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https://github.com/rdebath/Brainfuck

Brainfuck torture test. Brainfuck interpreters and compilers to C, V. VIM syntax file for brainf*ck. Fast JIT Assembly, JIT C running, Perl, Python, php, Ruby, lua, go, awk, neko, PS1, bash, ook, trollscript etc etc
https://github.com/rdebath/Brainfuck

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Brainfuck torture test. Brainfuck interpreters and compilers to C, V. VIM syntax file for brainf*ck. Fast JIT Assembly, JIT C running, Perl, Python, php, Ruby, lua, go, awk, neko, PS1, bash, ook, trollscript etc etc

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README 

        
These programs have been tested on non-x86 machines (emulated) thanks to the

hardworking people of the qemu and Debian projects. In combination they have

made a set of environments that are both functional and very easy to setup.



    https://wiki.debian.org/QEMU



    http://people.debian.org/~aurel32/qemu/



Full testing (home environment)

    i686 running Debian jessie

    x86_64 running Debian jessie



Full testing

    i686 running Debian wheezy

    x86_64 running Debian wheezy

    x86_64 running FreeBSD



Currently 'smoke' tested on



    PowerPC running Debian wheezy

    PowerPC running Debian squeeze

    Sparc running Debian etch

    x86_64 running NetBSD

    x86_64 running OpenBSD

    x86_64 running macosx

    x86_32 running Debian

    i686 running Debian lenny

    i686 running Debian etch

    i686 running Debian woody (GNU make is too old)

    i686 running Debian bo (GNU make is too old)

    i686 running Minux

    armhf running Debian wheezy

    mips32 running Debian wheezy

    sh4 running Debian

    arm nslu2 running Debian woody

    arm nslu2 running Debian jessie

    Windows 32bit and 64bit.



Testing notes

-------------



I currently only have DynASM assembler for x86 and x86_64, the DynASM jit

routines are safely disabled on other processors.  A version of lua or

luajit is needed to assemble the code for the supported processors. If a

suitable lua is not installed 'minilua.c' from the luajit distribution

will be compiled and used. If this does not compile you may remove or

rename the tools/dynasm directory to disable DynASM completely.



FreeBSD x86_64 and others

-------------------------



Use the ports functionality to install gmake or compile manually as

the BSD 'pmake' make version's extensions are incompatible with the

gmake extensions. Ports will also be needed for the gmp library to

compile the output of bf2cgmp.  The the nasm assembler output in link

mode compiles and runs successfully when linked to libc by clang. The

'gas' assembler output does not.



The 'ports' version of GNU Lightning V2 is (of course) not auto detected

by Tritium.  It can be pulled in using this ...



$ export LIBRARY_PATH=/usr/local/lib

$ export CPATH=/usr/local/include



If these environment variables aren't used by your tools you can add

the changes to the command line:



$ make LDFLAGS=-L/usr/local/lib DEFS=-I/usr/local/include



Windows

-------

Cross compile of Tritium from Debian Linux using:

    make CC=i686-w64-mingw32-gcc

or

    make CC=x86_64-w64-mingw32-gcc



The Dynasm JIT works so it's nice and quick. (cmd.exe, however, is slow!)

The nasm/gas output cross compiles and runs with the -fwin32 option.



The majority of the bf2any cross compile to Windows happily as they're

plain C, but the special features, embedded interpreters etc don't

usually work on non-Posix operating systems.