redj

D:\c\e\e\bindings\python>py build_EDA.py
Traceback (most recent call last):
  File "C:\sw\python\3.4\64bit\lib\site-packages\cffi\cparser.py", line 260, in _parse
    ast = _get_parser().parse(csource)
  File "C:\sw\python\3.4\64bit\lib\site-packages\pycparser\c_parser.py", line 151, in parse
    debug=debuglevel)
  File "C:\sw\python\3.4\64bit\lib\site-packages\pycparser\ply\yacc.py", line 331, in parse
    return self.parseopt_notrack(input, lexer, debug, tracking, tokenfunc)
  File "C:\sw\python\3.4\64bit\lib\site-packages\pycparser\ply\yacc.py", line 1181, in parseopt_notrack
    tok = call_errorfunc(self.errorfunc, errtoken, self)

jerstlouis

from cffi import FFI
ffi_ec = FFI()
ffi_ec.cdef(open('cffi-eC.h').read())
ffi_ec.set_source("_pyeC",
               '#include "eC.h"',
               sources=["../c/eC.c"],
               include_dirs=["../c"],
               libraries=["ecere"],
               library_dirs=["C:/Program Files/Ecere SDK/bin"])

redj

{
   name = "WASM",
   targetPlatform = linux,
   numJobs = 8,
   makeCommand = "mingw32-make",
   ecpCommand = "ecp",
   eccCommand = "ecc",
   ecsCommand = "ecs",
   earCommand = "ear",
   cppCommand = "emcc.bat",

jerstlouis

public define Phi = 1.6180339887;

bool IsPerfectSquare(uint64 number)
{
   double root = sqrt(number);
   uint64 square = (uint64)root * (uint64)root;
   return square == number;
}

struct Matrix2x2