def test_socket_queue_basics(codec, threading_model):
s1, s2 = _socketpair(threading_model)
sq1 = SocketQueue(s1, codec, threading_model)
sq2 = SocketQueue(s2, codec, threading_model)
sq1.put(msg2)
sq1.put(msg1)
sq2.put(msg2)
assert sq2.get() == msg2
assert sq2.get() == msg1
assert sq1.get() == msg2
sq1.close()
assert sq2.get() is None
assert sq1.get() is None
assert sq1.is_closed
assert sq2.is_closed
sq1.join()
sq2.join()
def test_socket_queue_garbage(codec, threading_model):
s1, s2 = _socketpair(threading_model)
sq = SocketQueue(s2, codec, threading_model)
s1.sendall(b'\xfa\xff\xff\xff\xde\xadabracadabra bobby jenkins\x05\x04')
assert isinstance(sq.get(), FramingError)
# All but DecodingError's are considered irrecoverable -> socket is closed.
sq.join(timeout=1.0)
assert sq.is_closed
def __init__(self, socket, codec, services=None, **options):
assert (hasattr(services, '_request_handlers')
and hasattr(services, '_notification_handlers'))
for key, value in options.items():
setattr(self, key, value)
self.definitions = Definitions(self.protocol, self.protocol_version,
self.no_arguments_presentation)
self.services = services
self.socket_queue = SocketQueue(socket, codec, self.threading_model)
self.dispatcher = Dispatcher(self)
