def test_decode():
# Test string decode
eq_(proto.decode(proto.encode('abc')), [('~m~', 'abc')])
# Test unicode decode
eq_(proto.decode(proto.encode(u'\u0430\u0431\u0432')),
[('~m~', u'\u0430\u0431\u0432'.encode('utf-8'))])
# Test JSON decode
eq_(proto.decode(proto.encode({'a': 'b'})), [('~m~', {'a': 'b'})])
# Test seprate messages decoding
eq_(proto.decode(proto.encode(['a', 'b'])), [('~m~', 'a'), ('~m~', 'b')])
def test_decode():
# Test string decode
eq_(proto.decode(proto.encode('abc')), [('~m~', 'abc')])
# Test unicode decode
eq_(proto.decode(proto.encode(u'\u0430\u0431\u0432')),
[('~m~', u'\u0430\u0431\u0432'.encode('utf-8'))])
# Test JSON decode
eq_(proto.decode(proto.encode({'a':'b'})),
[('~m~', {'a':'b'})])
# Test seprate messages decoding
eq_(proto.decode(proto.encode(['a','b'])),
[('~m~', 'a'), ('~m~', 'b')])
def raw_message(self, message):
"""Called when raw message was received by underlying transport protocol
"""
for msg in proto.decode(message):
if msg[0] == proto.FRAME or msg[0] == proto.JSON:
self.on_message(msg[1])
elif msg[0] == proto.HEARTBEAT:
# TODO: Verify incoming heartbeats
logging.debug('Incoming Heartbeat')
def raw_message(self, message):
"""Called when raw message was received by underlying transport protocol
"""
for msg in proto.decode(message):
if msg[0] == proto.FRAME or msg[0] == proto.JSON:
self.on_message(msg[1])
elif msg[0] == proto.HEARTBEAT:
# TODO: Verify incoming heartbeats
logging.debug("Incoming Heartbeat")
self._missed_heartbeats -= 1
