def test_schedule_job(app):
rq = RQ(app, async=True)
scheduler = rq.get_scheduler()
assert scheduler.count() == 0
rq.job(add)
job1 = add.schedule(timedelta(seconds=1), 1, 2)
assert scheduler.count() == 1
assert job1 in scheduler.get_jobs()
purge(scheduler)
job2 = add.schedule(datetime.utcnow() + timedelta(seconds=1), 3, 4)
assert scheduler.count() == 1
assert job2 in scheduler.get_jobs()
purge(scheduler)
job3_id = uuid.uuid4().hex
job3_description = 'custom description'
job3 = add.schedule(timedelta(seconds=1), 5, 6, repeat=10, interval=2,
description=job3_description, job_id=job3_id)
assert job3 in scheduler.get_jobs()
assert job3.meta.get('repeat') == 10
assert job3.meta.get('interval') == 2
assert job3.id == job3_id
assert job3.description == job3_description
purge(scheduler)
def test_cron_job(app):
rq = RQ(app, async=True)
scheduler = rq.get_scheduler()
assert scheduler.count() == 0
rq.job(add)
cron_string = '* * * * *'
cron_name = 'add-it-for-real'
job1 = add.cron(cron_string, cron_name, 1, 2)
assert scheduler.count() == 1
assert job1 in scheduler.get_jobs()
assert job1.meta['cron_string'] == cron_string
assert job1.id == 'cron-' + cron_name
# purge(scheduler)
job2 = add.cron(cron_string, cron_name, 3, 4)
assert scheduler.count() == 1 # no duplicate here
assert job2 in scheduler.get_jobs()
assert job2.meta['cron_string'] == cron_string
assert job2.id == 'cron-' + cron_name
job3 = add.cron(cron_string, cron_name + '-pro', 3, 4)
assert scheduler.count() == 2 # second cron
assert job3 in scheduler.get_jobs()
assert job3.id == 'cron-' + cron_name + '-pro'
purge(scheduler)
def test_schedule_job(app):
rq = RQ(app, is_async=True)
scheduler = rq.get_scheduler()
purge(scheduler)
assert scheduler.count() == 0
rq.job(add)
job1 = add.schedule(timedelta(seconds=1), 1, 2)
assert scheduler.count() == 1
assert job1 in scheduler.get_jobs()
purge(scheduler)
job2 = add.schedule(datetime.utcnow() + timedelta(seconds=1), 3, 4)
assert scheduler.count() == 1
assert job2 in scheduler.get_jobs()
purge(scheduler)
job3_id = uuid.uuid4().hex
job3_description = 'custom description'
job3 = add.schedule(timedelta(seconds=1),
5,
6,
repeat=10,
interval=2,
description=job3_description,
job_id=job3_id)
assert job3 in scheduler.get_jobs()
assert job3.meta.get('repeat') == 10
assert job3.meta.get('interval') == 2
assert job3.id == job3_id
assert job3.description == job3_description
purge(scheduler)
other_queue = 'other-queue'
job4 = add.schedule(timedelta(seconds=1), 5, 6, queue=other_queue)
# job will be scheduled in the other queue eventually
assert job4.origin == other_queue
# one more. the scheduler will have all jobs, no matter what
# queue the job will eventually be queued in.
assert job4 in scheduler.get_jobs()
purge(scheduler)
def test_cron_job(app):
rq = RQ(app, async_=True)
scheduler = rq.get_scheduler()
purge(scheduler)
assert scheduler.count() == 0
rq.job(add)
cron_string = '* * * * *'
cron_name = 'add-it-for-real'
job1 = add.cron(cron_string, cron_name, 1, 2)
assert scheduler.count() == 1
assert job1 in scheduler.get_jobs()
assert job1.meta['cron_string'] == cron_string
assert job1.id == 'cron-' + cron_name
purge(scheduler)
job2 = add.cron(cron_string, cron_name, 3, 4)
assert scheduler.count() == 1 # no duplicate here
assert job2 in scheduler.get_jobs()
assert job2.meta['cron_string'] == cron_string
assert job2.id == 'cron-' + cron_name
job3 = add.cron(cron_string, cron_name + '-pro', 3, 4)
assert scheduler.count() == 2 # second cron
assert job3 in scheduler.get_jobs()
assert job3.id == 'cron-' + cron_name + '-pro'
other_queue = 'other-queue'
job4 = add.cron(cron_string, cron_name + '-other', 3, 4, queue=other_queue)
# job will be scheduled in the other queue eventually
assert job4.origin == other_queue
# one more. the scheduler will have all jobs, no matter what
# queue the job will eventually be queued in.
assert job4 in scheduler.get_jobs()
assert scheduler.count() == 3
purge(scheduler)
def test_cron_job(app):
rq = RQ(app, is_async=True)
scheduler = rq.get_scheduler()
purge(scheduler)
assert scheduler.count() == 0
rq.job(add)
cron_string = '* * * * *'
cron_name = 'add-it-for-real'
job1 = add.cron(cron_string, cron_name, 1, 2)
assert scheduler.count() == 1
assert job1 in scheduler.get_jobs()
assert job1.meta['cron_string'] == cron_string
assert job1.id == 'cron-' + cron_name
purge(scheduler)
job2 = add.cron(cron_string, cron_name, 3, 4)
assert scheduler.count() == 1 # no duplicate here
assert job2 in scheduler.get_jobs()
assert job2.meta['cron_string'] == cron_string
assert job2.id == 'cron-' + cron_name
job3 = add.cron(cron_string, cron_name + '-pro', 3, 4)
assert scheduler.count() == 2 # second cron
assert job3 in scheduler.get_jobs()
assert job3.id == 'cron-' + cron_name + '-pro'
other_queue = 'other-queue'
job4 = add.cron(cron_string, cron_name + '-other', 3, 4, queue=other_queue)
# job will be scheduled in the other queue eventually
assert job4.origin == other_queue
# one more. the scheduler will have all jobs, no matter what
# queue the job will eventually be queued in.
assert job4 in scheduler.get_jobs()
assert scheduler.count() == 3
purge(scheduler)
def test_schedule_job(app):
rq = RQ(app, is_async=True)
scheduler = rq.get_scheduler()
purge(scheduler)
assert scheduler.count() == 0
rq.job(add)
job1 = add.schedule(timedelta(seconds=1), 1, 2)
assert scheduler.count() == 1
assert job1 in scheduler.get_jobs()
purge(scheduler)
job2 = add.schedule(datetime.utcnow() + timedelta(seconds=1), 3, 4)
assert scheduler.count() == 1
assert job2 in scheduler.get_jobs()
purge(scheduler)
job3_id = uuid.uuid4().hex
job3_description = 'custom description'
job3 = add.schedule(timedelta(seconds=1), 5, 6, repeat=10, interval=2,
description=job3_description, job_id=job3_id)
assert job3 in scheduler.get_jobs()
assert job3.meta.get('repeat') == 10
assert job3.meta.get('interval') == 2
assert job3.id == job3_id
assert job3.description == job3_description
purge(scheduler)
other_queue = 'other-queue'
job4 = add.schedule(timedelta(seconds=1), 5, 6, queue=other_queue)
# job will be scheduled in the other queue eventually
assert job4.origin == other_queue
# one more. the scheduler will have all jobs, no matter what
# queue the job will eventually be queued in.
assert job4 in scheduler.get_jobs()
purge(scheduler)
