def updateRepeating(user, additional): rep = RepeatingEvent.get(int(additional.split()[0])) events = Event.getByRepeating(rep.key) i = 0 for event in events: event.date = event.date + timedelta(minutes=int(additional.split()[1])) event.put() i = i +1 return str(i) + ' events updated'
def updateRepeating(user, additional):
rep = RepeatingEvent.get(int(additional.split()[0]))
events = Event.getByRepeating(rep.key)
i = 0
for event in events:
event.date = event.date + timedelta(minutes=int(additional.split()[1]))
event.put()
i = i + 1
return str(i) + ' events updated'
def createRepeatingEvent(name, place , day, time, endDate):
rep = RepeatingEvent.create(name, place, day, time, endDate)
events = rep.createEvents()
answer = u'Events an diesen Daten erstellt:'
for created in events[0]:
answer = answer + u'\n' + created.strftime("%d.%m.%Y")
if events[1]:
answer = answer + u'\nFolgende Daten übersprungen, da an diesen schon ein Event existiert:'
for skipped in events[1]:
answer = answer + u'\n' + skipped.strftime("%d.%m.%Y")
return answer
def createRepeatingEvent(name, place, day, time, endDate):
rep = RepeatingEvent.create(name, place, day, time, endDate)
events = rep.createEvents()
answer = u'Events an diesen Daten erstellt:'
for created in events[0]:
answer = answer + u'\n' + created.strftime("%d.%m.%Y")
if events[1]:
answer = answer + u'\nFolgende Daten übersprungen, da an diesen schon ein Event existiert:'
for skipped in events[1]:
answer = answer + u'\n' + skipped.strftime("%d.%m.%Y")
return answer
