def executeCommand(parkingLot, command):
if command[0] == CREATE_PARKING_LOT:
parkingLot = create_parking_lot(command[1])
elif command[0] == PARK_CAR:
print(park_car(parkingLot, command[1], command[2]))
elif command[0] == CAR_DEPARTURE:
print(car_departure(parkingLot, command[1]))
elif command[0] == LOT_STATUS:
print(lot_status(parkingLot).rstrip('\n'))
elif command[0] == SEARCH_SLOT_BY_CAR_NUMBER:
print(slot_by_car_number(parkingLot, command[1]).rstrip(', '))
elif command[0] == SEARCH_CAR_BY_COLOUR:
print(car_by_colour(parkingLot, command[1]).rstrip(', '))
elif command[0] == SEARCH_SLOT_BY_COLOUR:
print(slot_by_colour(parkingLot, command[1]).rstrip(', '))
else:
print('Command is not applicable')
return parkingLot
def test_create_parking_lot(self):
testParkingLot = create_parking_lot(str(6))
self.assertEqual(len(testParkingLot.get_slots()), 6)
def test_slot_by_car_number_not_found(self):
testParkingLot = create_parking_lot(str(6))
testParkString = park_car(testParkingLot, 'KA-01-AA-1118', 'White')
testString = slot_by_car_number(testParkingLot, 'KA-01-AA-1113')
self.assertEqual(testString, 'Not found')
def test_slot_by_colour(self):
testParkingLot = create_parking_lot(str(6))
testParkString = park_car(testParkingLot, 'KA-01-AA-1119', 'White')
testString = slot_by_colour(testParkingLot, 'White')
self.assertEqual(testString, '1, ')
def test_car_departure_cannot_exit(self):
testParkingLot = create_parking_lot(str(6))
testParkString = park_car(testParkingLot, 'KA-01-AA-1115', 'White')
testString = car_departure(testParkingLot, '7')
self.assertEqual('Cannot exit slot: 7 as no such exist!', testString)
def test_car_departure_slot_free(self):
testParkingLot = create_parking_lot(str(6))
testParkString = park_car(testParkingLot, 'KA-01-AA-1116', 'White')
testString = car_departure(testParkingLot, '2')
self.assertEqual('No car at Slot number 2', testString)
def test_car_departure_free(self):
testParkingLot = create_parking_lot(str(6))
testParkString = park_car(testParkingLot, 'KA-01-AA-1114', 'White')
testString = car_departure(testParkingLot, '1')
self.assertEqual('Slot number 1 is free', testString)
def test_car_departure_empty(self):
testParkingLot = create_parking_lot(str(6))
testString = car_departure(testParkingLot, '1')
self.assertEqual('Sorry, parking lot is empty', testString)
def test_park_car_lot_full(self):
testParkingLot = create_parking_lot(str(1))
testParkString = park_car(testParkingLot, 'KA-01-AA-1112', 'White')
testString = park_car(testParkingLot, 'KA-01-AA-1113', 'White')
self.assertEqual('Sorry, parking lot is full', testString)
def test_park_car_lot_allocated(self):
testParkingLot = create_parking_lot(str(6))
testString = park_car(testParkingLot, 'KA-01-AA-1112', 'White')
self.assertEqual('Allocated slot number: 1', testString)
def test_parking_lot_is_full(self):
testParkingLot = create_parking_lot(str(6))
self.assertEqual(parking_lot_is_full(testParkingLot), False)
