def deliver_puzzle(attendee, deliverer=None):
try:
puzzle_bucket = PuzzleBucket.objects(
public_token=attendee.public_token).get()
except DoesNotExist:
puzzle_bucket = PuzzleBucket.init(attendee)
if deliverer is not None:
if deliverer in puzzle_bucket.deliverer:
raise Error('Already take from this deliverer')
else:
puzzle_bucket.deliverer.append(deliverer)
total = PuzzleStatus.objects(puzzle='total').get().quantity
for i in range(len(puzzle_config)):
puzzle = list(puzzle_config.keys())[randint(0, len(puzzle_config) - 1)]
if i == len(puzzle_config) - 1 or total == 0 or PuzzleStatus.objects(
puzzle=puzzle).get().currency / total < puzzle_rate[puzzle]:
puzzle_bucket.puzzle.append(puzzle)
PuzzleStatus.objects(puzzle='total').update_one(inc__quantity=1,
inc__currency=1)
PuzzleStatus.objects(puzzle=puzzle).update_one(inc__quantity=1,
inc__currency=1)
break
puzzle_bucket.save()
def status():
attendee = get_attendee(request)
if not request.args.get('StaffQuery') and not attendee.first_use:
attendee.first_use = time.time()
attendee.save()
PuzzleBucket.init(attendee)
return attendee.to_json()
def get_puzzle_bucket_by_attendee(attendee):
try:
puzzle_bucket = PuzzleBucket.objects(public_token=attendee.public_token).get()
except DoesNotExist:
raise Error("invalid token")
return puzzle_bucket
def get_puzzle_bucket(request):
token = request.args.get('token')
if token is None:
raise Error("token required")
try:
puzzle_bucket = PuzzleBucket.objects(public_token=token).get()
except DoesNotExist:
raise Error("invalid token")
return puzzle_bucket