def do_work():
cmd = compiler.format(libname=lib_file, csource=source_file)
try:
result = check_output(cmd.split(), stderr=STDOUT)
except CalledProcessError as e:
raise Exception('Module did not compile!\n\n'
'Command:\n' + ' '.join(e.cmd) + '\n\n'
'Error:\n' + e.output + '\n')
#csim, ffi = gen_cppsim ( lib_file, cdef )
#sim = CSimWrapper( csim, ffi )
create_cpp_py_wrapper(model_inst, cdef, lib_file, wrapper_file)
def do_work():
cmd = compiler.format( libname = lib_file,
csource = source_file )
try:
result = check_output( cmd.split() , stderr=STDOUT )
except CalledProcessError as e:
raise Exception( 'Module did not compile!\n\n'
'Command:\n' + ' '.join(e.cmd) + '\n\n'
'Error:\n' + e.output + '\n'
)
#csim, ffi = gen_cppsim ( lib_file, cdef )
#sim = CSimWrapper( csim, ffi )
create_cpp_py_wrapper( model_inst, cdef, lib_file, wrapper_file )
def translate( model ):
model.elaborate()
with tempfile.NamedTemporaryFile(suffix='.cpp') as output:
cdef, CSimWrapper = CLogicTransl( model, output )
output.flush()
# NOTE: if we don't create a unique name for each .so, things get
# inconsisten (stale data?)
clib = os.getcwd() + '/' + model.class_name+'.so'
cmd = compiler.format( libname = clib,
csource = output.name )
try:
result = check_output( cmd.split() , stderr=STDOUT )
output.seek(0)
source = output.read()
csim, ffi = gen_cppsim ( clib, cdef )
sim = CSimWrapper( csim, ffi )
#print()
#print( source )
#print()
return sim
except CalledProcessError as e:
output.seek(0)
source = output.read()
raise Exception( 'Module did not compile!\n\n'
'Command:\n' + ' '.join(e.cmd) + '\n\n'
'Error:\n' + e.output + '\n'
'Source:\n \x1b[31m' + source + '\x1b[0m'
)