def handle(self, *args, **options):
groups = options.get('groups', '1')
thread_group_list = groups.split(',')
tm = ThreadManager(1, thread_group_list)
tm.start()
reactor.run()
def test_task_is_in_queue(self):
REDIS.flushall()
task = Task()
decorated = task(unblocker) # Pushes onto registry dict
tm = ThreadManager(1, [("1")])
task_data_string = REDIS.lpop(resolve_group_namespace(1))
self.assertIsNone(task_data_string) # We haven't loaded the task into REDIS yet.
decorated.soon() # Now it's in there.
d = tm.control() # Run the next task in line, which we hope to be the above.
def assert_that_unblocker_ran(n):
unblocked_code = q.get() # The q will have pushed the random string.
self.assertEqual(unblocked_code, random_string)
d.addCallback(assert_that_unblocker_ran)
return d
def test_task_is_in_queue(self):
REDIS.flushall()
task = Task()
decorated = task(unblocker) # Pushes onto registry dict
tm = ThreadManager(1, [('1')])
task_data_string = REDIS.lpop(resolve_group_namespace(1))
self.assertIsNone(
task_data_string) # We haven't loaded the task into REDIS yet.
decorated.soon() # Now it's in there.
d = tm.control(
) # Run the next task in line, which we hope to be the above.
def assert_that_unblocker_ran(n):
unblocked_code = q.get(
) # The q will have pushed the random string.
self.assertEqual(unblocked_code, random_string)
d.addCallback(assert_that_unblocker_ran)
return d