Performance Test

is_prime function implemented in many languages in same algorithm to compare speed of different languages and runtimes.

How to run:

./run.sh 

Result:

see result

Add your result:

./run.sh > "./result/YOUR_CPU_MODEL_HERE"

Example:

./run.sh > "./result/Intel(R) Core(TM) i7-8550U"

Get cpu model by running:

lscpu | sed -nr '/Model name/ s/.*:\s*(.*) @ .*/\1/p'

My Laptop (Intel(R) Core(TM) i7-8550U)

Note: times are 5% more or less on different runs, so C and C++ can win somtimes.

Ranking	Language	Runtime/Compiler	Time	n% slower than Winner
#1	Assembly	NASM	3.10s	Winner
#2	C	GCC	3.12s	0.64%
#3	C++	G++	3.15s	1.6%
#4	Rust	Native 1.67.1	3.31s	6.7%
#5	Go	Go 1.20.3	3.81s	22%
#6	Java	OpenJDK 17	5.73s	84%
#7	Js	Nodejs 12	5.85s	88%
#8	C#	Mono 6.8	6.54s	110%
#9	Dart	Dart 2.19.0	7.11s	129%
#10	Python	Codon 0.16.0	10.89s	251%
#11	Pascal	FPC 3.2.2	13.68s	341%
#12	Python	Python 3.9.2	99.79s	3008%

n% slower formulla:
( (LanguageTime - WinnerTime) * 100 ) / WinnerTime

Contribute

1. Optimize your favorite programming language Without changing algorithm
2. Add new language by using same algorithm.
3. Add new Runtime.
4. Share your test result.
5. Add your result.