def create_period_from( scheduleParser ):
SECONDS = '0'
MINUTES = '1'
HOURS = '2'
DAYS = '3'
WEEKS = '4'
MONTHS = '5'
period_type = scheduleParser.getPeriodType()
frequency = scheduleParser.getFrequency()
runHours = scheduleParser.getHours()
runDays = scheduleParser.getRunDays()
runMonths = scheduleParser.getMonths()
start_minute = scheduleParser.getMinute()
start_hour = scheduleParser.getHour()
if period_type == SECONDS:
return None
elif period_type == MINUTES:
schedule = Schedule.createMinuteSchedule( frequency, runHours, runDays, start_minute )
return PeriodMinute( schedule )
elif period_type == HOURS:
schedule = Schedule.createHourSchedule ( frequency, runHours, runDays, start_minute )
return PeriodHour ( schedule )
elif period_type == DAYS:
schedule = Schedule.createDaySchedule ( runDays, start_hour, start_minute )
return PeriodDay ( schedule )
elif period_type == WEEKS:
schedule = Schedule.createWeekSchedule ( runDays, start_hour, start_minute )
return PeriodWeek ( schedule )
elif period_type == MONTHS:
return None
else:
return None
def createPeriod(frequency, runHours, runDays, startMinute):
schedule = Schedule.createMinuteSchedule(frequency, runHours, runDays,
startMinute)
return PeriodMinute(schedule)
def test_creation_of_minute_task(self):
schedule = Schedule.createMinuteSchedule("2", "3", "4", "5")
self.assertEqual(schedule.frequency, "2")
self.assertEqual(schedule.runHours, "3")
self.assertEqual(schedule.runDaysOfWeek, "4")
self.assertEqual(schedule.startMinute, "5")
