def start(self):
try:
schedule = EventSchedule.objects.get(description=SCHEDULE_DESC)
except EventSchedule.DoesNotExist:
schedule = EventSchedule(description=SCHEDULE_DESC)
schedule.callback = CALLBACK
schedule.minutes = '*'
schedule.save()
self.info('started')
def test_one_shot(self):
""" Test scheduler in real time"""
global callback_counter
self.router.start()
schedule = EventSchedule(callback="scheduler.tests.slow.callback_func",
minutes=ALL, callback_args=([3]))
schedule.save()
time.sleep(180.0)
self.assertEquals(callback_counter,9)
self.router.stop()
def test_one_shot(self):
""" Test scheduler in real time"""
global callback_counter
self.router.start()
schedule = EventSchedule(callback="scheduler.tests.slow.callback_func",
minutes=ALL, callback_args=([3]))
schedule.save()
time.sleep(180.0)
self.assertEquals(callback_counter, 9)
self.router.stop()
def test_recurring(self):
""" Test regular recurring schedules """
global callback_counter
self.router.start()
self.router.get_app('scheduler').schedule_thread._debug_speedup(minutes=1)
schedule = EventSchedule(callback="scheduler.tests.speedup.callback_func",
minutes=ALL, callback_args=([3]))
schedule.save()
time.sleep(2.9)
self.assertEquals(callback_counter,9)
self.router.stop()
def test_one_shot(self):
""" Basically test 'count'"""
global callback_counter
self.router.start()
# speedup the scheduler so that 1 second == 1 minute
self.router.get_app('scheduler').schedule_thread._debug_speedup(minutes=1)
schedule = EventSchedule(callback="scheduler.tests.speedup.callback_func",
minutes=ALL, callback_args=([3]), count=1)
schedule.save()
time.sleep(3.0)
self.assertEquals(callback_counter,3)
self.router.stop()
def schedule_notifications (reg, reg_time):
"""schedule all future notificaitons to be sent for this patient"""
for day in config.notification_days:
send_at = calc_send_time(reg_time, reg.contact_time, day)
#scheduler works in local server time instead of UTC
local_send_at = send_at.astimezone(pytz.timezone(config.server_tz)).replace(tzinfo=None)
schedule = EventSchedule(callback="circumcision.apps.circumcision.schedule.send_notification", \
start_time=local_send_at, count=1, minutes='*',
callback_args=[reg.pk, day],
description='patient %s; day %d' % (reg.patient_id, day))
schedule.save()
def test_recurring(self):
""" Test regular recurring schedules """
global callback_counter
self.router.start()
self.router.get_app('scheduler').schedule_thread._debug_speedup(
minutes=1)
schedule = EventSchedule(
callback="scheduler.tests.speedup.callback_func",
minutes=ALL,
callback_args=([3]))
schedule.save()
time.sleep(2.9)
self.assertEquals(callback_counter, 9)
self.router.stop()
def start(self):
# create a scheduled event if not present
# due to bug in fixture handling in scheduler
event_desc = 'group_messaging_main'
if EventSchedule.objects.filter(description=event_desc).count() > 0:
return
schedule = EventSchedule(description=event_desc, \
callback="group_messaging.utils.process_queue_callback", \
minutes=([00,58]), \
callback_args=('self.router'))
schedule.save()
self.debug(u"Created Event Schedule %s" % event_desc)
def test_timestart_timestop(self):
""" Test timebound schedules """
global callback_counter
self.router.start()
self.router.get_app('scheduler').schedule_thread._debug_speedup(minutes=1)
start_time = datetime.now() + timedelta(minutes=2)
end_time = datetime.now() + timedelta(minutes=4)
schedule = EventSchedule(callback="scheduler.tests.speedup.callback_func",
minutes=ALL, callback_args=([3]), \
start_time = start_time, end_time = end_time)
schedule.save()
time.sleep(7.0)
self.assertEquals(callback_counter,6)
self.router.stop()
def schedule_response_reminders(self, d):
self.debug('in App.schedulecallback(): self.router: %s', self.router)
cb = d.pop('callback')
m = d.pop('minutes')
reps = d.pop('repetitions')
self.debug('callback:%s; minutes:%s; repetitions:%s; kwargs:%s',cb,m,reps,d)
t = datetime.now()
s = timedelta(minutes=m)
# for n in [(t + 1*s), (t + 2*s), ... (t + r+s)], where r goes from [1, reps+1)
for st in [t + r*s for r in range(1,reps+1)]:
self.debug('scheduling a reminder to fire after %s', st)
schedule = EventSchedule(callback=cb, minutes=ALL, callback_kwargs=d, start_time=st, count=1)
schedule.save()
def test_timestart_timestop(self):
""" Test timebound schedules """
global callback_counter
self.router.start()
self.router.get_app('scheduler').schedule_thread._debug_speedup(
minutes=1)
start_time = datetime.now() + timedelta(minutes=2)
end_time = datetime.now() + timedelta(minutes=4)
schedule = EventSchedule(callback="scheduler.tests.speedup.callback_func",
minutes=ALL, callback_args=([3]), \
start_time = start_time, end_time = end_time)
schedule.save()
time.sleep(7.0)
self.assertEquals(callback_counter, 6)
self.router.stop()
def test_one_shot(self):
""" Basically test 'count'"""
global callback_counter
self.router.start()
# speedup the scheduler so that 1 second == 1 minute
self.router.get_app('scheduler').schedule_thread._debug_speedup(
minutes=1)
schedule = EventSchedule(
callback="scheduler.tests.speedup.callback_func",
minutes=ALL,
callback_args=([3]),
count=1)
schedule.save()
time.sleep(3.0)
self.assertEquals(callback_counter, 3)
self.router.stop()
def schedule_response_reminder(self, d):
self.debug("in App.schedulecallback(): self.router: %s", self.router)
cb = d.pop("callback")
m = d.pop("minutes")
reps = d.pop("repetitions")
self.debug("callback:%s; minutes:%s; repetitions:%s; kwargs:%s", cb, m, reps, d)
t = datetime.now()
s = timedelta(minutes=m)
# for n in [(t + 1*s), (t + 2*s), ... (t + r+s)], where r goes from [1, reps+1)
# for st in [t + r*s for r in range(1,reps+1)]:
# MLL: Changed to do one at a time, so resend will schedule the next one
schedule = EventSchedule(callback=cb, minutes=ALL, callback_kwargs=d, start_time=t + s, count=1)
schedule.save()
self.debug("scheduling a reminder to fire after %s at %s, id=%d", s, s + t, schedule.id)
def test_hours(self):
schedule = EventSchedule(callback="foo", hours=set([3,5,23]), \
minutes='*')
self.assertFalse(schedule.should_fire(start))
self.assertTrue(schedule.should_fire(start + 3 * hour))
self.assertFalse(schedule.should_fire(start + 4 * hour))
self.assertTrue(schedule.should_fire(start + 5 * hour))
self.assertFalse(schedule.should_fire(start + 6 * hour))
self.assertTrue(schedule.should_fire(start + 23 * hour))
def LoadSchedules():
count = 0
callbacks = ['ilsgateway.callbacks.run_reminders']
# 'ilsgateway.callbacks.district_randr_reminder',
# 'ilsgateway.callbacks.facility_delivery_reminder',
# 'ilsgateway.callbacks.district_delivery_reminder',
# 'ilsgateway.callbacks.district_delinquent_deliveries_summary',
# 'ilsgateway.callbacks.facility_soh_reminder',]
for callback in callbacks:
if not EventSchedule.objects.filter(callback=callback):
e = EventSchedule(callback=callback,
description=callback,
days_of_month='*',
hours='*',
minutes=[0,15,30,45])
e.save()
count = count + 1
print "Loaded %d EventSchedules" % count
def test_all(self):
schedule = EventSchedule(callback="foo", \
minutes=ALL)
self.assertTrue(schedule.should_fire(start))
self.assertTrue(schedule.should_fire(start + sec))
self.assertTrue(schedule.should_fire(start + min))
self.assertTrue(schedule.should_fire(start + hour))
self.assertTrue(schedule.should_fire(start + day))
self.assertTrue(schedule.should_fire(start + week))
self.assertTrue(
schedule.should_fire(start + sec + min + hour + day + week))
def test_hours(self):
schedule = EventSchedule(callback="foo", hours=set([3, 5, 23]), minutes="*")
self.assertFalse(schedule.should_fire(start))
self.assertTrue(schedule.should_fire(start + 3 * hour))
self.assertFalse(schedule.should_fire(start + 4 * hour))
self.assertTrue(schedule.should_fire(start + 5 * hour))
self.assertFalse(schedule.should_fire(start + 6 * hour))
self.assertTrue(schedule.should_fire(start + 23 * hour))
def test_all(self):
schedule = EventSchedule(callback="foo", minutes=ALL)
self.assertTrue(schedule.should_fire(start))
self.assertTrue(schedule.should_fire(start + sec))
self.assertTrue(schedule.should_fire(start + min))
self.assertTrue(schedule.should_fire(start + hour))
self.assertTrue(schedule.should_fire(start + day))
self.assertTrue(schedule.should_fire(start + week))
self.assertTrue(schedule.should_fire(start + sec + min + hour + day + week))
def test_month(self):
""" Fire event every minute in February
Note: months are indexed from '1'
"""
schedule = EventSchedule(callback="foo", months=set([2]), days_of_month="*", hours="*", minutes="*")
self.assertFalse(schedule.should_fire(start))
self.assertTrue(schedule.should_fire(start + month))
self.assertTrue(schedule.should_fire(start + month + sec))
self.assertTrue(schedule.should_fire(start + month + min))
self.assertTrue(schedule.should_fire(start + month + hour))
self.assertTrue(schedule.should_fire(start + month + day))
self.assertTrue(schedule.should_fire(start + month + sec + min + hour + day))
self.assertFalse(schedule.should_fire(start + 2 * month))
self.assertFalse(schedule.should_fire(start + 2 * month + sec))
self.assertFalse(schedule.should_fire(start + 2 * month + min))
self.assertFalse(schedule.should_fire(start + 2 * month + hour))
self.assertFalse(schedule.should_fire(start + 2 * month + day))
def test_minutes(self):
schedule = EventSchedule(callback="foo", minutes=set([1, 3, 5]), count=1)
self.assertFalse(schedule.should_fire(start))
self.assertFalse(schedule.should_fire(start + sec))
self.assertTrue(schedule.should_fire(start + 1 * min))
self.assertFalse(schedule.should_fire(start + 2 * min))
self.assertTrue(schedule.should_fire(start + 3 * min))
self.assertFalse(schedule.should_fire(start + 4 * min))
self.assertTrue(schedule.should_fire(start + 5 * min))
self.assertFalse(schedule.should_fire(start + hour))
self.assertFalse(schedule.should_fire(start + day))
self.assertFalse(schedule.should_fire(start + week))
def test_days_of_month(self):
""" Fire event on the 1st, 15th, and 30th of the month at 10:00 am
Note: days of month are indexed starting '1'
"""
schedule = EventSchedule(callback="foo", days_of_month=set([1,15,30]),
hours=set([10]), \
minutes=set([0]))
self.assertFalse(schedule.should_fire(start))
self.assertTrue(schedule.should_fire(start + 10 * hour))
self.assertFalse(schedule.should_fire(start + 10 * hour + min))
self.assertFalse(schedule.should_fire(start + 10 * min))
self.assertFalse(schedule.should_fire(start + day + 10 * hour))
self.assertTrue(schedule.should_fire(start + 14 * day + 10 * hour))
self.assertFalse(schedule.should_fire(start + 14 * day + 9 * hour))
self.assertFalse(schedule.should_fire(start + 14 * day + 11 * hour))
self.assertFalse(schedule.should_fire(start + 13 * day + 10 * hour))
self.assertFalse(schedule.should_fire(start + 15 * day + 10 * hour))
self.assertTrue(schedule.should_fire(start + 29 * day + 10 * hour))
self.assertFalse(schedule.should_fire(start + 29 * day + 1 * min))
self.assertFalse(schedule.should_fire(start + 29 * day - 1 * min))
self.assertFalse(schedule.should_fire(start + 28 * day + 10 * hour))
def test_days_of_week(self):
""" fire event monday, friday, and sunday, at 8:15 am and 5:15 pm
Note: days of week are indexed starting '0'
"""
schedule = EventSchedule(callback="foo", days_of_week=set([0,4,6]),
hours=set([8,17]), \
minutes=set([15]))
self.assertFalse(schedule.should_fire(start))
self.assertFalse(schedule.should_fire(start + 5 * day))
self.assertFalse(schedule.should_fire(start + 7 * day))
self.assertFalse(schedule.should_fire(start + 3 * hour))
self.assertFalse(schedule.should_fire(start + 5 * day + 7 * hour))
self.assertFalse(schedule.should_fire(start + 7 * day + 16 * hour))
self.assertFalse(schedule.should_fire(start + 8 * hour + 13 * min))
self.assertFalse(
schedule.should_fire(start + 5 * day + 8 * hour + 16 * min))
self.assertFalse(
schedule.should_fire(start + 7 * day + 8 * hour + 25 * min))
self.assertFalse(
schedule.should_fire(start + 3 * day + 8 * hour + 15 * min))
self.assertFalse(
schedule.should_fire(start + 5 * day + 17 * hour + 15 * min))
self.assertTrue(schedule.should_fire(start + 8 * hour + 15 * min))
self.assertTrue(schedule.should_fire(start + 17 * hour + 15 * min))
self.assertTrue(
schedule.should_fire(start + 4 * day + 8 * hour + 15 * min))
self.assertTrue(
schedule.should_fire(start + 6 * day + 17 * hour + 15 * min))
def test_days_of_week(self):
""" fire event monday, friday, and sunday, at 8:15 am and 5:15 pm
Note: days of week are indexed starting '0'
"""
schedule = EventSchedule(callback="foo", days_of_week=set([0, 4, 6]), hours=set([8, 17]), minutes=set([15]))
self.assertFalse(schedule.should_fire(start))
self.assertFalse(schedule.should_fire(start + 5 * day))
self.assertFalse(schedule.should_fire(start + 7 * day))
self.assertFalse(schedule.should_fire(start + 3 * hour))
self.assertFalse(schedule.should_fire(start + 5 * day + 7 * hour))
self.assertFalse(schedule.should_fire(start + 7 * day + 16 * hour))
self.assertFalse(schedule.should_fire(start + 8 * hour + 13 * min))
self.assertFalse(schedule.should_fire(start + 5 * day + 8 * hour + 16 * min))
self.assertFalse(schedule.should_fire(start + 7 * day + 8 * hour + 25 * min))
self.assertFalse(schedule.should_fire(start + 3 * day + 8 * hour + 15 * min))
self.assertFalse(schedule.should_fire(start + 5 * day + 17 * hour + 15 * min))
self.assertTrue(schedule.should_fire(start + 8 * hour + 15 * min))
self.assertTrue(schedule.should_fire(start + 17 * hour + 15 * min))
self.assertTrue(schedule.should_fire(start + 4 * day + 8 * hour + 15 * min))
self.assertTrue(schedule.should_fire(start + 6 * day + 17 * hour + 15 * min))
def test_minutes(self):
schedule = EventSchedule(callback="foo", \
minutes=set([1,3,5]),
count=1)
self.assertFalse(schedule.should_fire(start))
self.assertFalse(schedule.should_fire(start + sec))
self.assertTrue(schedule.should_fire(start + 1 * min))
self.assertFalse(schedule.should_fire(start + 2 * min))
self.assertTrue(schedule.should_fire(start + 3 * min))
self.assertFalse(schedule.should_fire(start + 4 * min))
self.assertTrue(schedule.should_fire(start + 5 * min))
self.assertFalse(schedule.should_fire(start + hour))
self.assertFalse(schedule.should_fire(start + day))
self.assertFalse(schedule.should_fire(start + week))
def test_month(self):
""" Fire event every minute in February
Note: months are indexed from '1'
"""
schedule = EventSchedule(callback="foo", months=set([2]), \
days_of_month='*',
hours='*', \
minutes='*')
self.assertFalse(schedule.should_fire(start))
self.assertTrue(schedule.should_fire(start + month))
self.assertTrue(schedule.should_fire(start + month + sec))
self.assertTrue(schedule.should_fire(start + month + min))
self.assertTrue(schedule.should_fire(start + month + hour))
self.assertTrue(schedule.should_fire(start + month + day))
self.assertTrue(
schedule.should_fire(start + month + sec + min + hour + day))
self.assertFalse(schedule.should_fire(start + 2 * month))
self.assertFalse(schedule.should_fire(start + 2 * month + sec))
self.assertFalse(schedule.should_fire(start + 2 * month + min))
self.assertFalse(schedule.should_fire(start + 2 * month + hour))
self.assertFalse(schedule.should_fire(start + 2 * month + day))
def test_days_of_month(self):
""" Fire event on the 1st, 15th, and 30th of the month at 10:00 am
Note: days of month are indexed starting '1'
"""
schedule = EventSchedule(callback="foo", days_of_month=set([1, 15, 30]), hours=set([10]), minutes=set([0]))
self.assertFalse(schedule.should_fire(start))
self.assertTrue(schedule.should_fire(start + 10 * hour))
self.assertFalse(schedule.should_fire(start + 10 * hour + min))
self.assertFalse(schedule.should_fire(start + 10 * min))
self.assertFalse(schedule.should_fire(start + day + 10 * hour))
self.assertTrue(schedule.should_fire(start + 14 * day + 10 * hour))
self.assertFalse(schedule.should_fire(start + 14 * day + 9 * hour))
self.assertFalse(schedule.should_fire(start + 14 * day + 11 * hour))
self.assertFalse(schedule.should_fire(start + 13 * day + 10 * hour))
self.assertFalse(schedule.should_fire(start + 15 * day + 10 * hour))
self.assertTrue(schedule.should_fire(start + 29 * day + 10 * hour))
self.assertFalse(schedule.should_fire(start + 29 * day + 1 * min))
self.assertFalse(schedule.should_fire(start + 29 * day - 1 * min))
self.assertFalse(schedule.should_fire(start + 28 * day + 10 * hour))