Simple test to explore new tech and compare languages.
My hope was that I'd write good Rust, but up to this point, my Go is faster than my Rust, something's fishy. 🐟🥹
I'm open to suggestions on how to fix my Rust code to make it faster.
All services are set up with docker
docker-compose build
docker-compose up -d- Start the postgres db with docker, it will start with the default credentials.
docker-compose up -d db- Starting the node server (
:3001)
cd ./proj-node
npm i
npm start- Starting the go server (
:3002)
cd ./proj-go
go run ./server- Starting the rust server (
:3003)
cd ./proj-rust
cargo run- Starting the cpp server (
:3004)
cd ./proj-cpp
./configure.sh
./build.sh
./run.sh- Starting the node server (
:3005)
cd ./proj-bun
bun i
bun main.ts- Either using the test calls defined in
./test.http - Or what I used for benchmarking, cassowary, seems good. Install it with
npm i -g cassowary(might need sudo) and then, for example:
cassowary run -u "http://127.0.0.1:3001/get_first_values?n=5000" -c 3 -n 1300
cassowary run -u "http://127.0.0.1:3002/get_first_values?n=5000" -c 3 -n 1300
cassowary run -u "http://127.0.0.1:3003/get_first_values?n=5000" -c 3 -n 1300
cassowary run -u "http://127.0.0.1:3004/get_first_values?n=5000" -c 3 -n 1300
cassowary run -u "http://127.0.0.1:3005/get_first_values?n=5000" -c 3 -n 1300Starting Load Test with 1000 requests using 3 concurrent users
100% [========================================] 12.1563595s
TCP Connect.....................: Avg/mean=0.00ms Median=0.00ms p(95)=0.00ms
Server Processing...............: Avg/mean=34.85ms Median=34.00ms p(95)=47.00ms
Content Transfer................: Avg/mean=0.53ms Median=1.00ms p(95)=1.00ms
Summary:
Total Req.......................: 1000
Failed Req......................: 0
DNS Lookup......................: 0.00ms
Req/s...........................: 82.26
Starting Load Test with 1000 requests using 3 concurrent users
100% [========================================] 10.44617075s
TCP Connect.....................: Avg/mean=0.00ms Median=0.00ms p(95)=0.00ms
Server Processing...............: Avg/mean=29.95ms Median=29.00ms p(95)=41.00ms
Content Transfer................: Avg/mean=0.22ms Median=0.00ms p(95)=1.00ms
Summary:
Total Req.......................: 1000
Failed Req......................: 0
DNS Lookup......................: 0.00ms
Req/s...........................: 95.73
Starting Load Test with 1000 requests using 3 concurrent users
100% [========================================] 2.705078958s
TCP Connect.....................: Avg/mean=0.33ms Median=0.00ms p(95)=0.00ms
Server Processing...............: Avg/mean=6.95ms Median=6.00ms p(95)=10.00ms
Content Transfer................: Avg/mean=0.10ms Median=0.00ms p(95)=1.00ms
Summary:
Total Req.......................: 1000
Failed Req......................: 0
DNS Lookup......................: 0.00ms
Req/s...........................: 369.67
Starting Load Test with 1000 requests using 3 concurrent users
100% [========================================] 3.039154041s
TCP Connect.....................: Avg/mean=0.00ms Median=0.00ms p(95)=0.00ms
Server Processing...............: Avg/mean=8.00ms Median=7.00ms p(95)=12.00ms
Content Transfer................: Avg/mean=0.09ms Median=0.00ms p(95)=1.00ms
Summary:
Total Req.......................: 1000
Failed Req......................: 0
DNS Lookup......................: 0.00ms
Req/s...........................: 329.04
Starting Load Test with 1000 requests using 3 concurrent users
100% [========================================] 1.280602057s
TCP Connect.....................: Avg/mean=1.00ms Median=1.00ms p(95)=1.00ms
Server Processing...............: Avg/mean=5.75ms Median=5.00ms p(95)=8.00ms
Content Transfer................: Avg/mean=0.00ms Median=0.00ms p(95)=0.00ms
Summary:
Total Req.......................: 1000
Failed Req......................: 0
DNS Lookup......................: 0.00ms
Req/s...........................: 780.88