def test_str(self):
periodic = PeriodicTask(task="foo")
periodic.interval = PeriodicTask.Interval(every=1, period="days")
self.assertEqual("every day", str(periodic.interval))
periodic.interval = PeriodicTask.Interval(every=2, period="days")
self.assertEqual('every 2 days', str(periodic.interval))
def test_cannot_define_both_interval_and_contrab(self):
periodic = PeriodicTask(task="foo")
periodic.interval = PeriodicTask.Interval(every=1, period="days")
periodic.crontab = PeriodicTask.Crontab(minute="0",
hour="*",
day_of_week="*",
day_of_month="10-15",
month_of_year="*")
with self.assertRaises(ValidationError) as err:
periodic.save()
self.assertTrue("Cannot define both interval and crontab schedule." in
err.exception.message)
def test_date_changed(self):
periodic = PeriodicTask(task="foo")
periodic.interval = PeriodicTask.Interval(every=1, period="days")
self.assertIsNone(periodic.date_changed)
periodic.save()
self.assertIsNotNone(periodic.date_changed)
date_changed = periodic.date_changed
periodic.name = "I'm changing now"
periodic.save()
self.assertGreater(periodic.date_changed, date_changed)
def test_creation_date(self):
periodic = PeriodicTask(task="foo")
periodic.interval = PeriodicTask.Interval(every=1, period="days")
self.assertIsNone(
periodic.date_creation,
"date_creation should be none on the first object instantion")
periodic.save()
self.assertIsNotNone(periodic.date_creation)
date_creation = periodic.date_creation
periodic.name = "I'm changing"
periodic.save()
self.assertEqual(
date_creation, periodic.date_creation,
"Update object should not change date_creation value")
def test_cannot_save_interval_schduler_with_a_invalid_period(self):
periodic = PeriodicTask(task="foo")
with self.assertRaises(ValidationError):
periodic.interval = PeriodicTask.Interval(every=1,
period="days111")
periodic.save()
def test_scheduler(self):
periodic = PeriodicTask(task="foo")
periodic.interval = PeriodicTask.Interval(every=1, period="days")
periodic.save()
self.assertIsNotNone(periodic.schedule)
def manage_task(self,
run_immediately_if_new: bool = False,
**task_data) -> None:
periodic = PeriodicTask.objects(name=task_data["name"])
if periodic:
logger.debug("Existing Schedule")
isChanged = False
periodic_document = periodic.get(name=task_data["name"])
for key, value in task_data.items():
if key == "interval":
if not periodic_document.interval == PeriodicTask.Interval(
**task_data["interval"]):
periodic_document.interval = PeriodicTask.Interval(
**task_data["interval"])
isChanged = True
elif key == "crontab":
if not periodic_document.crontab == PeriodicTask.Crontab(
**task_data["crontab"]):
periodic_document.crontab = PeriodicTask.Crontab(
**task_data["crontab"])
isChanged = True
elif key == "target":
pass
elif key == "total_run_count":
periodic_document[key] = task_data[key]
else:
if key in periodic_document:
if not periodic_document[key] == task_data[key]:
periodic_document[key] = task_data[key]
isChanged = True
else:
periodic_document[key] = task_data[key]
isChanged = True
else:
logger.debug("New Schedule")
isChanged = True
periodic_document = PeriodicTask(task=task_data["task"])
periodic_document.name = task_data["name"]
periodic_document.args = task_data["args"]
periodic_document.kwargs = task_data["kwargs"]
if "interval" in task_data:
periodic_document.interval = PeriodicTask.Interval(
**task_data["interval"])
else:
periodic_document.crontab = PeriodicTask.Crontab(
**task_data["crontab"])
periodic_document.enabled = task_data["enabled"]
periodic_document.run_immediately = task_data.get(
"run_immediately", run_immediately_if_new)
if "total_run_count" in task_data:
periodic_document["total_run_count"] = task_data[
"total_run_count"]
if "target" in task_data:
periodic_document["target"] = task_data["target"]
if "options" in task_data:
periodic_document["options"] = task_data["options"]
logger.info(
f"Periodic document to save: {periodic_document.to_json()}")
if isChanged:
periodic_document.save()