def main():
bc = BinaryChunk('./test/sum.luac')
bc.print_header()
bc.check_header()
bc.print_main_func()
proto = bc.get_main_func()
lua_main(proto)
def main():
bc = BinaryChunk(sys.argv[1])
bc.print_header()
bc.check_header()
bc.print_main_func()
proto = bc.get_main_func()
lua_main(proto)
def load(self, chunk):
bc = BinaryChunk(chunk)
proto = bc.undump()
closure = Closure(proto, None, 0)
self.stack.push(closure)
if len(proto.upvalues) > 0:
env = self.registry.get(Consts.LUA_RIDX_GLOBALS)
closure.upvals[0] = env
print('env: ', end='')
env.dump()
return ThreadStatus.OK
def load(self, chunk_path):
with open(chunk_path, 'rb') as f:
chunk = f.read()
if BinaryChunk.is_binary_chunk(chunk):
bc = BinaryChunk(chunk)
proto = bc.undump()
else:
with open(chunk_path, 'r') as f1:
chunk = f1.read()
proto = LuaCompiler.compile(chunk, chunk_path)
closure = Closure(proto, None, 0)
self.stack.push(closure)
if len(proto.upvalues) > 0:
env = self.registry.get(Consts.LUA_RIDX_GLOBALS)
closure.upvals[0] = env
print('env: ', end='')
env.dump()
return ThreadStatus.OK
def load(self, chunk):
bc = BinaryChunk(chunk)
proto = bc.undump()
closure = Closure(proto, None)
self.stack.push(closure)
return ThreadStatus.OK
def main():
bc = BinaryChunk('./test/hello.luac')
bc.print_header()
bc.check_header()
bc.print_main_func()