def test_string_with_non_utf8_data(self) -> None:
encoded = b"\x0b\x00\x01\x00\x00\x00\x03foo\x00"
sb = deserialize(StringBucket, encoded, protocol=Protocol.BINARY)
self.assertEqual("foo", sb.one)
encoded = b"\x0b\x00\x01\x00\x00\x00\x03\xfa\xf0\xef\x00"
sb = deserialize(StringBucket, encoded, protocol=Protocol.BINARY)
with self.assertRaises(UnicodeDecodeError):
# Accessing the property is when the string is decoded as UTF-8.
sb.one
def test_serialize_deserialize(self) -> None:
err = HardError(errortext="err", code=2)
x = ValueOrError(error=err)
serialized = serialize_iobuf(x)
y = deserialize(ValueOrError, serialized)
self.assertIsNot(x, y)
self.assertEqual(x, y)
serialized_direct = serialize_iobuf(err)
deserialized_direct = deserialize(HardError, serialized_direct)
self.assertIsNot(err, deserialized_direct)
self.assertEqual(err, deserialized_direct)
def test_isset_Struct(self) -> None:
to_serialize = OptionalFile(name="/dev/null", type=8)
serialized = serialize_iobuf(to_serialize)
file = deserialize(File, serialized)
self.assertTrue(isset(file)["type"])
self.assertFalse(isset(file)["permissions"])
to_serialize = OptionalFile(name="/dev/null")
serialized = serialize_iobuf(to_serialize)
file = deserialize(File, serialized)
self.assertEqual(file.type, Kind.REGULAR)
self.assertFalse(isset(file)["type"])
def test_sanity(self) -> None:
with self.assertRaises(TypeError):
# pyre-ignore[6]: intentionally introduced for testing
serialize(1, Protocol.COMPACT)
with self.assertRaises(TypeError):
# pyre-ignore[6]: intentionally introduced for testing
serialize(easy(), None)
with self.assertRaises(TypeError):
# pyre-ignore[6]: intentionally introduced for testing
deserialize(Protocol, b"")
def test_bad_enum_in_set_iter(self) -> None:
x = deserialize(
ColorGroups,
serialize_iobuf(OptionalColorGroups(color_list=[1, 5, 0])))
for v in x.color_set:
if v not in (Color.blue, Color.red):
self.assertBadEnum(cast(BadEnum, v), Color, 5)
async def _fbthrift__handler_doRaise(
self, args: _fbthrift_iobuf.IOBuf,
protocol: Protocol) -> _fbthrift_iobuf.IOBuf:
args_struct = deserialize(
module.thrift_types._fbthrift_Raiser_doRaise_args, args, protocol)
try:
value = await self.doRaise()
return_struct = module.thrift_types._fbthrift_Raiser_doRaise_result(
)
except module.thrift_types.Banal as e:
return_struct = module.thrift_types._fbthrift_Raiser_doRaise_result(
b=e)
buf = serialize_iobuf(return_struct, protocol)
exp = PythonUserException('Banal', str(e), buf)
raise exp
except module.thrift_types.Fiery as e:
return_struct = module.thrift_types._fbthrift_Raiser_doRaise_result(
f=e)
buf = serialize_iobuf(return_struct, protocol)
exp = PythonUserException('Fiery', str(e), buf)
raise exp
except module.thrift_types.Serious as e:
return_struct = module.thrift_types._fbthrift_Raiser_doRaise_result(
s=e)
buf = serialize_iobuf(return_struct, protocol)
exp = PythonUserException('Serious', str(e), buf)
raise exp
return serialize_iobuf(return_struct, protocol)
def thrift_serialization_round_trip(self, control: StructOrUnion) -> None:
for proto in Protocol:
encoded = serialize(control, protocol=proto)
self.assertIsInstance(encoded, bytes)
decoded = deserialize(type(control), encoded, protocol=proto)
self.assertIsInstance(decoded, type(control))
self.assertEqual(control, decoded)
def test_bad_enum_in_list_index(self) -> None:
x = deserialize(
ColorGroups,
serialize_iobuf(OptionalColorGroups(color_list=[1, 5, 0])))
self.assertEqual(len(x.color_list), 3)
self.assertEqual(x.color_list[0], Color.blue)
self.assertBadEnum(cast(BadEnum, x.color_list[1]), Color, 5)
self.assertEqual(x.color_list[2], Color.red)
def test_flag_enum_serialization_roundtrip(self) -> None:
x = File(name="/dev/null",
type=Kind.CHAR,
permissions=Perm.read | Perm.write)
y = deserialize(File, serialize_iobuf(x))
self.assertEqual(x, y)
self.assertEqual(x.permissions, Perm.read | Perm.write)
self.assertIsInstance(x.permissions, Perm)
async def _fbthrift__handler_doBland(
self, args: _fbthrift_iobuf.IOBuf,
protocol: Protocol) -> _fbthrift_iobuf.IOBuf:
args_struct = deserialize(
module.thrift_types._fbthrift_Raiser_doBland_args, args, protocol)
value = await self.doBland()
return_struct = module.thrift_types._fbthrift_Raiser_doBland_result()
return serialize_iobuf(return_struct, protocol)
async def _fbthrift__handler_get200(
self, args: _fbthrift_iobuf.IOBuf,
protocol: Protocol) -> _fbthrift_iobuf.IOBuf:
args_struct = deserialize(
module.thrift_types._fbthrift_Raiser_get200_args, args, protocol)
value = await self.get200()
return_struct = module.thrift_types._fbthrift_Raiser_get200_result(
success=value)
return serialize_iobuf(return_struct, protocol)
def test_bad_enum_in_list_reverse(self) -> None:
x = deserialize(
ColorGroups,
serialize_iobuf(OptionalColorGroups(color_list=[1, 5, 0])))
for idx, v in enumerate(reversed(x.color_list)):
if idx == 0:
self.assertEqual(v, Color.red)
elif idx == 1:
self.assertBadEnum(cast(BadEnum, v), Color, 5)
else:
self.assertEqual(v, Color.blue)
async def _fbthrift__handler_init(
self, args: _fbthrift_iobuf.IOBuf,
protocol: Protocol) -> _fbthrift_iobuf.IOBuf:
args_struct = deserialize(
test.namespace_from_package.module.thrift_types.
_fbthrift_TestService_init_args, args, protocol)
value = await self.init(args_struct.int1, )
return_struct = test.namespace_from_package.module.thrift_types._fbthrift_TestService_init_result(
success=value)
return serialize_iobuf(return_struct, protocol)
async def _fbthrift__handler_query(
self, args: _fbthrift_iobuf.IOBuf,
protocol: Protocol) -> _fbthrift_iobuf.IOBuf:
args_struct = deserialize(
test.fixtures.basic.module.thrift_types.
_fbthrift_MyService_query_args, args, protocol)
value = await self.query(args_struct.u, )
return_struct = test.fixtures.basic.module.thrift_types._fbthrift_MyService_query_result(
success=value)
return serialize_iobuf(return_struct, protocol)
async def _fbthrift__handler_init(
self, args: _fbthrift_iobuf.IOBuf,
protocol: Protocol) -> _fbthrift_iobuf.IOBuf:
args_struct = deserialize(
python_module_root.my.namespacing.test.hsmodule.thrift_types.
_fbthrift_HsTestService_init_args, args, protocol)
value = await self.init(args_struct.int1, )
return_struct = python_module_root.my.namespacing.test.hsmodule.thrift_types._fbthrift_HsTestService_init_result(
success=value)
return serialize_iobuf(return_struct, protocol)
async def _fbthrift__handler_init(
self, args: _fbthrift_iobuf.IOBuf,
protocol: Protocol) -> _fbthrift_iobuf.IOBuf:
args_struct = deserialize(
emptyns.thrift_types._fbthrift_TestService_init_args, args,
protocol)
value = await self.init(args_struct.int1, )
return_struct = emptyns.thrift_types._fbthrift_TestService_init_result(
success=value)
return serialize_iobuf(return_struct, protocol)
async def _fbthrift__handler_check(
self, args: _fbthrift_iobuf.IOBuf,
protocol: Protocol) -> _fbthrift_iobuf.IOBuf:
args_struct = deserialize(
python_module_root.my.namespacing.extend.test.extend.thrift_types.
_fbthrift_ExtendTestService_check_args, args, protocol)
value = await self.check(args_struct.struct1, )
return_struct = python_module_root.my.namespacing.extend.test.extend.thrift_types._fbthrift_ExtendTestService_check_result(
success=value)
return serialize_iobuf(return_struct, protocol)
def load(self, obj: Any) -> StructOrUnion:
if obj.typeHashPrefixSha2_256:
cls = find_by_universal_hash(
self._alg_to_hash_to_type[UniversalHashAlgorithm.Sha2_256],
obj.typeHashPrefixSha2_256,
)
elif obj.type:
cls = self._uri_to_type[obj.type]
else:
raise ValueError("No type information found")
serializer_protocol = _to_serializer_protocol(obj.protocol)
return deserialize(cls, obj.data, protocol=serializer_protocol)
def test_bad_deserialize(self) -> None:
with self.assertRaises(Error):
deserialize(easy, b"")
with self.assertRaises(Error):
deserialize(easy, b"\x05AAAAAAAA")
with self.assertRaises(Error):
deserialize(easy, b"\x02\xDE\xAD\xBE\xEF", protocol=Protocol.BINARY)
def test_bad_enum_in_map_lookup(self) -> None:
x = deserialize(
ColorGroups,
serialize_iobuf(
OptionalColorGroups(color_map={
1: 2,
0: 5,
6: 1,
7: 8
})),
)
val = x.color_map[Color.red]
self.assertBadEnum(cast(BadEnum, val), Color, 5)
def test_bad_enum_in_map_values(self) -> None:
x = deserialize(
ColorGroups,
serialize_iobuf(
OptionalColorGroups(color_map={
1: 2,
0: 5,
6: 1,
7: 8
})),
)
s = set()
for k in x.color_map.values():
s.add(k)
self.assertEqual(len(s), 4)
s.discard(Color.green)
s.discard(Color.blue)
lst = sorted(s, key=lambda e: cast(BadEnum, e).value)
self.assertBadEnum(cast(BadEnum, lst[0]), Color, 5)
self.assertBadEnum(cast(BadEnum, lst[1]), Color, 8)
def test_bad_enum_in_map_items(self) -> None:
x = deserialize(
ColorGroups,
serialize_iobuf(
OptionalColorGroups(color_map={
1: 2,
0: 5,
6: 1,
7: 8
})),
)
for k, v in x.color_map.items():
if k == Color.blue:
self.assertEqual(v, Color.green)
elif k == Color.red:
self.assertBadEnum(cast(BadEnum, v), Color, 5)
else:
ck = cast(BadEnum, k)
if ck.value == 6:
self.assertEqual(v, Color.blue)
else:
self.assertBadEnum(cast(BadEnum, v), Color, 8)
def test_deserialize_nonempty(self) -> None:
x = deserialize(Integers, serialize_iobuf(Integers(tiny=42)))
self.assertEqual(x.type, Integers.Type.tiny)
async def _fbthrift__handler_simple_rpc(self, args: _fbthrift_iobuf.IOBuf, protocol: Protocol) -> _fbthrift_iobuf.IOBuf:
args_struct = deserialize(test.fixtures.basic.module.thrift_types._fbthrift_FB303Service_simple_rpc_args, args, protocol)
value = await self.simple_rpc(args_struct.int_parameter,)
return_struct = test.fixtures.basic.module.thrift_types._fbthrift_FB303Service_simple_rpc_result(success=value)
return serialize_iobuf(return_struct, protocol)
async def _fbthrift__handler_getDataByKey1(self, args: _fbthrift_iobuf.IOBuf, protocol: Protocol) -> _fbthrift_iobuf.IOBuf:
args_struct = deserialize(test.fixtures.basic.module.thrift_types._fbthrift_DbMixedStackArguments_getDataByKey1_args, args, protocol)
value = await self.getDataByKey1(args_struct.key,)
return_struct = test.fixtures.basic.module.thrift_types._fbthrift_DbMixedStackArguments_getDataByKey1_result(success=value)
return serialize_iobuf(return_struct, protocol)
async def _fbthrift__handler_rpc_skipped_codegen(self, args: _fbthrift_iobuf.IOBuf, protocol: Protocol) -> _fbthrift_iobuf.IOBuf:
args_struct = deserialize(test.fixtures.basic.module.thrift_types._fbthrift_MyService_rpc_skipped_codegen_args, args, protocol)
value = await self.rpc_skipped_codegen()
return_struct = test.fixtures.basic.module.thrift_types._fbthrift_MyService_rpc_skipped_codegen_result()
return serialize_iobuf(return_struct, protocol)
async def _fbthrift__handler_lobDataById(self, args: _fbthrift_iobuf.IOBuf, protocol: Protocol) -> None:
args_struct = deserialize(test.fixtures.basic.module.thrift_types._fbthrift_MyService_lobDataById_args, args, protocol)
value = await self.lobDataById(args_struct.id,args_struct.data,)
async def _fbthrift__handler_deleteDataById(self, args: _fbthrift_iobuf.IOBuf, protocol: Protocol) -> _fbthrift_iobuf.IOBuf:
args_struct = deserialize(test.fixtures.basic.module.thrift_types._fbthrift_MyService_deleteDataById_args, args, protocol)
value = await self.deleteDataById(args_struct.id,)
return_struct = test.fixtures.basic.module.thrift_types._fbthrift_MyService_deleteDataById_result()
return serialize_iobuf(return_struct, protocol)
def test_bad_enum_in_struct(self) -> None:
to_serialize = OptionalFile(name="something", type=64)
serialized = serialize_iobuf(to_serialize)
x = deserialize(File, serialized)
self.assertBadEnum(cast(BadEnum, x.type), Kind, 64)
def test_deserialize_empty(self) -> None:
x = deserialize(Integers, serialize_iobuf(Integers()))
self.assertEqual(x.type, Integers.Type.EMPTY)
