def create_share_record(self, schedule, shareToProfile): currentUser = users.get_current_user(); shareRecord = ShareRecord(parent=schedule) shareRecord.owner = currentUser shareRecord.ownerID = currentUser.user_id() shareRecord.schedule = schedule shareRecord.sharedToUser = shareToProfile.user shareRecord.put()
def get_shared_schedules(self):
sharedToMe = []
records = ShareRecord.all()
records.filter('sharedToUser ='******'name'] = cgi.escape(record.schedule.name)
schedule['nameB64'] = base64.b64encode(record.schedule.name)
schedule['owner'] = cgi.escape(record.schedule.owner.nickname())
schedule['courseCount'] = record.schedule.course_set.count()
schedule['term'] = record.schedule.term
schedule['year'] = record.schedule.year
schedule['shareKey'] = str(record.key())
sharedToMe.append(schedule)
return sharedToMe
def safely_delete(self, schedule):
profile = profiles.get_user_profile_from_ds()
# Simply comparing the two schedules themselves doesn't work
# so we compare their keys
if profile.currentSchedule.key() == schedule.key():
logging.info('Deleted current schedule "' + schedule.name + '"')
profile.currentSchedule = None
profile.put()
# Delete all courses in this schedule
courses = Course.all().ancestor(schedule)
for course in courses:
course.delete()
# Unshare this schedule from everyone
records = ShareRecord.all().ancestor(schedule)
for sharing in records:
sharing.delete()
schedule.delete()
def is_already_shared(self, schedule, userToShareTo):
records = ShareRecord.all()
records.filter('owner =', users.get_current_user())
records.filter('schedule =', schedule)
records.filter('sharedToUser =', userToShareTo)
return records.count() > 0
