#define RUAPU_IMPLEMENTATION
#include "ruapu.h"

int main()
{
    // initialize ruapu once
    ruapu_init();

    // now, tell me if this cpu has avx2
    int has_avx2 = ruapu_supports("avx2");

    // loop all supported features
    const char* const* supported = ruapu_rua();
    while (*supported)
    {
        fprintf(stderr, "%s\n", *supported);
        supported++;
    }

    return 0;
}

Compile ruapu test program

# GCC / MinGW
gcc main.c -o ruapu

# Clang
clang main.c -o ruapu

# MSVC
cl.exe /Fe: ruapu.exe main.c

Run ruapu in command line

./ruapu 
mmx = 1
sse = 1
sse2 = 1
sse3 = 1
ssse3 = 1
sse41 = 1
sse42 = 1
sse4a = 1
xop = 0
... more lines omitted ...

Compile and install ruapu library

# from pypi
pip3 install ruapu

# from source code
pip3 install ./python

Use ruapu in python

import ruapu

ruapu.supports("avx2")
# True

ruapu.supports(isa="avx2")
# True

ruapu.rua()
#(mmx', 'sse', 'sse2', 'sse3', 'ssse3', 'sse41', 'sse42', 'avx', 'f16c', 'fma', 'avx2')

Compile ruapu library

# from source code
cd rust
cargo build --release

Use ruapu in Rust

extern crate ruapu;

fn main() {
    println!("supports neon: {}", ruapu::supports("neon").unwrap());
    println!("supports avx2: {}", ruapu::supports("avx2").unwrap());
    println!("rua: {:?}", ruapu::rua());
}

Compile ruapu library

# from source code
cd lua
# lua binding has been tested on Lua 5.2~5.4
luarocks make

Use ruapu in Lua

ruapu = require "ruapu";
print(ruapu.supports("mmx"));
for _, ext in ipairs(ruapu.rua()) do
    print(ext);
end

Compile ruapu library

% add this to deps list 
% in your rebar.config
{ruapu, "0.1.0"}

Use ruapu in Erlang rebar3 shell

ruapu:rua().
{ok,["neon","vfpv4","asimdrdm","asimdhp","asimddp",
     "asimdfhm","bf16","i8mm","pmull","crc32","aes","sha1",
     "sha2","sha3","sha512","amx"]}
> ruapu:supports("neon").
true
> ruapu:supports(neon).
true
> ruapu:supports(<<"neon">>).
true
> ruapu:supports("avx2").
false
> ruapu:supports(avx2).
false
> ruapu:supports(<<"avx2">>).
false

Compile ruapu library

# from source code
cd fortran
cmake -B build
cmake --build build

Use ruapu in Fortran

program main
    use ruapu, only: ruapu_init, ruapu_supports, ruapu_rua
    implicit none

    character(len=:), allocatable :: isa_supported(:)
    integer :: i

    call ruapu_init()

    print *, "supports sse: ", ruapu_supports("sse")
    print *, "supports neon: ", ruapu_supports("neon")

    isa_supported = ruapu_rua()
    do i = 1, size(isa_supported)
        print *, trim(isa_supported(i))
    end do
end program main

Compile ruapu library

cd go
go build -o ruapu-go

Use ruapu in Golang

package main

import (
	"fmt"
	"ruapu-go/ruapu"
	"strconv"
)

func main() {
	ruapu.Init()
	avx2Status := ruapu.Supports("avx2")
	fmt.Println("avx2:" + strconv.Itoa(avx2Status))
	rua := ruapu.Rua()
	fmt.Println(rua)
}

Add ruapu library to your project

haskell/Ruapu.hs, haskell/ruapu.c and ruapu.h should be copied in your project.

Use ruapu in Haskell

import Ruapu
-- Ruapu.rua :: IO [String]
-- Ruapu.supports :: String -> IO Bool
main = do
    Ruapu.init
    Ruapu.supports "mmx" >>= putStrLn . show
    Ruapu.rua >>= sequence_ . map putStrLn

Compile ruapu library

cd vlang
v .

Use ruapu in Vlang

module main

import ruapu

fn main() {
    ruapu.ruapu_init()
    mut avx2_status := ruapu.ruapu_supports('avx2')
    if avx2_status {
        println('avx2: ' + avx2_status.str())
    }

    println(ruapu.ruapu_rua())
}

Compile ruapu library

cd pascal
sudo apt install fpc
cmake .
make
fpc ruapu.lpr

Use ruapu in Pascal

program ruapu;

uses ruapu_pascal;

var
  has_avx2: integer;
  supported: PPAnsiChar;
begin
  // initialize ruapu once
  ruapu_init();

  // now, tell me if this cpu has avx2
  has_avx2 := ruapu_supports('avx2');

  // loop all supported features
  supported := ruapu_rua();
  while supported^ <> nil do
  begin
      writeln(supported^);
      inc(supported);
  end;

  readln();
end.
      

Compile ruapu library and example

./gradlew build

Run example

java -cp \
    ./build/libs/ruapu-1.0-SNAPSHOT.jar \
    ./Example.java

Use ruapu in Java

import ruapu.Ruapu;
import java.util.*;

class Example {
    public static void main(String args[]) {
        Ruapu ruapu = new Ruapu();
        
        System.out.println("avx: " + ruapu.supports("avx")); 
        // avx: 1
        System.out.println(Arrays.toString(ruapu.rua())); 
        // [mmx, sse, sse2, sse3, ssse3, sse41, sse42, avx, f16c, fma, avx2]
    }
}