public void should_to_stop_and_pick_up_car_when_park_have_one_empty_parking_position()
{
Park park = new Park(1);
Car car = new Car("JP123");
Assert.True(park.StopCar(car));
Assert.Same(car, park.PickUpCar(car.CarNumber));
}
public void should_can_stop_and_pick_up_when_two_park_both_have_empty_parking_position()
{
Park park = new Park(1);
Car car = new Car("JP123");
ParkingBoy boy = new ParkingBoy(park, new Park(1));
Assert.True(boy.StopCar(car));
Assert.Same(car, park.PickUpCar(car.CarNumber));
}
public void should_not_to_pick_up_car_when_car_number_not_right()
{
Car car = new Car("JP123");
Park park = new Park(1);
park.StopCar(car);
Car otherCar = new Car("JP456");
Assert.Same(null, park.PickUpCar(otherCar.CarNumber));
}
public void should_can_stop_and_pick_up_when_first_park_full_and_second_park_empty()
{
Park firstPark = new Park(0);
Park secondPark = new Park(1);
Car car = new Car("JP123");
ParkingBoy boy = new ParkingBoy(firstPark, secondPark);
Assert.True(boy.StopCar(car));
Assert.Same(car, secondPark.PickUpCar(car.CarNumber));
}
public void should_success_to_stop_car()
{
Park park = new Park(1);
Car car = new Car("JP123");
ParkingManager manager = new ParkingManager(new List<Park> { park }, null);
manager.StopCar(car);
Assert.Same(car, park.PickUpCar(car.CarNumber));
}
public void should_stopped_to_park()
{
Park park = new Park(1);
Car car = new Car("JP123");
SuperParkingBoy boy = new SuperParkingBoy(park);
boy.StopCar(car);
Assert.Same(car, park.PickUpCar(car.CarNumber));
}
public void should_not_stop_when_park_have_zero_position()
{
Park park = new Park(0);
SuperParkingBoy boy = new SuperParkingBoy(park);
Car car = new Car("JP456");
boy.StopCar(car);
Assert.Same(null, park.PickUpCar(car.CarNumber));
}
public void should_stopped_to_more_empty_poisition_park_when_two_parks_have_different_empty_position()
{
Park lessEmptyPoisitionPark = new Park(1);
Park moreEmptyPoisitionPark = new Park(2);
Car car = new Car("JP123");
SmartParkingBoy boy = new SmartParkingBoy(lessEmptyPoisitionPark, moreEmptyPoisitionPark);
boy.StopCar(car);
Assert.Same(car, moreEmptyPoisitionPark.PickUpCar(car.CarNumber));
}
public void should_stopped_to_first_park_when_two_parks_have_same_empty_position()
{
Park firstPark = new Park(1);
Park secondPark = new Park(1);
Car car = new Car("JP123");
SmartParkingBoy boy = new SmartParkingBoy(firstPark, secondPark);
boy.StopCar(car);
Assert.Same(car, firstPark.PickUpCar(car.CarNumber));
}
public void should_success_to_ask_parkingboy_to_stop_car_when_one_boy()
{
Park park = new Park(1);
Car car = new Car("JP123");
ParkingBoy parkingBoy = new ParkingBoy(park);
ParkingManager manager = new ParkingManager(null, new List<ParkingBoyBase> { parkingBoy });
manager.StopCar(car);
Assert.Same(car, park.PickUpCar(car.CarNumber));
}
public void should_pick_up_car_from_first_park_when_two_parks_have_same_empty_rate()
{
Park firstPark = new Park(1);
Park secondPark = new Park(1);
Car car = new Car("JP123");
SuperParkingBoy boy = new SuperParkingBoy(firstPark, secondPark);
boy.StopCar(car);
Assert.Same(car, firstPark.PickUpCar(car.CarNumber));
}
public void should_pick_up_from_more_empty_rate_park_when_two_parks_have_different_empty_rate()
{
Park lessEmptyRatePark = new Park(2);
Park moreEmptyRatePark = new Park(1);
lessEmptyRatePark.StopCar(new Car("JP123"));
SuperParkingBoy boy = new SuperParkingBoy(lessEmptyRatePark, moreEmptyRatePark);
Car car = new Car("JP456");
boy.StopCar(car);
Assert.Same(car, moreEmptyRatePark.PickUpCar(car.CarNumber));
}