def get_schedule_token(self, workflow):
schedule_config = self._repository.get_schedule(workflow)
timestamp = schedule_to_timestamp(schedule_config.time,
schedule_config.start_date)
recurrence = recurrence_str_to_sec(schedule_config.recurrence)
overrun_policy = OverrunPolicy.from_string(
schedule_config.overrun_policy)
schedule = WorkflowSchedule(
next_run_time=timestamp,
recurrence_seconds=recurrence,
overrun_policy=overrun_policy,
workflow=schedule_config.workflow,
emails=schedule_config.emails,
#TODO(mao): to make it flexible that allow users specify through UI
max_running_instances=PinballConfig.DEFAULT_MAX_WORKFLOW_RUNNING_INSTANCES)
schedule.advance_next_run_time()
timestamp = schedule.next_run_time
token_name = (
Name(workflow=schedule_config.workflow
).get_workflow_schedule_token_name())
return Token(name=token_name, owner='parser',
expirationTime=timestamp,
data=pickle.dumps(schedule))
def get_schedule_token(self, workflow):
schedule_config = self._repository.get_schedule(workflow)
timestamp = schedule_to_timestamp(schedule_config.time,
schedule_config.start_date)
recurrence = recurrence_str_to_sec(schedule_config.recurrence)
overrun_policy = OverrunPolicy.from_string(
schedule_config.overrun_policy)
schedule = WorkflowSchedule(
next_run_time=timestamp,
recurrence_seconds=recurrence,
overrun_policy=overrun_policy,
workflow=schedule_config.workflow,
emails=schedule_config.emails,
#TODO(mao): to make it flexible that allow users specify through UI
max_running_instances=PinballConfig.
DEFAULT_MAX_WORKFLOW_RUNNING_INSTANCES)
schedule.advance_next_run_time()
timestamp = schedule.next_run_time
token_name = (Name(workflow=schedule_config.workflow).
get_workflow_schedule_token_name())
return Token(name=token_name,
owner='parser',
expirationTime=timestamp,
data=pickle.dumps(schedule))
def test_recurrence_str_to_sec(self):
self.assertEqual(10 * 60, recurrence_str_to_sec('10M'))
self.assertEqual(10 * 60 * 60, recurrence_str_to_sec('10H'))
self.assertEqual(10 * 24 * 60 * 60, recurrence_str_to_sec('10d'))
self.assertEqual(10 * 7 * 24 * 60 * 60, recurrence_str_to_sec('10w'))
self.assertIsNone(recurrence_str_to_sec('10Y'))
def test_recurrence_str_to_sec(self):
self.assertEqual(10 * 60, recurrence_str_to_sec('10M'))
self.assertEqual(10 * 60 * 60, recurrence_str_to_sec('10H'))
self.assertEqual(10 * 24 * 60 * 60, recurrence_str_to_sec('10d'))
self.assertEqual(10 * 7 * 24 * 60 * 60, recurrence_str_to_sec('10w'))
self.assertIsNone(recurrence_str_to_sec('10Y'))