def __init__(self,
controllercls,
connection,
exchange,
topic,
pool=None,
poolsize=1000):
self.nodeid = UIDGEN()
if pool is None:
self.procpool = GreenPool(size=poolsize)
else:
self.procpool = pool
self.connection = connection
self.controller = controllercls()
self.topic = topic
self.greenlet = None
self.messagesem = Semaphore()
self.consume_ready = Event()
node_topic = "{}.{}".format(self.topic, self.nodeid)
self.queues = [
entities.get_topic_queue(exchange, topic),
entities.get_topic_queue(exchange, node_topic),
entities.get_fanout_queue(topic),
]
self._channel = None
self._consumers = None
def test_send_fanout(connection):
with connection as conn:
with conn.channel() as chan:
queue = entities.get_fanout_queue('test', channel=chan)
queue.declare()
sending.send_fanout(conn, topic='test', data='success')
msg = ifirst(
consuming.queue_iterator(queue, no_ack=True, timeout=0.2))
assert msg.payload == 'success'
# check consumefrom has removed entry
assert not consuming._conndrainers
def test_send_fanout(connection):
with connection as conn:
with conn.channel() as chan:
queue = entities.get_fanout_queue('test', channel=chan)
queue.declare()
sending.send_fanout(conn,
topic='test',
data='success')
msg = ifirst(consuming.queue_iterator(queue, no_ack=True, timeout=0.2))
assert msg.payload == 'success'
# check consumefrom has removed entry
assert not consuming._conndrainers
def __init__(self, controllercls,
connection, exchange, topic,
pool=None, poolsize=1000):
self.nodeid = UIDGEN()
if pool is None:
self.procpool = GreenPool(size=poolsize)
else:
self.procpool = pool
self.connection = connection
self.controller = controllercls()
self.topic = topic
self.greenlet = None
self.messagesem = Semaphore()
self.consume_ready = Event()
node_topic = "{}.{}".format(self.topic, self.nodeid)
self.queues = [entities.get_topic_queue(exchange, topic),
entities.get_topic_queue(exchange, node_topic),
entities.get_fanout_queue(topic), ]
self._channel = None
self._consumers = None
