def test_deserialize():
for case in encoded_messages:
msg = parse_message(MultiplexerMessage, case['encoded'])
assert dict((field.name, value) for field, value in msg.ListFields()) \
== case['pythonized'] == dict_message(msg, all_fields=False)
raises(DecodeError)(lambda: parse_message(VariousFields, ''))()
def test_send_message(self):
for case in encoded_messages:
self._channel.send(parse_message(MultiplexerMessage,
case['encoded']))
assert dict_message(self._server_channel.receive()) == \
case['pythonized']
def test_from():
# Check that ``from_`` and ``from`` can be used interchangeably.
msg = MultiplexerMessage()
msg.from_ = 10
assert getattr(msg, 'from') == 10
setattr(msg, 'from', 20)
assert msg.from_ == 20
# Check that the value assigned via ``from_`` is properly serialized.
msg = MultiplexerMessage()
msg.from_ = 15
assert msg.SerializePartialToString() == '\x10\x0f'
# Check hat the deserialized ``from`` can be read via ``from_``.
assert parse_message(MultiplexerMessage, '\x10\x0f', partial=True).from_ == 15
def _read_message(sock):
input = Deframer()
while True:
for contents in input.push(sock.recv(1)):
message = parse_message(MultiplexerMessage, contents)
return message
