Go http benchmark how to#
Go http benchmark full#
Go http benchmark code#
Go http benchmark plus#

Socket errors: connect 0, read 1002, write 0, timeout 0 Socket errors: connect 0, read 15786, write 10, timeout 0 Worth noting is, that the requested route might be a good case for some routing algorithms, while it is a bad case. Running 10s test 4 threads and 1000 connections The tasks are 1.) routing a static URL (no parameters), 2.) routing a URL containing 1 parameter, 3.) same with 2 parameters, 4.) route all of the routes once (like the StaticAll benchmark, but the routes now contain parameters). Register(list_to_atom('acceptor_' ++ integer_to_list(I)), You should also review the introductory paragraphs of Profiling Go programs, specifically the section on configuring power management on your machine.

Go http benchmark how to#

This post explains how to use the testing package to write a simple benchmark. Command used to run benchmarks was wrk -t 4 -c 1000 -d 10s. I used the simple HTTP benchmarking tool wrk agree with some of you may be saying 'not the ideal tool' but its good enough here. Io:format('ehttpd ready with ~b schedulers on port ~b~n', ), The Go testing package contains a benchmarking facility that can be used to examine the performance of your Go code. Important note that this benchmarking here was primarily for fun, not science. Socket errors: connect 0, read 1108, write 16, timeout 0 NodeJS 7 (express) Running 10s test 4 threads and 1000 connections Socket errors: connect 0, read 995, write 9, timeout 0 NodeJS 7 (http) Running 10s test 4 threads and 1000 connections Socket errors: connect 0, read 8722, write 9, timeout 0Įven though sinatra itself supplies a web server and is often considered as the de-facto web server, it is not for production. Ruby 2.4 (sinatra + thin) Running 10s test 4 threads and 1000 connections Socket errors: connect 0, read 969, write 24, timeout 0

Running 10s test 4 threads and 1000 connections Socket errors: connect 0, read 937, write 42, timeout 366 Python 3.6 (gunicorn + gevent) Running 10s test 4 threads and 1000 connections So performance will probably get better if it is used, but it's not as good as you think. I've focused on general usage, this means except for multicore languages, I didn't specify how many CPU cores to use. Recent commits have higher weight than older ones. Activity is a relative number indicating how actively a project is being developed. Stars - the number of stars that a project has on GitHub.Growth - month over month growth in stars.

Go http benchmark plus#

Clang (Apple LLVM) 8.1.0 (clang-802.0.38) + -O3 argument The number of mentions indicates the total number of mentions that weve tracked plus the number of user suggested alternatives.

Go http benchmark code#

Rustc 1.16.0 + -release argument for code optimization.I used the simple HTTP benchmarking tool wrk - agree with some of you may be saying 'not the ideal tool' but it's good enough here. Important note that this benchmarking here was primarily for fun, not science. They used all these same cores and memory quota, but it's just as clearly not a huge problem. Server and client were running on the same machine. This test only covers basic 'Hello World'(11 chars) response performance over the HTTP/1.1 protocol for different languages and http server implementations of it. So I made a simple benchmark to see which approach gives the best result. Web servers these days are fast enough, and I think not many people opt for the fastest web server, but instead are interested in that. It reads, parses, and returns the same JSON.This is a benchmark with comparative of performance of various well known web servers. Being a compiled language, Go is expected to be many times faster than Deno (which is interpreted).įor the comparison, we’ll use a small HTTP server that echoes the name back to the client. In this article, we’ll compare Deno’s native HTTP server with Go’s native HTTP server. It builds on go language go routines and scheduler for behind the scenes async IO and concurrency. Go is syntactically similar to C, but with memory safety, garbage collection, structural typing, etc. go-wrk an HTTP benchmarking tool go-wrk is a modern HTTP benchmarking tool capable of generating significant load when run on a single multi-core CPU. Go is a statically typed, compiled programming language designed at Google. Go is an open source programming language that makes it easy to build simple, reliable, and efficient software. Go’s popularity is increasing day by day.

Go http benchmark full#

The market is full of programming languages/runtimes that claim themselves to be the best. But Node.js isn’t the only runtime/programming language in the world.

Results using this test profile: Compare. Tests Suites Latest Results Search Register Login Popular Tests Timed Linux Kernel Compilation SVT-AV1. Deno is considered a successor of Node.js as they both have same creator (Ryan Dahl), same core technology (V8 engine), and other similar features. Go Benchmarks: Benchmark for monitoring real time performance of the Go implementation for HTTP, JSON and garbage testing per iteration. Deno, a secure runtime for TypeScript & JavaScript applications, has been around for more than a year.