def test_area_bottom_right(self):
# create booking
booking = Booking()
booking.client = self.client
booking.passengers = 1
booking.luggage_number = 2
booking.flight = "18070-12324"
booking.departure = Geoposition(49.010247, 2.547678)
booking.destination = Geoposition(48.792502, 2.386336)
booking.distance = math.hypot(48.792502 - 49.010247,
2.386336 - 2.547678)
# booking.destination = "Place de la Libération, 94400 Vitry-sur-Seine"
self.assertFalse(booking is None)
self.assertEqual(get_area(booking), self.bottom_right)
def test_area_high_right(self):
# create booking
booking = Booking()
booking.client = self.client
booking.passengers = 1
booking.luggage_number = 2
booking.flight = "18070-12324"
# booking.departure = "Aéroport Charles de Gaulle (T3-Roissypole), Tremblay-en-France"
# booking.destination = "23 Rue Madeleine Vionnet, 93300 Aubervilliers"
booking.departure = Geoposition(49.010247, 2.547678)
booking.destination = Geoposition(48.903194, 2.374365)
booking.distance = math.hypot(48.903194 - 49.010247,
2.374365 - 2.547678)
self.assertFalse(booking is None)
self.assertEqual(get_area(booking), self.high_right)
def test_area_high_left(self):
# create booking
booking = Booking()
booking.client = self.client
booking.passengers = 1
booking.luggage_number = 2
booking.flight = "18070-12324"
# booking.departure = "Aéroport Charles de Gaulle (T3-Roissypole), Tremblay-en-France"
# booking.destination = "Place Charles de Gaulle, 75008 Paris"
booking.departure = Geoposition(49.010247, 2.547678)
booking.destination = Geoposition(48.873959, 2.295825)
booking.distance = math.hypot(48.873959 - 49.010247,
2.295825 - 2.547678)
self.assertFalse(booking is None)
self.assertEqual(get_area(booking), self.high_left)
def test_area_bottom_left(self):
# create booking
booking = Booking()
booking.client = self.client
booking.passengers = 1
booking.luggage_number = 2
booking.flight = "18070-12324"
# booking.departure = "Aéroport Charles de Gaulle (T3-Roissypole), Tremblay-en-France"
# booking.destination = "Champ de Mars, 5 Avenue Anatole France, 75007 Paris""
booking.departure = Geoposition(49.010247, 2.547678)
booking.destination = Geoposition(48.858956, 2.294512)
booking.distance = math.hypot(48.858956 - 49.010247,
2.294512 - 2.547678)
self.assertFalse(booking is None)
self.assertEqual(get_area(booking), self.bottom_left)
def create_travel(booking_to_test):
area = get_area(booking_to_test)
place_wanted = booking_to_test.passengers
estimated_arrive = booking_to_test.arrive_time + datetime.timedelta(
seconds=booking_to_test.time_estimated) * 2
model_car = booking_to_test.model_choose
if place_wanted == 0:
travels = None
else:
travels = Travel.objects.filter(
start=booking_to_test.arrive_time,
free_place__gte=place_wanted,
area=area,
airport=booking_to_test.airport,
free_luggage__gte=booking_to_test.luggage_number)
# The case with no travel found
if not travels:
car = free_car(area, booking_to_test.arrive_time, estimated_arrive)
travel = Travel.objects.create(start=booking_to_test.arrive_time,
free_place=model_car.number_place -
place_wanted,
free_luggage=model_car.luggage_number -
booking_to_test.luggage_number,
area=area,
airport=booking_to_test.airport,
car=car,
end=estimated_arrive)
else:
travel = travels[0]
# Update the leave places
travel.free_place -= place_wanted
travel.free_luggage -= booking_to_test.luggage_number
travel.bookings.add(booking_to_test)
if travel.bookings.count() > 1:
# Optimise travel with multiples destination
compute_travel_multiples(booking_to_test.airport,
booking_to_test.arrive_time, travel)
# update the travel
travel.save()