def test_queuestat(self):
subscriber = TestSubscriber()
subId = yield self._spawn_process(subscriber)
queuestat_client = QueueStatClient(subscriber)
yield queuestat_client.watch_queue(self.queuename, str(subId), 'stat')
yield pu.asleep(0.3)
assert subscriber.queue_length[self.queuename] == 0
yield self._add_messages(5)
yield pu.asleep(0.3)
assert subscriber.queue_length[self.queuename] == 5
yield self._add_messages(3)
yield pu.asleep(0.3)
assert subscriber.queue_length[self.queuename] == 8
yield pu.asleep(0.3)
yield queuestat_client.unwatch_queue(self.queuename, str(subId),
'stat')
yield self._add_messages(3)
yield pu.asleep(0.3)
assert subscriber.queue_length[self.queuename] == 8
def test_queuestat(self):
queuestat = QueueStatService(spawnargs={
'erlang_cookie_path': self.cookie_path,
'interval_seconds': 5.0
})
self.queuestat = queuestat
queuestat.slc_init()
self.assertEqual(self.loop_interval, None)
queuestat_client = QueueStatClient()
yield queuestat_client.watch_queue("q1", "sub_id", 'stat')
self.assertEqual(self.loop_interval, 5.0)
yield queuestat._wrapped_do_poll()
self.rabbitmqctl.set_qlen("q1", 5)
yield queuestat._wrapped_do_poll()
self.assertEqual(self.queues.pop("q1"), [5])
yield queuestat_client.watch_queue("q2", "sub_id", 'stat')
self.rabbitmqctl.set_qlen("q2", 0)
yield queuestat._wrapped_do_poll()
self.assertEqual(self.queues.pop("q1"), [5])
self.assertEqual(self.queues.pop("q2"), [0])
self.rabbitmqctl.set_qlen("q1", 8)
self.rabbitmqctl.set_qlen("q2", 3)
self.rabbitmqctl.set_qlen("q3", 1)
yield queuestat._wrapped_do_poll()
self.assertEqual(self.queues.pop("q1"), [8])
self.assertEqual(self.queues.pop("q2"), [3])
self.assertFalse(self.queues) # should not be a q3 message
yield queuestat_client.unwatch_queue("q1", "sub_id", 'stat')
yield queuestat._wrapped_do_poll()
self.rabbitmqctl.set_qlen("q1", 10)
self.assertEqual(self.queues.pop("q2"), [3])
self.assertFalse(self.queues) # should not be a q1 or q3 message
def test_queuestat(self):
queuestat = QueueStatService(spawnargs=
{'erlang_cookie_path': self.cookie_path,
'interval_seconds': 5.0})
self.queuestat = queuestat
queuestat.slc_init()
self.assertEqual(self.loop_interval, None)
queuestat_client = QueueStatClient()
yield queuestat_client.watch_queue("q1", "sub_id", 'stat')
self.assertEqual(self.loop_interval, 5.0)
yield queuestat._wrapped_do_poll()
self.rabbitmqctl.set_qlen("q1", 5)
yield queuestat._wrapped_do_poll()
self.assertEqual(self.queues.pop("q1"), [5])
yield queuestat_client.watch_queue("q2", "sub_id", 'stat')
self.rabbitmqctl.set_qlen("q2", 0)
yield queuestat._wrapped_do_poll()
self.assertEqual(self.queues.pop("q1"), [5])
self.assertEqual(self.queues.pop("q2"), [0])
self.rabbitmqctl.set_qlen("q1", 8)
self.rabbitmqctl.set_qlen("q2", 3)
self.rabbitmqctl.set_qlen("q3", 1)
yield queuestat._wrapped_do_poll()
self.assertEqual(self.queues.pop("q1"), [8])
self.assertEqual(self.queues.pop("q2"), [3])
self.assertFalse(self.queues) # should not be a q3 message
yield queuestat_client.unwatch_queue("q1", "sub_id", 'stat')
yield queuestat._wrapped_do_poll()
self.rabbitmqctl.set_qlen("q1", 10)
self.assertEqual(self.queues.pop("q2"), [3])
self.assertFalse(self.queues) # should not be a q1 or q3 message
def test_queuestat(self):
subscriber = TestSubscriber()
subId = yield self._spawn_process(subscriber)
queuestat_client = QueueStatClient(subscriber)
yield queuestat_client.watch_queue(self.queuename, str(subId), 'stat')
yield pu.asleep(0.3)
assert subscriber.queue_length[self.queuename] == 0
yield self._add_messages(5)
yield pu.asleep(0.3)
assert subscriber.queue_length[self.queuename] == 5
yield self._add_messages(3)
yield pu.asleep(0.3)
assert subscriber.queue_length[self.queuename] == 8
yield pu.asleep(0.3)
yield queuestat_client.unwatch_queue(self.queuename, str(subId), 'stat')
yield self._add_messages(3)
yield pu.asleep(0.3)
assert subscriber.queue_length[self.queuename] == 8
def slc_init(self):
scoped_name = self.get_scoped_name("system", self.svc_name)
self.scoped_name = scoped_name
queue_name_work = self.spawn_args.get("queue_name_work")
if queue_name_work:
self.queue_name_work = self.get_scoped_name("system", queue_name_work)
extradict = {"queue_name_work":self.queue_name_work}
cei_events.event(self.svc_name, "init_begin", extra=extradict)
yield self._make_queue(queue_name_work)
queuestat_client = QueueStatClient(self)
yield queuestat_client.watch_queue(self.queue_name_work, self.scoped_name, 'sensor_info')
cei_events.event(self.svc_name, "queue_watched")
else:
self.worker_queue_receiver = None
self.queue_name_work = None
extradict = None
cei_events.event(self.svc_name, "init_begin", extra=extradict)
engineclass = "epu.decisionengine.impls.NpreservingEngine"
if self.spawn_args.has_key("engine_class"):
engineclass = self.spawn_args["engine_class"]
log.info("Using configured decision engine: %s" % engineclass)
else:
log.info("Using default decision engine: %s" % engineclass)
if self.spawn_args.has_key("engine_conf"):
engine_conf = self.spawn_args["engine_conf"]
if isinstance(engine_conf, str):
engine_conf = json.loads(engine_conf)
else:
engine_conf = None
if self.spawn_args.has_key("cassandra"):
cass = self.spawn_args["cassandra"]
host = cass['hostname']
username = cass['username']
password = cass['password']
port = cass['port']
keyspace = cass['keyspace']
store = CassandraControllerStore(self.svc_name, host, port,
username, password, keyspace,
CoreInstance, SensorItem)
store.initialize()
store.activate()
elif self.spawn_args.has_key('store'):
store = self.spawn_args['store']
else:
store = ControllerStore()
self.core = ControllerCore(ProvisionerClient(self), engineclass,
scoped_name, conf=engine_conf, store=store)
# run state recovery and engine initialization
# this one needs to run before any messages start arriving. It pulls
# information from persistence and refreshes local caches.
yield self.core.run_recovery()
# temporarily doing this later due to a potential bug in ioncore where
# queues may not be bound before slc_init runs. This means if the
# provisioner is quck to reply to dump_state some messages may be
# missed.
reactor.callLater(1, self._delayed_init)
def slc_init(self):
scoped_name = self.get_scoped_name("system", self.svc_name)
self.scoped_name = scoped_name
queue_name_work = self.spawn_args.get("queue_name_work")
if queue_name_work:
self.queue_name_work = self.get_scoped_name(
"system", queue_name_work)
extradict = {"queue_name_work": self.queue_name_work}
cei_events.event(self.svc_name, "init_begin", extra=extradict)
yield self._make_queue(queue_name_work)
queuestat_client = QueueStatClient(self)
yield queuestat_client.watch_queue(self.queue_name_work,
self.scoped_name, 'sensor_info')
cei_events.event(self.svc_name, "queue_watched")
else:
self.worker_queue_receiver = None
self.queue_name_work = None
extradict = None
cei_events.event(self.svc_name, "init_begin", extra=extradict)
engineclass = "epu.decisionengine.impls.NpreservingEngine"
if self.spawn_args.has_key("engine_class"):
engineclass = self.spawn_args["engine_class"]
log.info("Using configured decision engine: %s" % engineclass)
else:
log.info("Using default decision engine: %s" % engineclass)
if self.spawn_args.has_key("engine_conf"):
engine_conf = self.spawn_args["engine_conf"]
if isinstance(engine_conf, str):
engine_conf = json.loads(engine_conf)
else:
engine_conf = None
if self.spawn_args.has_key("cassandra"):
cass = self.spawn_args["cassandra"]
host = cass['hostname']
username = cass['username']
password = cass['password']
port = cass['port']
keyspace = cass['keyspace']
store = CassandraControllerStore(self.svc_name, host, port,
username, password, keyspace,
CoreInstance, SensorItem)
store.initialize()
store.activate()
elif self.spawn_args.has_key('store'):
store = self.spawn_args['store']
else:
store = ControllerStore()
self.core = ControllerCore(ProvisionerClient(self),
engineclass,
scoped_name,
conf=engine_conf,
store=store)
# run state recovery and engine initialization
# this one needs to run before any messages start arriving. It pulls
# information from persistence and refreshes local caches.
yield self.core.run_recovery()
# temporarily doing this later due to a potential bug in ioncore where
# queues may not be bound before slc_init runs. This means if the
# provisioner is quck to reply to dump_state some messages may be
# missed.
reactor.callLater(1, self._delayed_init)