWithSelection() await vscode.commands.executeCommand('cody.chat.panel.new') const chatView = await getChatViewProvider() - await chatView.handleUserMessageSubmission('test', 'hello from the human', 'user', [], false) + await chatView.handleUserMessageSubmission( + 'test', + 'hello from the human', + 'user', + [], + undefined, + false + ) // Display text should include file link at the end of message assert.match((await getTranscript(0)).text || '', /^hello from the human$/) diff --git a/vscode/webviews/App.tsx b/vscode/webviews/App.tsx index 19cadd26e1fa..74e5a15cd9fb 100644 --- a/vscode/webviews/App.tsx +++ b/vscode/webviews/App.tsx @@ -4,10 +4,8 @@ import './App.css' import { type AuthStatus, - type ChatInputHistory, type ChatMessage, type Configuration, - type ContextItem, type EnhancedContextContextT, GuardrailsPost, type ModelProvider, @@ -37,7 +35,7 @@ export const App: React.FunctionComponent<{ vscodeAPI: VSCodeWrapper }> = ({ vsc // If the current webview is active (vs user is working in another editor tab) const [isWebviewActive, setIsWebviewActive] = useState(true) const [messageInProgress, setMessageInProgress] = useState(null) - const [messageBeingEdited, setMessageBeingEdited] = useState(undefined) + const [transcript, setTranscript] = useState([]) const [authStatus, setAuthStatus] = useState(null) @@ -46,13 +44,9 @@ export const App: React.FunctionComponent<{ vscodeAPI: VSCodeWrapper }> = ({ vsc isCodyProUser: false, }) - const [formInput, setFormInput] = useState('') - const [inputHistory, setInputHistory] = useState([]) const [userHistory, setUserHistory] = useState([]) const [chatIDHistory, setChatIDHistory] = useState([]) - const [contextSelection, setContextSelection] = useState(null) - const [errorMessages, setErrorMessages] = useState([]) const [isTranscriptError, setIsTranscriptError] = useState(false) @@ -130,15 +124,11 @@ export const App: React.FunctionComponent<{ vscodeAPI: VSCodeWrapper }> = ({ vsc setAttributionEnabled(message.configFeatures.attribution) break case 'history': - setInputHistory(message.localHistory?.input ?? []) setUserHistory(Object.values(message.localHistory?.chat ?? {})) break case 'enhanced-context': setEnhancedContextStatus(message.enhancedContextStatus) break - case 'userContextFiles': - setContextSelection(message.userContextFiles) - break case 'errors': setErrorMessages([...errorMessages, message.errors].slice(-5)) break @@ -246,15 +236,7 @@ export const App: React.FunctionComponent<{ vscodeAPI: VSCodeWrapper }> = ({ vsc chatEnabled={chatEnabled} userInfo={userAccountInfo} messageInProgress={messageInProgress} - messageBeingEdited={messageBeingEdited} - setMessageBeingEdited={setMessageBeingEdited} transcript={transcript} - contextSelection={contextSelection} - setContextSelection={setContextSelection} - formInput={formInput} - setFormInput={setFormInput} - inputHistory={inputHistory} - setInputHistory={setInputHistory} vscodeAPI={vscodeAPI} telemetryService={telemetryService} isTranscriptError={isTranscriptError} diff --git a/vscode/webviews/Chat.module.css b/vscode/webviews/Chat.module.css index d4f0ee2482fa..4ba6727aee1e 100644 --- a/vscode/webviews/Chat.module.css +++ b/vscode/webviews/Chat.module.css @@ -97,40 +97,11 @@ body[data-vscode-theme-kind='vscode-light'] .transcript-item pre > code { padding: 0.75rem; } -/* Both elements need the same styling so the height matches */ -.chat-input, -.chat-input-container::after { - background-color: var(--vscode-input-background); - color: var(--vscode-input-foreground); -} - -.chat-input-container { - width: 100%; - height: 100%; +.editor-outer-container { position: relative; -} - -.chat-input { width: 100%; - height: 100%; - resize: none; - border-color: var(--vscode-input-border, transparent); } -.chat-input:focus, -.chat-input:focus-visible, -.chat-input:focus-within { - outline: 1px solid var(--vscode-focusBorder); - outline-offset: -1px; -} - -.textarea-disabled { - background-color: var(--vscode-input-background); - color: var(--vscode-input-foreground); - opacity: 0.5; -} - - .chat-input-actions { position: absolute; bottom: 6px; diff --git a/vscode/webviews/Chat.story.tsx b/vscode/webviews/Chat.story.tsx index c6cbb25781aa..f0bf50146510 100644 --- a/vscode/webviews/Chat.story.tsx +++ b/vscode/webviews/Chat.story.tsx @@ -1,42 +1,38 @@ import type { Meta, StoryObj } from '@storybook/react' -import { useState } from 'react' import { Chat } from './Chat' import { FIXTURE_TRANSCRIPT } from './chat/fixtures' import { VSCodeStoryDecorator, WithBorder } from './storybook/VSCodeStoryDecorator' const meta: Meta = { - title: 'ui/Chat', + title: 'cody/Chat', component: Chat, + argTypes: { + transcript: { + name: 'Transcript fixture', + options: Object.keys(FIXTURE_TRANSCRIPT), + mapping: FIXTURE_TRANSCRIPT, + control: { type: 'select' }, + }, + }, args: { transcript: FIXTURE_TRANSCRIPT.simple2, messageInProgress: null, - messageBeingEdited: undefined, - setMessageBeingEdited: () => {}, - formInput: '', - setFormInput: () => {}, - inputHistory: [], - setInputHistory: () => {}, chatIDHistory: [], - onSubmit: () => {}, - isCodyEnabled: true, chatEnabled: true, - setContextSelection: () => {}, userInfo: { isCodyProUser: true, isDotComUser: true }, isWebviewActive: true, - vscodeAPI: null as any, + vscodeAPI: { + postMessage: () => {}, + onMessage: () => () => {}, + }, telemetryService: null as any, isTranscriptError: false, - } as React.ComponentProps, + } satisfies React.ComponentProps, decorators: [WithBorder, VSCodeStoryDecorator], } as Meta export default meta -export const Default: StoryObj = { - render: props => { - const [formInput, setFormInput] = useState(props.formInput) - return - }, -} +export const Default: StoryObj = {} diff --git a/vscode/webviews/Chat.tsx b/vscode/webviews/Chat.tsx index 3265bdd507a4..54477e356c72 100644 --- a/vscode/webviews/Chat.tsx +++ b/vscode/webviews/Chat.tsx @@ -1,55 +1,44 @@ import type React from 'react' -import { useCallback, useMemo, useState } from 'react' +import { useCallback, useEffect, useMemo, useRef, useState } from 'react' import { VSCodeButton, VSCodeLink } from '@vscode/webview-ui-toolkit/react' import classNames from 'classnames' import { - type ChatInputHistory, type ChatMessage, - type ContextItem, type Guardrails, type ModelProvider, type TelemetryService, - getAtMentionQuery, - getAtMentionedInputText, - getContextFileDisplayText, - isAtMention, - isAtRange, isMacOS, } from '@sourcegraph/cody-shared' import { CODY_FEEDBACK_URL } from '../src/chat/protocol' -import { TextArea } from './chat/TextArea' import { useEnhancedContextEnabled } from './chat/components/EnhancedContext' -import { type VSCodeWrapper, getVSCodeAPI } from './utils/VSCodeApi' - -import { verifyContextFilesFromInput } from '@sourcegraph/cody-shared/src/chat/input/user-context' -import styles from './Chat.module.css' import { ChatModelDropdownMenu } from './Components/ChatModelDropdownMenu' import { EnhancedContextSettings } from './Components/EnhancedContextSettings' import { FileLink } from './Components/FileLink' -import { UserContextSelectorComponent } from './UserContextSelector' import { Transcript } from './chat/Transcript' import { ChatActions } from './chat/components/ChatActions' +import { + PromptEditor, + type PromptEditorRefAPI, + type SerializedPromptEditorState, + type SerializedPromptEditorValue, + serializedPromptEditorStateFromChatMessage, +} from './promptEditor/PromptEditor' +import { type VSCodeWrapper, getVSCodeAPI } from './utils/VSCodeApi' + +import styles from './Chat.module.css' interface ChatboxProps { welcomeMessage?: string chatEnabled: boolean messageInProgress: ChatMessage | null - messageBeingEdited: number | undefined - setMessageBeingEdited: (index?: number) => void transcript: ChatMessage[] - formInput: string - setFormInput: (input: string) => void - inputHistory: ChatInputHistory[] - setInputHistory: (history: ChatInputHistory[]) => void - vscodeAPI: VSCodeWrapper + vscodeAPI: Pick telemetryService: TelemetryService isTranscriptError: boolean - contextSelection?: ContextItem[] | null - setContextSelection: (context: ContextItem[] | null) => void setChatModels?: (models: ModelProvider[]) => void chatModels?: ModelProvider[] userInfo: UserAccountInfo @@ -58,21 +47,15 @@ interface ChatboxProps { isWebviewActive: boolean } +const isMac = isMacOS() + export const Chat: React.FunctionComponent> = ({ welcomeMessage, messageInProgress, - messageBeingEdited, - setMessageBeingEdited, transcript, - formInput, - setFormInput, - inputHistory, - setInputHistory, vscodeAPI, telemetryService, isTranscriptError, - contextSelection, - setContextSelection, setChatModels, chatModels, chatEnabled, @@ -81,49 +64,57 @@ export const Chat: React.FunctionComponent chatIDHistory, isWebviewActive, }) => { + const [messageBeingEdited, setMessageBeingEdited] = useState(undefined) + + const editorRef = useRef(null) + const setEditorState = useCallback((state: SerializedPromptEditorState | null) => { + editorRef.current?.setEditorState(state) + }, []) + + // The only PromptEditor state we really need to track in our own state is whether it's empty. + const [isEmptyEditorValue, setIsEmptyEditorValue] = useState(true) + const onEditorChange = useCallback((value: SerializedPromptEditorValue): void => { + setIsEmptyEditorValue(value.text === '') + }, []) + const onAbortMessageInProgress = useCallback(() => { vscodeAPI.postMessage({ command: 'abort' }) }, [vscodeAPI]) const addEnhancedContext = useEnhancedContextEnabled() - const onEditSubmit = useCallback( - (text: string, index: number, contextFiles: ContextItem[]) => { - vscodeAPI.postMessage({ - command: 'edit', - index, - text, - addEnhancedContext, - contextFiles, - }) - }, - [addEnhancedContext, vscodeAPI] - ) - const onSubmit = useCallback( - (text: string, submitType: WebviewChatSubmitType, contextFiles?: Map) => { - // loop the added contextFiles to: - // 1. check if the key still exists in the text - // 2. remove the ones not present - const userContextFiles = verifyContextFilesFromInput(text, contextFiles) + (submitType: WebviewChatSubmitType) => { + if (!editorRef.current) { + throw new Error('Chat has no editorRef') + } + const editorValue = editorRef.current.getSerializedValue() // Handle edit requests if (submitType === 'edit') { - if (messageBeingEdited !== undefined) { - onEditSubmit(text, messageBeingEdited, userContextFiles) + if (messageBeingEdited === undefined) { + throw new Error('unexpected: messageBeingEdited is undefined') } - return + vscodeAPI.postMessage({ + command: 'edit', + index: messageBeingEdited!, + text: editorValue.text, + editorState: editorValue.editorState, + contextFiles: editorValue.contextItems, + addEnhancedContext, + }) + } else { + vscodeAPI.postMessage({ + command: 'submit', + submitType, + text: editorValue.text, + editorState: editorValue.editorState, + contextFiles: editorValue.contextItems, + addEnhancedContext, + }) } - - vscodeAPI.postMessage({ - command: 'submit', - submitType, - text, - addEnhancedContext, - contextFiles: userContextFiles, - }) }, - [addEnhancedContext, messageBeingEdited, onEditSubmit, vscodeAPI] + [addEnhancedContext, messageBeingEdited, vscodeAPI] ) const onCurrentChatModelChange = useCallback( @@ -193,27 +184,14 @@ export const Chat: React.FunctionComponent [vscodeAPI] ) - const isCodyEnabled = true - const postMessage: ApiPostMessage = msg => vscodeAPI.postMessage(msg) - - const needsEmailVerification = false - - //////////// LIB COPIED HERE TODO(sqs) - - const isMac = isMacOS() - const [inputFocus, setInputFocus] = useState(!messageInProgress?.speaker) - const [inputRows, setInputRows] = useState(1) - - // This is used to keep track of the current position of the text input caret and for updating - // the caret position to the altered text after selecting a context file to insert to the input. - const [inputCaretPosition, setInputCaretPosition] = useState(undefined) - - const [historyIndex, setHistoryIndex] = useState(inputHistory.length) + const postMessage = useCallback(msg => vscodeAPI.postMessage(msg), [vscodeAPI]) - // The context files added via the chat input by user - const [chatContextFiles, setChatContextFiles] = useState>(new Map([])) - const [selectedChatContext, setSelectedChatContext] = useState(0) - const [currentChatContextQuery, setCurrentChatContextQuery] = useState(undefined) + const setInputFocus = useCallback((focus: boolean): void => { + editorRef.current?.setFocus(focus) + if (focus) { + setIsEnhancedContextOpen(false) + } + }, []) // When New Chat Mode is enabled, all non-edit questions will be asked in a new chat session // Users can toggle this feature via "shift" + "Meta(Mac)/Control" keys @@ -240,27 +218,20 @@ export const Chat: React.FunctionComponent // When a message is no longer being edited // we will reset the form input fill to empty state if (index === undefined && index !== messageBeingEdited) { - setFormInput('') - setInputFocus(true) + setEditorState(null) } setMessageBeingEdited(index) if (index === undefined || index > transcript.length) { return } - // Only returns command name if it is the first word in the message - // Attempts to remove markdown links const messageAtIndex = transcript[index] - const inputText = messageAtIndex?.text - if (inputText) { - setFormInput(inputText) - if (messageAtIndex.contextFiles) { - useOldChatMessageContext(messageAtIndex.contextFiles) - } + if (messageAtIndex) { + setEditorState(serializedPromptEditorStateFromChatMessage(messageAtIndex)) } // move focus back to chatbox setInputFocus(true) }, - [messageBeingEdited, setFormInput, setMessageBeingEdited, transcript] + [messageBeingEdited, transcript, setEditorState, setInputFocus] ) /** @@ -282,213 +253,34 @@ export const Chat: React.FunctionComponent [postMessage, setEditMessageState] ) - /** - * Resets the context selection and query state. - */ - const resetContextSelection = useCallback( - (eventType?: 'keyDown' | 'click') => { - setSelectedChatContext(0) - setCurrentChatContextQuery(undefined) - setContextSelection(null) - }, - [setContextSelection] - ) - - // Add old context files from the transcript to the map - const useOldChatMessageContext = (oldContextFiles: ContextItem[]) => { - const contextFilesMap = new Map(chatContextFiles) - for (const file of oldContextFiles) { - const fileDisplayText = getContextFileDisplayText(file) - contextFilesMap.set(fileDisplayText, file) - } - setChatContextFiles(contextFilesMap) - } - - /** - * Callback function called when a chat context file is selected from the context selector. - * This updates the chat input with the selected file context. - * - * Allows users to quickly insert file context into the chat input. - */ - const onChatContextSelected = useCallback( - (selected: ContextItem, queryEndsWithColon = false): void => { - const atRangeEndingRegex = /:\d+(-\d+)?$/ - const inputBeforeCaret = formInput.slice(0, inputCaretPosition) - - const fileDisplayText = getContextFileDisplayText(selected, inputBeforeCaret) - if (inputCaretPosition && fileDisplayText) { - const newDisplayInput = getAtMentionedInputText( - fileDisplayText, - formInput, - inputCaretPosition, - queryEndsWithColon - ) - - if (newDisplayInput) { - // Updates contextConfig with the new added context file. - // We will use the newInput as key to check if the file still exists in formInput on submit - const storedFileName = fileDisplayText.replace(atRangeEndingRegex, '') - setChatContextFiles(new Map(chatContextFiles).set(storedFileName, selected)) - setFormInput(newDisplayInput.newInput) - // Move the caret to the end of the newly added file display text, - // including the length of text exisited before the lastAtIndex - // + 1 empty whitespace added after the fileDisplayText - setInputCaretPosition(newDisplayInput.newInputCaretPosition) - } - } - resetContextSelection() // RESET - }, - [ - formInput, - chatContextFiles, - setFormInput, - inputCaretPosition, - resetContextSelection, - // setContextSelection, - ] - ) - - /** - * Callback function to handle at mentions in the chat input. - * - * Checks if the text before the caret in the chat input contains an '@' symbol, - * and if so extracts the text after the last '@' up to the caret position as the - * mention query. - */ - const atMentionInputHandler = useCallback( - (inputValue: string, caretPosition?: number) => { - // If any of these conditions are false, it indicates an invalid state - // where the necessary inputs for processing the at-mention are missing. - if (!postMessage || !inputValue || !caretPosition) { - // Resets the context selection and query state. - resetContextSelection() - return - } - - const mentionQuery = getAtMentionQuery(inputValue, caretPosition) - const query = mentionQuery.replace(/^@/, '') - - // Filters invalid queries and sets context query state accordingly: - // Sets the current chat context query state if a valid mention is detected. - // Otherwise resets the context selection and query state. - if (!isAtMention(mentionQuery) && !isAtRange(mentionQuery)) { - resetContextSelection() - return - } - - setCurrentChatContextQuery(query) - - if (isAtRange(mentionQuery)) { - if (contextSelection?.length) { - setContextSelection([contextSelection[0]]) - return - } - // The actual file query shouldn't contain the range input - postMessage({ command: 'getUserContext', query: query.replace(/:[^ ]*$/, '') }) - return - } - - if (contextSelection?.length) { - // Cover cases where user prefer to type the file without expicitly select it - const isEndWithSpace = query.trimEnd() === currentChatContextQuery - const isAtRange = /:\d+(-\d+)?$/.test(query) - if (isEndWithSpace || isAtRange) { - onChatContextSelected(contextSelection[0]) - return - } - } - - // Posts a getUserContext command to fetch context for the mention query. - postMessage({ command: 'getUserContext', query }) - }, - [ - postMessage, - resetContextSelection, - contextSelection, - setContextSelection, - currentChatContextQuery, - onChatContextSelected, - ] - ) - - const inputHandler = useCallback( - (inputValue: string): void => { - if (contextSelection && inputValue) { - setSelectedChatContext(0) - } - const rowsCount = (inputValue.match(/\n/g)?.length || 0) + 1 - setInputRows(rowsCount > 25 ? 25 : rowsCount) - setFormInput(inputValue) - const lastInput = inputHistory[historyIndex] - const lastText = typeof lastInput === 'string' ? lastInput : lastInput?.inputText - if (inputValue !== lastText) { - setHistoryIndex(inputHistory.length) - } - }, - [contextSelection, setFormInput, inputHistory, historyIndex] - ) - const submitInput = useCallback( - (input: string, submitType: WebviewChatSubmitType): void => { + (submitType: WebviewChatSubmitType): void => { if (messageInProgress && submitType !== 'edit') { return } - resetContextSelection() - onSubmit(input, submitType, chatContextFiles) - - // Record the chat history with (optional) context files. - const newHistory: ChatInputHistory = { - inputText: input, - inputContextFiles: Array.from(chatContextFiles.values()), - } - setHistoryIndex(inputHistory.length + 1) - setInputHistory([...inputHistory, newHistory]) + onSubmit(submitType) - setChatContextFiles(new Map()) - setSelectedChatContext(0) - setFormInput('') + setEditorState(null) setEditMessageState() }, - [ - messageInProgress, - onSubmit, - chatContextFiles, - inputHistory, - setInputHistory, - setEditMessageState, - setFormInput, - resetContextSelection, - ] - ) - - const onChatInput = useCallback( - (event: React.KeyboardEvent) => { - const { value, selectionStart, selectionEnd } = event.currentTarget - inputHandler(value) - - const hasSelection = selectionStart !== selectionEnd - const caretPosition = hasSelection ? undefined : selectionStart - setInputCaretPosition(caretPosition) - atMentionInputHandler(value, caretPosition) - }, - [inputHandler, atMentionInputHandler] + [messageInProgress, onSubmit, setEditMessageState, setEditorState] ) const onChatSubmit = useCallback((): void => { // Submit edits when there is one being edited if (messageBeingEdited !== undefined) { onAbortMessageInProgress() - submitInput(formInput, 'edit') + submitInput('edit') return } // Submit chat only when input is not empty and not in progress - if (formInput.trim() && !messageInProgress?.speaker) { + if (!isEmptyEditorValue && !messageInProgress?.speaker) { const submitType = enableNewChatMode ? 'user-newchat' : 'user' - submitInput(formInput, submitType) + submitInput(submitType) } }, [ - formInput, + isEmptyEditorValue, messageBeingEdited, messageInProgress?.speaker, enableNewChatMode, @@ -496,39 +288,34 @@ export const Chat: React.FunctionComponent onAbortMessageInProgress, ]) - const onChatKeyUp = useCallback( - (event: React.KeyboardEvent): void => { - // Check if the current input has an active selection instead of cursor position - const isSelection = event.currentTarget?.selectionStart !== event.currentTarget?.selectionEnd - setInputCaretPosition(isSelection ? undefined : event.currentTarget?.selectionStart) + const onEditorEscapeKey = useCallback((): void => { + // Exits editing mode if a message is being edited + if (messageBeingEdited !== undefined) { + setEditMessageState() + return + } - // Captures Escape button clicks - if (event.key === 'Escape') { - // Exits editing mode if a message is being edited - if (messageBeingEdited !== undefined) { - event.preventDefault() - setEditMessageState() - return - } + // Aborts a message in progress if one exists + if (messageInProgress?.speaker) { + onAbortMessageInProgress() + return + } + }, [messageBeingEdited, setEditMessageState, messageInProgress, onAbortMessageInProgress]) - // Aborts a message in progress if one exists - if (messageInProgress?.speaker) { - event.preventDefault() - onAbortMessageInProgress() - return - } + const onEditorEnterKey = useCallback( + (event: KeyboardEvent | null): void => { + // Submit input on Enter press (without shift) when input is not empty. + if (event && !event.shiftKey && !event.isComposing && !isEmptyEditorValue) { + event.preventDefault() + onChatSubmit() + return } }, - [messageBeingEdited, setEditMessageState, messageInProgress, onAbortMessageInProgress] + [onChatSubmit, isEmptyEditorValue] ) - const onChatKeyDown = useCallback( - (event: React.KeyboardEvent, caretPosition: number | null): void => { - // Left & right arrow to hide the context suggestion popover - if (event.key === 'ArrowLeft' || event.key === 'ArrowRight') { - resetContextSelection() - } - + const onEditorKeyDown = useCallback( + (event: KeyboardEvent, caretPosition: number): void => { // Check if the Ctrl key is pressed on Windows/Linux or the Cmd key is pressed on macOS const isModifierDown = isMac ? event.metaKey : event.ctrlKey if (isModifierDown) { @@ -561,13 +348,6 @@ export const Chat: React.FunctionComponent return } - // Allows backspace and delete keystrokes to remove characters - const deleteKeysList = new Set(['Backspace', 'Delete']) - if (deleteKeysList.has(event.key)) { - setSelectedChatContext(0) - return - } - // Allow navigation/selection with Ctrl(+Shift?)+Arrows const arrowKeys = new Set(['ArrowUp', 'ArrowDown', 'ArrowLeft', 'ArrowRight']) if (event.ctrlKey && arrowKeys.has(event.key)) { @@ -599,55 +379,6 @@ export const Chat: React.FunctionComponent return } - // Handles cycling through context matches on key presses - if (contextSelection?.length) { - if (event.key === 'ArrowUp' || event.key === 'ArrowDown') { - event.preventDefault() - const selectionLength = contextSelection?.length - 1 - const newIndex = - event.key === 'ArrowUp' ? selectedChatContext - 1 : selectedChatContext + 1 - const newMatchIndex = - newIndex < 0 ? selectionLength : newIndex > selectionLength ? 0 : newIndex - setSelectedChatContext(newMatchIndex) - return - } - - // Escape to hide the suggestion popover - if (event.key === 'Escape') { - event.preventDefault() - resetContextSelection() - return - } - - // tab/enter to complete - if (event.key === 'Tab' || event.key === 'Enter') { - event.preventDefault() - const contextIndex = /(^| )@[^ ]*:\d+(-\d+)?$/.test(formInput) - ? 0 - : selectedChatContext - onChatContextSelected(contextSelection[contextIndex]) - return - } - - // Close the popover on space - if (event.key === 'Space') { - resetContextSelection() - } - } - - // Submit input on Enter press (without shift) and - // trim the formInput to make sure input value is not empty. - if ( - event.key === 'Enter' && - !event.shiftKey && - !event.nativeEvent.isComposing && - formInput?.trim() - ) { - event.preventDefault() - onChatSubmit() - return - } - // TODO (bee) - Update to use Option key instead // TODO (bee) - remove once updated to use Option key // Toggles between new chat mode and regular chat mode @@ -658,72 +389,69 @@ export const Chat: React.FunctionComponent return } - // Loop through input history on up arrow press - if (!inputHistory?.length) { - return - } - - // If there's no input or the input matches the current history index, handle cycling through - // history with the cursor keys. - const previousHistoryInput = inputHistory[historyIndex] - const previousHistoryText: string = - typeof previousHistoryInput === 'string' - ? previousHistoryInput - : previousHistoryInput?.inputText - if (formInput === previousHistoryText || !formInput) { - let newIndex: number | undefined - if (event.key === 'ArrowUp' && caretPosition === 0) { - newIndex = historyIndex - 1 < 0 ? inputHistory.length - 1 : historyIndex - 1 - } else if (event.key === 'ArrowDown' && caretPosition === formInput.length) { - if (historyIndex + 1 < inputHistory.length) { - newIndex = historyIndex + 1 - } - } - - if (newIndex !== undefined) { - setHistoryIndex(newIndex) - - const newHistoryInput = inputHistory[newIndex] - if (typeof newHistoryInput === 'string') { - setFormInput(newHistoryInput) - setChatContextFiles(new Map()) - } else { - setFormInput(newHistoryInput.inputText) - // chatContextFiles uses a map but history only stores a simple array. - useOldChatMessageContext(newHistoryInput.inputContextFiles) - } - - postMessage?.({ - command: 'event', - eventName: 'CodyVSCodeExtension:chatInputHistory:executed', - properties: { source: 'chat' }, - }) - } + // If there's no input and ArrowUp is pressed, edit the last message. + if (event.key === 'ArrowUp' && isEmptyEditorValue) { + setEditMessageState(lastHumanMessageIndex) } }, [ - isMac, messageBeingEdited, - formInput, - contextSelection, - inputHistory, - historyIndex, + isEmptyEditorValue, onChatResetClick, setEditMessageState, lastHumanMessageIndex, - setFormInput, - onChatSubmit, - selectedChatContext, - onChatContextSelected, enableNewChatMode, - resetContextSelection, - useOldChatMessageContext, postMessage, ] ) const [isEnhancedContextOpen, setIsEnhancedContextOpen] = useState(false) + // Focus the textarea when the webview (re)gains focus (unless there is text selected or a modal + // is open). This makes it so that the user can immediately start typing to Cody after invoking + // `Cody: Focus on Chat View` with the keyboard. + useEffect(() => { + const handleFocus = (): void => { + if (document.getSelection()?.isCollapsed && !isEnhancedContextOpen) { + setInputFocus(true) + } + } + window.addEventListener('focus', handleFocus) + return () => { + window.removeEventListener('focus', handleFocus) + } + }, [setInputFocus, isEnhancedContextOpen]) + + const onCancelEditClick = useCallback(() => setEditMessageState(), [setEditMessageState]) + const onEditLastMessageClick = useCallback( + () => setEditMessageState(lastHumanMessageIndex), + [setEditMessageState, lastHumanMessageIndex] + ) + + const onRestoreLastChatClick = useMemo( + () => + // Display the restore button if there is a previous chat id in current window + // And the current chat window is new + chatIDHistory.length > 1 + ? () => + postMessage?.({ + command: 'restoreHistory', + chatID: chatIDHistory.at(-2), + }) + : undefined, + [chatIDHistory, postMessage] + ) + + const [isEditorFocused, setIsEditorFocused] = useState(false) + + const isNewChat = transcript.length === 0 + const TIPS = '(@ for files, @# for symbols)' + const placeholder = chatEnabled + ? isNewChat + ? `Message ${TIPS}` + : `Follow-Up Message ${TIPS}` + : 'Chat has been disabled by your Enterprise instance site administrator' + return (
{ @@ -765,54 +493,26 @@ export const Chat: React.FunctionComponent isEmptyChat={transcript.length < 1} isMessageInProgress={!!messageInProgress?.speaker} isEditing={transcript.length > 1 && messageBeingEdited !== undefined} + isEmptyEditorValue={isEmptyEditorValue} + isEditorFocused={isEditorFocused} onChatResetClick={onChatResetClick} - onCancelEditClick={() => setEditMessageState()} - onEditLastMessageClick={() => setEditMessageState(lastHumanMessageIndex)} - onRestoreLastChatClick={ - // Display the restore button if there is a previous chat id in current window - // And the current chat window is new - chatIDHistory.length > 1 - ? () => - postMessage?.({ - command: 'restoreHistory', - chatID: chatIDHistory.at(-2), - }) - : undefined - } + onCancelEditClick={onCancelEditClick} + onEditLastMessageClick={onEditLastMessageClick} + onRestoreLastChatClick={onRestoreLastChatClick} />
- {contextSelection && inputCaretPosition && currentChatContextQuery !== undefined && ( - - )} -
-