Module to use the Tiny C Compiler for inlining C Code in Python.
Tested with:
- CPython 2.7.6 and PyPy 2.2.1 Linux (both 64bit on x86_64, Ubuntu 14)
- CPython 2.7.5 Windows (32bit on x86, Windows XP)
- CPython 2.7.8 Windows (32bit on x86_64, Windows 10)
- CPython 2.7.9 and PyPy 4.0.1 Linux (both 32bit on ARMv7 emulated, Raspberry Pi 3, Raspbian Jessie armhf)
- CPython 2.7.3 Linux (32bit ARMv7, Wandboard, Ubuntu 12 armel)
- CPython 3.4.3 Linux (64bit on x86_64, Ubuntu 14)
Run the following commands:
cd <modulepath> git clone git://repo.or.cz/tinycc.git mkdir build cd build ../tinycc/configure --prefix=../linux --with-libgcc --disable-static make all make install
For Windows the repo contains a binary version (x86 only). It was build from source with MinGW:
cd <modulepath> git clone git://repo.or.cz/tinycc.git mkdir build cd build ../tinycc/configure --prefix=../win32 --disable-static --extra-ldflags=-static-libgcc make all make install
A simple example with the 'run' state:
from tinycc import TinyCC c_code = '#include <stdio.h>\n' c_code += 'void main(void) {' c_code += ' printf("Hello World!\\n");' c_code += '}' state = TinyCC().create_state('run') state.compile(c_code) state.run([])
Example with inline code:
from tinycc import TinyCC, InlineGenerator from ctypes import c_int gen = InlineGenerator() # C function to be used from Python @gen.c_function(c_int, c_int, c_int, c_int) def add_mul(a, b, c): "return mul(a + b, c);" # calls the Python function mul # Python function to be used from C @gen.callable_function(c_int, c_int, c_int) def mul(a, b): return a * b # compile the code state = TinyCC().create_state() state.compile(gen.code) state.relocate() # bind to state for symbol resolution gen.bind_state(state) # use it add_mul(23, 42, 7) 455
See the example files for more usage ideas.
- rework error handling
- Testing
- PyPI package