def dispatch(payload):
hosts = payload.get('inventory')
tasks = payload.get('tasks')
if not hosts or not tasks:
return None
uid = md5(str(json.dumps(payload)))
username = payload.get('username')
run_id = payload.get('req_id') or str(uuid.uuid4())
params = [run_id, payload]
queue_name = 'book_runtime'
func = run
task = Task(tiger,
func=func,
args=params,
queue=queue_name,
unique=True,
lock=True,
lock_key=uid)
run_record = {
'uid': uid,
'run_id': run_id,
'run_by': username,
'options': payload,
'result': '',
'state': 'pending',
'created_at': time.time(),
'updated_at': time.time(),
}
result = Perform.insert_one(run_record)
task.delay()
return result.inserted_id
def test_current_tasks_eager(self):
self.tiger.config['ALWAYS_EAGER'] = True
task = Task(self.tiger, verify_current_tasks)
task.delay()
assert not self.conn.exists('runtime_error')
assert self.conn.lrange('task_ids', 0, -1) == [task.id]
def run_schedule_task(_id, request_id, username, **kwargs):
db = Mongo()
params = (_id, request_id, username)
queue_name = get_queue_by_job(_id)
job = db.collection('jobs').find_one({'_id': ObjectId(_id)})
func = run_playbook_task
if job.get('type') == 'adhoc':
func = run_adhoc_task
task = Task(tiger,
func=func,
args=params,
kwargs=kwargs,
queue=queue_name,
unique=False,
lock=True,
lock_key=_id)
task_record = {
'job_id': _id,
'state': QUEUED,
'type': 'schedule',
'ansible': job.get('type'),
'queue': queue_name,
'result': '',
'request_id': request_id,
't_id': task.id,
'created_at': time(),
}
db.collection('tasks').insert_one(task_record)
task.delay()
def test_periodic_execution_unique_ids_self_correct(self):
"""
Test that periodic tasks will self-correct unique ids
"""
# Sleep until the next second
sleep_until_next_second()
# generate the ids
correct_unique_id = gen_unique_id(serialize_func_name(periodic_task),
[], {})
malformed_unique_id = gen_unique_id(serialize_func_name(periodic_task),
None, None)
task = Task(tiger, func=periodic_task)
# patch the id to something slightly wrong
assert task.id == correct_unique_id
task._data['id'] = malformed_unique_id
assert task.id == malformed_unique_id
# schedule the task
task.delay()
self._ensure_queues(queued={'periodic': 1})
# pull task out of the queue by the malformed id
task = Task.from_id(tiger, 'periodic', QUEUED, malformed_unique_id)
assert task is not None
Worker(tiger).run(once=True)
self._ensure_queues(scheduled={'periodic': 1})
# pull task out of the queue by the self-corrected id
task = Task.from_id(tiger, 'periodic', SCHEDULED, correct_unique_id)
assert task is not None
def test_current_tasks(self):
task1 = Task(self.tiger, verify_current_tasks)
task1.delay()
task2 = Task(self.tiger, verify_current_tasks)
task2.delay()
Worker(self.tiger).run(once=True)
assert self.conn.lrange('task_ids', 0, -1) == [task1.id, task2.id]
def test_max_workers(self):
"""Test Single Worker Queue."""
# Queue three tasks
for i in range(0, 3):
task = Task(self.tiger, long_task_killed, queue='a')
task.delay()
self._ensure_queues(queued={'a': 3})
# Start two workers and wait until they start processing.
worker1 = Process(target=external_worker,
kwargs={'max_workers_per_queue': 2})
worker2 = Process(target=external_worker,
kwargs={'max_workers_per_queue': 2})
worker1.start()
worker2.start()
time.sleep(DELAY)
# This worker should fail to get the queue lock and exit immediately
worker = Worker(self.tiger)
worker.max_workers_per_queue = 2
worker.run(once=True, force_once=True)
self._ensure_queues(active={'a': 2}, queued={'a': 1})
# Wait for external workers
worker1.join()
worker2.join()
def test_current_tasks(self):
task1 = Task(self.tiger, verify_current_tasks)
task1.delay()
task2 = Task(self.tiger, verify_current_tasks)
task2.delay()
Worker(self.tiger).run(once=True)
assert self.conn.lrange('task_ids', 0, -1) == [task1.id, task2.id]
def test_queue_system_lock(self):
"""Test queue system lock."""
with FreezeTime(datetime.datetime(2014, 1, 1)):
# Queue three tasks
for i in range(0, 3):
task = Task(self.tiger, long_task_ok, queue='a')
task.delay()
self._ensure_queues(queued={'a': 3})
# Ensure we can process one
worker = Worker(self.tiger)
worker.max_workers_per_queue = 2
worker.run(once=True, force_once=True)
self._ensure_queues(queued={'a': 2})
# Set system lock so no processing should occur for 10 seconds
self.tiger.set_queue_system_lock('a', 10)
lock_timeout = self.tiger.get_queue_system_lock('a')
assert lock_timeout == time.time() + 10
# Confirm tasks don't get processed within the system lock timeout
with FreezeTime(datetime.datetime(2014, 1, 1, 0, 0, 9)):
worker = Worker(self.tiger)
worker.max_workers_per_queue = 2
worker.run(once=True, force_once=True)
self._ensure_queues(queued={'a': 2})
# 10 seconds in the future the lock should have expired
with FreezeTime(datetime.datetime(2014, 1, 1, 0, 0, 10)):
worker = Worker(self.tiger)
worker.max_workers_per_queue = 2
worker.run(once=True, force_once=True)
self._ensure_queues(queued={'a': 1})
def test_max_workers(self):
"""Test Single Worker Queue."""
# Queue three tasks
for i in range(0, 3):
task = Task(self.tiger, long_task_ok, queue='a')
task.delay()
self._ensure_queues(queued={'a': 3})
# Start two workers and wait until they start processing.
worker1 = Process(target=external_worker,
kwargs={'max_workers_per_queue': 2})
worker2 = Process(target=external_worker,
kwargs={'max_workers_per_queue': 2})
worker1.start()
worker2.start()
# Wait for both tasks to start
wait_for_long_task()
wait_for_long_task()
# Verify they both are active
self._ensure_queues(active={'a': 2}, queued={'a': 1})
# This worker should fail to get the queue lock and exit immediately
worker = Worker(self.tiger)
worker.max_workers_per_queue = 2
worker.run(once=True, force_once=True)
self._ensure_queues(active={'a': 2}, queued={'a': 1})
# Wait for external workers
worker1.join()
worker2.join()
def test_current_tasks_eager(self):
self.tiger.config['ALWAYS_EAGER'] = True
task = Task(self.tiger, verify_current_tasks)
task.delay()
assert not self.conn.exists('runtime_error')
assert self.conn.lrange('task_ids', 0, -1) == [task.id]
def test_current_task_eager(self):
self.tiger.config['ALWAYS_EAGER'] = True
task = Task(self.tiger, verify_current_task)
task.delay()
assert not self.conn.exists('runtime_error')
assert self.conn.get('task_id') == task.id
def test_queue_system_lock(self):
"""Test queue system lock."""
with FreezeTime(datetime.datetime(2014, 1, 1)):
# Queue three tasks
for i in range(0, 3):
task = Task(self.tiger, long_task_ok, queue='a')
task.delay()
self._ensure_queues(queued={'a': 3})
# Ensure we can process one
worker = Worker(self.tiger)
worker.max_workers_per_queue = 2
worker.run(once=True, force_once=True)
self._ensure_queues(queued={'a': 2})
# Set system lock so no processing should occur for 10 seconds
self.tiger.set_queue_system_lock('a', 10)
lock_timeout = self.tiger.get_queue_system_lock('a')
assert lock_timeout == time.time() + 10
# Confirm tasks don't get processed within the system lock timeout
with FreezeTime(datetime.datetime(2014, 1, 1, 0, 0, 9)):
worker = Worker(self.tiger)
worker.max_workers_per_queue = 2
worker.run(once=True, force_once=True)
self._ensure_queues(queued={'a': 2})
# 10 seconds in the future the lock should have expired
with FreezeTime(datetime.datetime(2014, 1, 1, 0, 0, 10)):
worker = Worker(self.tiger)
worker.max_workers_per_queue = 2
worker.run(once=True, force_once=True)
self._ensure_queues(queued={'a': 1})
def test_current_task_eager(self):
self.tiger.config['ALWAYS_EAGER'] = True
task = Task(self.tiger, verify_current_task)
task.delay()
assert not self.conn.exists('runtime_error')
assert self.conn.get('task_id') == task.id
def test_delay(self):
task = Task(self.tiger, simple_task)
self._ensure_queues()
task.delay()
self._ensure_queues(queued={'default': 1})
# Canceling only works for scheduled tasks.
pytest.raises(TaskNotFound, task.cancel)
def test_delay(self):
task = Task(self.tiger, simple_task)
self._ensure_queues()
task.delay()
self._ensure_queues(queued={'default': 1})
# Canceling only works for scheduled tasks.
pytest.raises(TaskNotFound, task.cancel)
def run_job(_id, history_id=None, **kwargs):
db = Mongo()
record = Job.find_by_id(_id)
if not record:
return False
request_id = str(current_request_id())
username = None if not login_user else login_user.get('username')
params = (_id, request_id, username, history_id)
queue_name = get_queue_by_job(_id)
extra = record.get('extra')
template = record.get('template')
schedule = extra.get('schedule')
ansible_type = record.get('type')
if template.get('run_type') == 'schedule':
existed = db.collection('scheduler_jobs').find_one(
{'_id': record['_id']})
if existed:
return False
scheduler.add_job(func=run_schedule_task,
trigger='cron',
args=params,
coalesce=True,
kwargs=kwargs,
id=str(record.get('_id')),
max_instances=1,
name=record.get('name'),
**schedule)
return True
else:
func = run_playbook_task if ansible_type != 'adhoc' else run_adhoc_task
task = Task(tiger,
func=func,
args=params,
kwargs=kwargs,
queue=queue_name,
unique=True,
lock=True,
lock_key=_id)
task_record = {
'job_id': _id,
'type': 'trigger',
'ansible': ansible_type,
'state': QUEUED,
'queue': queue_name,
'result': '',
'request_id': request_id,
't_id': task.id,
'created_at': time(),
'kwargs': kwargs,
}
result = db.collection('tasks').insert_one(task_record)
task.delay()
return result.inserted_id
def test_delay_scheduled_3(self):
task = Task(self.tiger, simple_task, unique=True)
task.delay(when=datetime.timedelta(minutes=5))
self._ensure_queues(scheduled={'default': 1})
# We can look up a unique task by recreating it.
task = Task(self.tiger, simple_task, unique=True)
task.cancel()
self._ensure_queues()
def test_task_disappears(self):
"""
Ensure that a task object that disappears while the task is processing
is handled properly. This could happen when a worker processes a task,
then hangs for a long time, causing another worker to pick up and finish
the task. Then, when the original worker resumes, the task object will
be gone. Make sure we log a "not found" error and move on.
"""
task = Task(self.tiger, sleep_task, kwargs={'delay': 2 * DELAY})
task.delay()
self._ensure_queues(queued={'default': 1})
# Start a worker and wait until it starts processing.
worker = Process(target=external_worker)
worker.start()
time.sleep(DELAY)
# Remove the task object while the task is processing.
assert self.conn.delete('t:task:{}'.format(task.id)) == 1
# Kill the worker while it's still processing the task.
os.kill(worker.pid, signal.SIGKILL)
# _ensure_queues() breaks here because it can't find the task
assert self.conn.scard('t:queued') == 0
assert self.conn.scard('t:active') == 1
assert self.conn.scard('t:error') == 0
assert self.conn.scard('t:scheduled') == 0
# Capture logger
errors = []
def fake_error(msg):
errors.append(msg)
with Patch(self.tiger.log._logger, 'error', fake_error):
# Since ACTIVE_TASK_UPDATE_TIMEOUT hasn't elapsed yet, re-running
# the worker at this time won't change anything. (run twice to move
# from scheduled to queued)
Worker(self.tiger).run(once=True)
Worker(self.tiger).run(once=True)
assert len(errors) == 0
assert self.conn.scard('t:queued') == 0
assert self.conn.scard('t:active') == 1
assert self.conn.scard('t:error') == 0
assert self.conn.scard('t:scheduled') == 0
# After waiting and re-running the worker, queues will clear.
time.sleep(2 * DELAY)
Worker(self.tiger).run(once=True)
Worker(self.tiger).run(once=True)
self._ensure_queues()
assert len(errors) == 1
assert "not found" in errors[0]
def test_task_disappears(self):
"""
Ensure that a task object that disappears while the task is processing
is handled properly. This could happen when a worker processes a task,
then hangs for a long time, causing another worker to pick up and finish
the task. Then, when the original worker resumes, the task object will
be gone. Make sure we log a "not found" error and move on.
"""
task = Task(self.tiger, sleep_task, kwargs={'delay': 2 * DELAY})
task.delay()
self._ensure_queues(queued={'default': 1})
# Start a worker and wait until it starts processing.
worker = Process(target=external_worker)
worker.start()
time.sleep(DELAY)
# Remove the task object while the task is processing.
assert self.conn.delete('t:task:{}'.format(task.id)) == 1
# Kill the worker while it's still processing the task.
os.kill(worker.pid, signal.SIGKILL)
# _ensure_queues() breaks here because it can't find the task
assert self.conn.scard('t:queued') == 0
assert self.conn.scard('t:active') == 1
assert self.conn.scard('t:error') == 0
assert self.conn.scard('t:scheduled') == 0
# Capture logger
errors = []
def fake_error(msg):
errors.append(msg)
with Patch(self.tiger.log._logger, 'error', fake_error):
# Since ACTIVE_TASK_UPDATE_TIMEOUT hasn't elapsed yet, re-running
# the worker at this time won't change anything. (run twice to move
# from scheduled to queued)
Worker(self.tiger).run(once=True)
Worker(self.tiger).run(once=True)
assert len(errors) == 0
assert self.conn.scard('t:queued') == 0
assert self.conn.scard('t:active') == 1
assert self.conn.scard('t:error') == 0
assert self.conn.scard('t:scheduled') == 0
# After waiting and re-running the worker, queues will clear.
time.sleep(2 * DELAY)
Worker(self.tiger).run(once=True)
Worker(self.tiger).run(once=True)
self._ensure_queues()
assert len(errors) == 1
assert "not found" in errors[0]
def test_delay_scheduled_3(self):
task = Task(self.tiger, simple_task, unique=True)
task.delay(when=datetime.timedelta(minutes=5))
self._ensure_queues(scheduled={'default': 1})
# We can look up a unique task by recreating it.
task = Task(self.tiger, simple_task, unique=True)
task.cancel()
self._ensure_queues()
def test_delay_scheduled(self):
task = Task(self.tiger, simple_task, queue='a')
task.delay(when=datetime.timedelta(minutes=5))
self._ensure_queues(scheduled={'a': 1})
# Test canceling a scheduled task.
task.cancel()
self._ensure_queues()
# Canceling again raises an error
pytest.raises(TaskNotFound, task.cancel)
def test_delay_scheduled(self):
task = Task(self.tiger, simple_task, queue='a')
task.delay(when=datetime.timedelta(minutes=5))
self._ensure_queues(scheduled={'a': 1})
# Test canceling a scheduled task.
task.cancel()
self._ensure_queues()
# Canceling again raises an error
pytest.raises(TaskNotFound, task.cancel)
def test_update_scheduled_time(self):
task = Task(self.tiger, simple_task, unique=True)
task.delay(when=datetime.timedelta(minutes=5))
self._ensure_queues(scheduled={'default': 1})
old_score = self.conn.zscore('t:scheduled:default', task.id)
task.update_scheduled_time(when=datetime.timedelta(minutes=6))
self._ensure_queues(scheduled={'default': 1})
new_score = self.conn.zscore('t:scheduled:default', task.id)
# The difference can be slightly over 60 due to processing time, but
# shouldn't be much higher.
assert 60 <= new_score - old_score < 61
def test_update_scheduled_time(self):
task = Task(self.tiger, simple_task, unique=True)
task.delay(when=datetime.timedelta(minutes=5))
self._ensure_queues(scheduled={'default': 1})
old_score = self.conn.zscore('t:scheduled:default', task.id)
task.update_scheduled_time(when=datetime.timedelta(minutes=6))
self._ensure_queues(scheduled={'default': 1})
new_score = self.conn.zscore('t:scheduled:default', task.id)
# The difference can be slightly over 60 due to processing time, but
# shouldn't be much higher.
assert 60 <= new_score - old_score < 61
def test_eager(self):
self.tiger.config['ALWAYS_EAGER'] = True
# Ensure task is immediately executed.
task = Task(self.tiger, simple_task)
task.delay()
self._ensure_queues()
# Ensure task is immediately executed.
task = Task(self.tiger, exception_task)
pytest.raises(Exception, task.delay)
self._ensure_queues()
# Even when we specify "when" in the past
task = Task(self.tiger, simple_task)
task.delay(when=datetime.timedelta(seconds=-5))
self._ensure_queues()
# or with a zero timedelta.
task = Task(self.tiger, simple_task)
task.delay(when=datetime.timedelta(seconds=0))
self._ensure_queues()
# Ensure there is an exception if we can't serialize the task.
task = Task(self.tiger, decorated_task,
args=[object()])
pytest.raises(TypeError, task.delay)
self._ensure_queues()
# Ensure task is not executed if it's scheduled in the future.
task = Task(self.tiger, simple_task)
task.delay(when=datetime.timedelta(seconds=5))
self._ensure_queues(scheduled={'default': 1})
def test_eager(self):
self.tiger.config['ALWAYS_EAGER'] = True
# Ensure task is immediately executed.
task = Task(self.tiger, simple_task)
task.delay()
self._ensure_queues()
# Ensure task is immediately executed.
task = Task(self.tiger, exception_task)
pytest.raises(Exception, task.delay)
self._ensure_queues()
# Even when we specify "when" in the past
task = Task(self.tiger, simple_task)
task.delay(when=datetime.timedelta(seconds=-5))
self._ensure_queues()
# or with a zero timedelta.
task = Task(self.tiger, simple_task)
task.delay(when=datetime.timedelta(seconds=0))
self._ensure_queues()
# Ensure there is an exception if we can't serialize the task.
task = Task(self.tiger, decorated_task, args=[object()])
pytest.raises(TypeError, task.delay)
self._ensure_queues()
# Ensure task is not executed if it's scheduled in the future.
task = Task(self.tiger, simple_task)
task.delay(when=datetime.timedelta(seconds=5))
self._ensure_queues(scheduled={'default': 1})
def dispatch(book_id, entry, payload):
print('xxxx', book_id, entry, payload)
book = Book.find_by_id(book_id)
if not book:
return False
username = payload.get('username')
run_id = payload.get('req_id') or str(uuid.uuid4())
params = [book_id, run_id]
options = payload.get('options')
if not entry:
return False
if type(options) == str:
args = options.split(' ')
pb = PlaybookCLI(args)
pb.init_parser()
options, args = pb.parser.parse_args(args[1:])
options, args = pb.post_process_args(options, args)
options = options.__dict__
options['entry'] = args
for i in options['inventory']:
if not os.path.isfile(i):
i = os.path.basename(i)
options['inventory'] = i
break
queue_name = 'book_runtime'
func = run
task = Task(tiger,
func=func,
args=params,
kwargs=options,
queue=queue_name,
unique=True,
lock=True,
lock_key=book_id)
run_record = {
'book_id': book_id,
'run_id': run_id,
'run_by': username,
'options': options,
'result': '',
'state': 'pending',
'created_at': 1,
'updated_at': 2,
}
result = Perform.insert_one(run_record)
task.delay()
return result.inserted_id
def test_single_worker_queue(self):
"""
Test Single Worker Queue.
Single worker queues are the same as running with MAX_WORKERS_PER_QUEUE
set to 1.
"""
# Queue two tasks
task = Task(self.tiger, long_task_ok, queue='swq')
task.delay()
task = Task(self.tiger, long_task_ok, queue='swq')
task.delay()
self._ensure_queues(queued={'swq': 2})
# Start a worker and wait until it starts processing.
# It should start processing one task and hold a lock on the queue
worker = Process(target=external_worker)
worker.start()
# Wait for task to start
wait_for_long_task()
# This worker should fail to get the queue lock and exit immediately
Worker(self.tiger).run(once=True, force_once=True)
self._ensure_queues(active={'swq': 1}, queued={'swq': 1})
# Wait for external worker
worker.join()
# Clear out second task
Worker(self.tiger).run(once=True, force_once=True)
self.conn.delete('long_task_ok')
# Retest using a non-single worker queue
# Queue two tasks
task = Task(self.tiger, long_task_ok, queue='not_swq')
task.delay()
task = Task(self.tiger, long_task_ok, queue='not_swq')
task.delay()
self._ensure_queues(queued={'not_swq': 2})
# Start a worker and wait until it starts processing.
# It should start processing one task
worker = Process(target=external_worker)
worker.start()
# Wait for task to start processing
wait_for_long_task()
# This worker should process the second task
Worker(self.tiger).run(once=True, force_once=True)
# Queues should be empty since the first task will have to
# have finished before the second task finishes.
self._ensure_queues()
worker.join()
def test_task_all_states(self):
"""Test max queue size with tasks in all three states."""
# Active
task = Task(self.tiger, sleep_task, queue='a')
task.delay()
self._ensure_queues(queued={'a': 1})
# Start a worker and wait until it starts processing.
worker = Process(target=external_worker)
worker.start()
time.sleep(DELAY)
# Kill the worker while it's still processing the task.
os.kill(worker.pid, signal.SIGKILL)
self._ensure_queues(active={'a': 1})
# Scheduled
self.tiger.delay(
simple_task,
queue='a',
max_queue_size=3,
when=datetime.timedelta(seconds=10),
)
# Queued
self.tiger.delay(simple_task, queue='a', max_queue_size=3)
self._ensure_queues(active={'a': 1},
queued={'a': 1},
scheduled={'a': 1})
# Should fail to queue task to run immediately
with pytest.raises(QueueFullException):
self.tiger.delay(simple_task, queue='a', max_queue_size=3)
# Should fail to queue task to run in the future
with pytest.raises(QueueFullException):
self.tiger.delay(
simple_task,
queue='a',
max_queue_size=3,
when=datetime.timedelta(seconds=10),
)
def test_delay_scheduled_2(self):
task = Task(self.tiger, simple_task, queue='a')
task.delay(when=datetime.timedelta(minutes=5))
self._ensure_queues(scheduled={'a': 1})
task_id = task.id
# We can't look up a non-unique task by recreating it.
task = Task(self.tiger, simple_task, queue='a')
pytest.raises(TaskNotFound, task.cancel)
# We can look up a task by its ID.
fetch_task = lambda: Task.from_id(self.tiger, 'a', 'scheduled', task_id)
task = fetch_task()
task.cancel()
self._ensure_queues()
# Task.from_id raises if it doesn't exist.
pytest.raises(TaskNotFound, fetch_task)
def test_single_worker_queue(self):
"""
Test Single Worker Queue.
Single worker queues are the same as running with MAX_WORKERS_PER_QUEUE
set to 1.
"""
# Queue two tasks
task = Task(self.tiger, long_task_ok, queue='swq')
task.delay()
task = Task(self.tiger, long_task_ok, queue='swq')
task.delay()
self._ensure_queues(queued={'swq': 2})
# Start a worker and wait until it starts processing.
# It should start processing one task and hold a lock on the queue
worker = Process(target=external_worker)
worker.start()
# Wait up to 2 seconds for external task to start
result = self.conn.blpop('long_task_ok', 2)
assert result[1] == '1'
# This worker should fail to get the queue lock and exit immediately
Worker(self.tiger).run(once=True, force_once=True)
self._ensure_queues(active={'swq': 1}, queued={'swq': 1})
# Wait for external worker
worker.join()
# Retest using a non-single worker queue
# Queue two tasks
task = Task(self.tiger, long_task_ok, queue='not_swq')
task.delay()
task = Task(self.tiger, long_task_ok, queue='not_swq')
task.delay()
self._ensure_queues(queued={'not_swq': 2})
# Start a worker and wait until it starts processing.
# It should start processing one task
worker = Process(target=external_worker)
worker.start()
time.sleep(DELAY)
# This worker should process the second task
Worker(self.tiger).run(once=True, force_once=True)
# Queues should be empty
self._ensure_queues()
worker.join()
def test_single_worker_queue(self):
"""
Test Single Worker Queue.
Single worker queues are the same as running with MAX_WORKERS_PER_QUEUE
set to 1.
"""
# Queue two tasks
task = Task(self.tiger, long_task_ok, queue='swq')
task.delay()
task = Task(self.tiger, long_task_ok, queue='swq')
task.delay()
self._ensure_queues(queued={'swq': 2})
# Start a worker and wait until it starts processing.
# It should start processing one task and hold a lock on the queue
worker = Process(target=external_worker)
worker.start()
# Wait up to 2 seconds for external task to start
result = self.conn.blpop('long_task_ok', 2)
assert result[1] == '1'
# This worker should fail to get the queue lock and exit immediately
Worker(self.tiger).run(once=True, force_once=True)
self._ensure_queues(active={'swq': 1}, queued={'swq': 1})
# Wait for external worker
worker.join()
# Retest using a non-single worker queue
# Queue two tasks
task = Task(self.tiger, long_task_ok, queue='not_swq')
task.delay()
task = Task(self.tiger, long_task_ok, queue='not_swq')
task.delay()
self._ensure_queues(queued={'not_swq': 2})
# Start a worker and wait until it starts processing.
# It should start processing one task
worker = Process(target=external_worker)
worker.start()
time.sleep(DELAY)
# This worker should process the second task
Worker(self.tiger).run(once=True, force_once=True)
# Queues should be empty
self._ensure_queues()
worker.join()
def message(**kwargs):
refs = ['seconds', 'minutes', 'hours', 'days']
ref = ''
val = ''
text = ''
player = ''
command = ''
if kwargs is not None:
for key, value in kwargs.iteritems():
if key in refs:
ref = key
val = value
if key == 'text':
text = value
if key == 'command':
command = value
if key == 'player':
player = value
if text != '' and player != '':
task = Task(tiger, push, ([text, player]))
print task.delay(when=datetime.timedelta(**{ref: val}))
print 'task player... ', task._queue, task._state, task._ts, task.id
elif text != '':
task = Task(tiger, push, ([text]))
print task.delay(when=datetime.timedelta(**{ref: val}))
print 'task... ', task._queue, task._state, task._ts
if command != '':
task = Task(tiger, execute, ([command]))
print task.delay(when=datetime.timedelta(**{ref: val}))
def test_task_all_states(self):
"""Test max queue size with tasks in all three states."""
# Active
task = Task(self.tiger, sleep_task, queue='a')
task.delay()
self._ensure_queues(queued={'a': 1})
# Start a worker and wait until it starts processing.
worker = Process(target=external_worker)
worker.start()
time.sleep(DELAY)
# Kill the worker while it's still processing the task.
os.kill(worker.pid, signal.SIGKILL)
self._ensure_queues(active={'a': 1})
# Scheduled
self.tiger.delay(simple_task, queue='a', max_queue_size=3,
when=datetime.timedelta(seconds=10))
# Queued
self.tiger.delay(simple_task, queue='a', max_queue_size=3)
self._ensure_queues(active={'a': 1},
queued={'a': 1},
scheduled={'a': 1})
# Should fail to queue task to run immediately
with pytest.raises(QueueFullException):
self.tiger.delay(simple_task, queue='a', max_queue_size=3)
# Should fail to queue task to run in the future
with pytest.raises(QueueFullException):
self.tiger.delay(simple_task, queue='a', max_queue_size=3,
when=datetime.timedelta(seconds=10))
def test_single_worker_queue(self):
"""Test Single Worker Queue."""
# Queue two tasks
task = Task(self.tiger, long_task_ok, queue='swq')
task.delay()
task = Task(self.tiger, long_task_ok, queue='swq')
task.delay()
self._ensure_queues(queued={'swq': 2})
# Start a worker and wait until it starts processing.
# It should start processing one task and hold a lock on the queue
worker = Process(target=external_worker)
worker.start()
time.sleep(DELAY)
# This worker should fail to get the queue lock and exit immediately
Worker(tiger).run(once=True, force_once=True)
self._ensure_queues(active={'swq': 1}, queued={'swq': 1})
# Wait for external worker
worker.join()
# Retest using a non-single worker queue
# Queue two tasks
task = Task(self.tiger, long_task_ok, queue='not_swq')
task.delay()
task = Task(self.tiger, long_task_ok, queue='not_swq')
task.delay()
self._ensure_queues(queued={'not_swq': 2})
# Start a worker and wait until it starts processing.
# It should start processing one task
worker = Process(target=external_worker)
worker.start()
time.sleep(DELAY)
# This worker should process the second task
Worker(tiger).run(once=True, force_once=True)
# Queues should be empty
self._ensure_queues()
worker.join()
def test_tasks_from_queue(self):
task0 = Task(self.tiger, simple_task)
task1 = Task(self.tiger, exception_task)
task2 = Task(self.tiger, simple_task, queue='other')
task0.delay()
task1.delay()
task2.delay()
n, tasks = Task.tasks_from_queue(self.tiger, 'default', 'queued')
assert n == 2
assert task0.id == tasks[0].id
assert task0.func == simple_task
assert task0.func == tasks[0].func
assert task0.serialized_func == 'tests.tasks:simple_task'
assert task0.serialized_func == tasks[0].serialized_func
assert task0.state == tasks[0].state
assert task0.state == 'queued'
assert task0.queue == tasks[0].queue
assert task0.queue == 'default'
def test_tasks_from_queue(self):
task0 = Task(self.tiger, simple_task)
task1 = Task(self.tiger, exception_task)
task2 = Task(self.tiger, simple_task, queue='other')
task0.delay()
task1.delay()
task2.delay()
n, tasks = Task.tasks_from_queue(self.tiger, 'default', 'queued')
assert n == 2
assert task0.id == tasks[0].id
assert task0.func == simple_task
assert task0.func == tasks[0].func
assert task0.serialized_func == 'tests.tasks:simple_task'
assert task0.serialized_func == tasks[0].serialized_func
assert task0.state == tasks[0].state
assert task0.state == 'queued'
assert task0.queue == tasks[0].queue
assert task0.queue == 'default'
def test_task(self):
task = Task(self.tiger, verify_tasktiger_instance)
task.delay()
Worker(self.tiger).run(once=True)
self._ensure_queues()
def test_eager_task(self):
self.tiger.config['ALWAYS_EAGER'] = True
task = Task(self.tiger, simple_task, runner_class=MyRunnerClass)
assert task.delay() == 123
self._ensure_queues()
def test_current_task(self):
task = Task(self.tiger, verify_current_task)
task.delay()
Worker(self.tiger).run(once=True)
assert not self.conn.exists('runtime_error')
assert self.conn.get('task_id') == task.id
def test_eager(self):
self.tiger.config['ALWAYS_EAGER'] = True
task = Task(self.tiger, verify_tasktiger_instance)
task.delay()
def test_current_task(self):
task = Task(self.tiger, verify_current_task)
task.delay()
Worker(self.tiger).run(once=True)
assert not self.conn.exists('runtime_error')
assert self.conn.get('task_id') == task.id