All you demonstrated is that thread sleep works in all languages, and that overhead is significantly smaller than 200ms. You did not really benchmark the various language / server combos.
If it makes you all happy I'll update the post with numbers from the code without sleep. Oh and there are cases where a request takes more than 2 seconds, I have performance tuned many such systems when I was working for enterprise companies. Also do suggest better approach to simulate a thread blocking request
And I reiterate again if it wasn't clear from the title, intro or all the previous posts. I was trying to benchmark performance of concurrency and not web server performance. They are related but not the same
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All you demonstrated is that thread sleep works in all languages, and that overhead is significantly smaller than 200ms. You did not really benchmark the various language / server combos.
If it makes you all happy I'll update the post with numbers from the code without sleep. Oh and there are cases where a request takes more than 2 seconds, I have performance tuned many such systems when I was working for enterprise companies. Also do suggest better approach to simulate a thread blocking request
And I reiterate again if it wasn't clear from the title, intro or all the previous posts. I was trying to benchmark performance of concurrency and not web server performance. They are related but not the same