def test_complex_dict(self):
s = Serializer()
ser = s.serialize(test_dict_func)
res = s.deserialize(ser)
f1 = list(res)[0]
f2 = res[f1]
self.assertEqual(f1(5), test_wrapper(5))
self.assertEqual(f2(5), test_fact(5))
def test_multiple_serialization(self):
s = Serializer()
ser = s.serialize(test_list)
ser = s.serialize(ser)
ser = s.serialize(ser)
ser = s.serialize(ser)
res = s.deserialize(ser)
res = s.deserialize(res)
res = s.deserialize(res)
res = s.deserialize(res)
self.assertEqual(res, test_list)
def dumps(obj) -> str:
obj = Serializer.serialize(obj)
return serialize_yaml(obj)
def loads(obj: str):
obj = deserialize_yaml(obj)
return Serializer.deserialize(obj)
def dumps(obj) -> str:
obj = Serializer.serialize(obj)
return serialize_json(obj).replace("\n", "\\n")
def loads(obj: str):
obj = deserialize_json(obj.replace("\\n", "\n"))
return Serializer.deserialize(obj)
def serialize_and_compare_obj(obj, tester):
s = Serializer()
ser = s.serialize(obj)
res = s.deserialize(ser)
tester.assertEqual(res, obj)
def serialize_and_compare_func(func, tester):
s = Serializer()
ser = s.serialize(func)
res = s.deserialize(ser)
tester.assertEqual(res(5), func(5))
def dumps(obj) -> str:
obj = Serializer.serialize(obj)
return f"tuple = {serialize_toml(obj)}"
def loads(obj: str):
obj = obj.split('=', 1)[1]
obj = deserialize_toml(obj.replace("\\n", "\n").strip())
return Serializer.deserialize(obj)