diff --git a/slides.md b/slides.md index a66cbaa..ffb1c73 100644 --- a/slides.md +++ b/slides.md @@ -42,22 +42,41 @@ Test runners can be part of a larger **test framework** or standalone tools. # Poplular examples -Popular examples include `pytest` for Python, `JUnit` for Java, `Mocha` for JavaScript, and `NUnit` for .NET. +
+ +- Test runners are tools designed to execute your test suites and report the results. They are essential in automating the testing process. +- Python: `pytest` is widely appreciated for its powerful features and simple syntax, making it suitable for both simple and complex projects. +- Java: `JUnit` is the de facto standard for unit testing in Java development, known for its rich annotation-based configuration. +- JavaScript: `Mocha` is a flexible test framework with a focus on asynchronous testing, offering rich features for running tests in Node.js and the browser. +- .NET: `NUnit` is a popular choice for .NET developers, similar to JUnit but with a focus on the .NET framework. +
-Choosing the right test runner depends on the programming language, the complexity of the project, and specific project requirements. +Choosing the right test runner involves considering the programming language, project complexity, and specific requirements. --- # Test runner VS Testing Framework ---- +
-# Why are there so many test runners? +- Test Runner: A tool that executes tests and reports the results. It is responsible for loading your test code, running it, and then providing feedback. +- Testing Framework: Provides the structure and guidelines for writing tests. It includes assertions, test cases, and test suites, but doesn't run tests by itself. +- The main difference lies in their roles; while a testing framework defines how to write tests, a test runner actually executes them. +- Some tools, like `pytest` and `Mocha`, combine both functionalities, acting as both test runners and frameworks. +
--- # Why Node.js decided to ship its own test runner? +
+ +- Integration: Built-in support for testing within the Node.js ecosystem simplifies setup and configuration for developers. +- Standardization: Aims to provide a standard testing solution that leverages Node.js features and best practices. +- Performance: Optimized for the Node.js environment, it can offer better performance and efficiency for JavaScript projects. +- Features: Tailored to meet the specific needs of Node.js developers, incorporating feedback and evolving with the platform. +
+ --- # A brief introduction