def handle_publish(self, publish_packet: PublishPacket):
packet_id = publish_packet.variable_header.packet_id
qos = publish_packet.qos
incoming_message = IncomingApplicationMessage(packet_id, publish_packet.topic_name, qos, publish_packet.data, publish_packet.retain_flag)
incoming_message.publish_packet = publish_packet
yield from self._handle_message_flow(incoming_message)
self.logger.debug("Message queue size: %d" % self.session.delivered_message_queue.qsize())
def handle_publish(self, publish_packet: PublishPacket):
packet_id = publish_packet.variable_header.packet_id
qos = publish_packet.qos
incoming_message = IncomingApplicationMessage(packet_id, publish_packet.topic_name, qos, publish_packet.data, publish_packet.retain_flag)
incoming_message.publish_packet = publish_packet
yield from self._handle_message_flow(incoming_message)
self.logger.debug("Message queue size: %d" % self.session.delivered_message_queue.qsize())
async def mock_deliver_message():
if deliver_event.is_set():
# simulate some i/o blocking, otherwise the deliver method is called nons-top by __run_on_message loop
# and takes all cpu, not giving a chance to other tasks
await asyncio.sleep(0.2)
else:
deliver_event.set()
in_message = None
#the very first deliver_message invocation is only used for verification that __run_on_message is running,
# so in_message=None in this case
if deliver_controls[1] < deliver_controls[0] and deliver_controls[
0] > 0:
message_topic = topic if topic_ns is None else f'{topic_ns}{topic}'
in_message = IncomingApplicationMessage('packet_id', message_topic,
QOS_0,
message.encode('utf-8'),
False)
in_message.publish_packet = in_message.build_publish_packet()
deliver_controls[1] += 1
return in_message
async def handle_publish(self, publish_packet: PublishPacket):
try:
packet_id = publish_packet.variable_header.packet_id
qos = publish_packet.qos
incoming_message = IncomingApplicationMessage(
packet_id, publish_packet.topic_name, qos, publish_packet.data,
publish_packet.retain_flag)
incoming_message.publish_packet = publish_packet
if incoming_message.qos == QOS_0:
await self._handle_message_flow(incoming_message)
else:
await self._reader_task.spawn(self._handle_message_flow,
incoming_message)
if self.session is not None:
self.logger.debug(
"Message queue size: %d",
self.session._delivered_message_queue.qsize())
except CancelledError:
pass