def test_raise_if_zero_or_negative_on_single(self, quantity):
offer = offers_factories.OfferFactory()
with pytest.raises(exceptions.QuantityIsInvalid) as error:
validation.check_quantity(offer, 0)
assert error.value.errors["quantity"] == [
"Vous ne pouvez réserver qu'une place pour cette offre."
]
def test_raise_if_zero_or_negative_on_duo(self, quantity):
offer = offers_factories.OfferFactory(isDuo=True)
with pytest.raises(exceptions.QuantityIsInvalid) as error:
validation.check_quantity(offer, 0)
assert error.value.errors["quantity"] == [
"Vous devez réserver une place ou deux dans le cas d'une offre DUO."
]
def create_booking_for_user_on_specific_stock_bypassing_capping_limits(
user_id: int, stock_id: int) -> None:
stock = Stock.query.get(stock_id)
user = User.query.get(user_id)
quantity = 1
validation.check_offer_already_booked(user, stock.offer)
validation.check_quantity(stock.offer, quantity)
validation.check_can_book_free_offer(user, stock)
validation.check_stock_is_bookable(stock)
booking = models.Booking()
# FIXME: this is not right. PcObject's constructor should allow
# `Booking(stock=stock, ...)`
booking.userId = user.id
booking.stockId = stock.id
booking.amount = stock.price
booking.quantity = quantity
booking.token = random_token()
repository.save(booking)
redis.add_offer_id(client=app.redis_client, offer_id=stock.offerId)
def test_ok_on_duo(self, quantity):
offer = offers_factories.OfferFactory(isDuo=True)
validation.check_quantity(offer, quantity) # should not raise
def test_ok_on_single(self):
offer = offers_factories.OfferFactory()
validation.check_quantity(offer, 1) # should not raise