def test_msgpack_for_ipc_encode_deoode(self):
expected_struct: list = [
1, -1, b'123456', b'', "hello", "",
create_address(), None
]
data_list: list = []
for value in expected_struct:
data_list.append(MsgPackForIpc.encode(value))
data: bytes = MsgPackForIpc.dumps(data_list)
struct: list = MsgPackForIpc.loads(data)
actual_struct: list = [
MsgPackForIpc.decode(TypeTag.INT, struct[0]),
MsgPackForIpc.decode(TypeTag.INT, struct[1]),
MsgPackForIpc.decode(TypeTag.BYTES, struct[2]),
MsgPackForIpc.decode(TypeTag.BYTES, struct[3]),
MsgPackForIpc.decode(TypeTag.STRING, struct[4]),
MsgPackForIpc.decode(TypeTag.STRING, struct[5]),
MsgPackForIpc.decode(TypeTag.ADDRESS, struct[6]),
MsgPackForIpc.decode(TypeTag.NIL, struct[7])
]
self.assertEqual(expected_struct, actual_struct)
def test_msgpack_loads_dumps(self):
expected_struct: list = [
1, -1, b'123456', b'', [1, 2, 3, 4, 5], {
1: 2,
3: 4
}, True, False, None
]
data: bytes = MsgPackForIpc.dumps(expected_struct)
struct: list = MsgPackForIpc.loads(data)
self.assertEqual(expected_struct, struct)
def _prt_length_info(self, tag: str, data: list):
new_expected_struct: list = self._encode_msg(data)
data: bytes = MsgPackForIpc.dumps(new_expected_struct)
print(f"{tag} data: {new_expected_struct}")
print(f"{tag} length: {len(data)}")