def gen(self,
header,
llvm_dir,
dynlib=None,
out_file=None,
call_con='cdecl',
include_dir='.',
debug=False):
"""
Generate a Red/System binding file from the given header input.
Args:
header(str): the header to parse.
llvm_dir(str): the binary directory where LLVM lives
dynlib(str): the dynamic library target, used in the outfile
out_file(str): the path/name.ext of the output file
call_con(str): the calling convention of the library
include_dir(str): where other include files are, same as C
debug(bool): whether verbose debugging should occur
"""
# Clean up the header file and obtain all declarations/pound defines
declarations = format.format_header(header, llvm_dir, include_dir)
# Fix null dynamic lib name
if dynlib == None:
# Since the extension doesn't matter, just add a dot to it
dynlib = os.path.basename(header).split('.')[0] + '.'
# Both parse and generate the declarations
rgb_compiler = RGB(declarations, dynlib, call_con, out_file)
rgb_compiler.compile()
def gen(self,
header,
llvm_dir,
dynlib,
out_file=None,
call_con='cdecl',
include_dir='.'):
"""
Generate a Red/System binding file from the given header input.
"""
# Clean up the header file and obtain all declarations/pound defines
declarations = format.format_header(header, llvm_dir, include_dir)
# Both parse and generate the declarations
rgb_compiler = RGB(declarations, dynlib, call_con, out_file)
rgb_compiler.compile()
