def on_start(self):
if coverage:
cov = pulsar.process_local_data('COVERAGE')
if not cov:
# START COVERAGE FOR THIS PROCESS
cov = coverage.coverage()
pulsar.process_local_data().COVERAGE = cov
cov.start()
events.bind('exit', stop_coverage, sender=pulsar.Actor)
def local(cls):
#elem = threading.current_thread()
elem = process_local_data()
data = getattr(elem, '_css_local', None)
if data is None:
#data = threading.local()
data = elem.local()
elem._css_local = data
bd = cls.make('body')
data.real_body = None
data.body = bd
return elem._css_local
def testTerminate(self):
arbiter = pulsar.get_actor()
self.assertTrue(arbiter.is_arbiter())
yield self.spawn(actor_class=BogusActor, name='foo', timeout=1)
proxy = self.a
self.assertEqual(proxy.name, 'foo')
proxy = arbiter.managed_actors[proxy.aid]
self.assertEqual(proxy.stopping_loops, 0)
time.sleep(1.5)
n = arbiter.manage_actors()
self.assertTrue(n)
self.assertEqual(proxy.stopping_loops, 1)
c = 0
while c < 10 and proxy.aid in arbiter.managed_actors:
c += 1
yield pulsar.NOT_DONE
arbiter.manage_actors()
self.assertEqual(proxy.stopping_loops, ACTOR_STOPPING_LOOPS)
thread_actors = pulsar.process_local_data('thread_actors')
self.assertFalse(proxy.aid in thread_actors)
def stop_coverage(sender, **kwargs):
cov = pulsar.process_local_data('COVERAGE')
cov.stop()