@Test
public void should_park_successfully_when_have_available_parking_port() {
parkingLotList = new ArrayList<ParkingLot>();
parkingLotList.add(new ParkingLot(10));
smartManager = new Manager(parkingLotList, StategyEnum.SMART);
Car car = new Car();
Receipt receipt = smartManager.park(car);
assertNotNull(receipt);
}
@Test
public void
should_park_in_the_most_avaiable_port_parking_lot_when_there_is_only_one_parking_lot() {
parkingLotList = new ArrayList<ParkingLot>();
ParkingLot mostAvailableSpaceParkingLot = new ParkingLot(3);
parkingLotList.add(mostAvailableSpaceParkingLot);
smartManager = new Manager(parkingLotList, StategyEnum.SMART);
Car car = new Car();
Receipt receipt = smartManager.park(car);
Car car1 = mostAvailableSpaceParkingLot.getCar(receipt);
assertSame(car, car1);
}
@Test
public void
should_park_the_car_in_the_most_available_port_parking_lot_when_there_are_two_parking_lot()
throws Exception {
parkingLotList = new ArrayList<ParkingLot>();
parkingLotList.add(new ParkingLot(10));
ParkingLot mostAvailableSpaceParkingLot = new ParkingLot(20);
parkingLotList.add(mostAvailableSpaceParkingLot);
smartManager = new Manager(parkingLotList, StategyEnum.SMART);
Car car = new Car();
Receipt receipt = smartManager.park(car);
Car car1 = mostAvailableSpaceParkingLot.getCar(receipt);
assertSame(car, car1);
}
