public void should_be_able_to_pick_two_cars_when_parked_two_cars_to_a_not_full_parking_lot()
{
var parkingLot = new ParkingLot(2);
var theFirstCar = new Car();
var theFirstTicket = parkingLot.Park(theFirstCar);
var theSecondCar = new Car();
var theSecondTicket = parkingLot.Park(theSecondCar);
Assert.Same(theFirstCar, parkingLot.Pick(theFirstTicket));
Assert.Same(theSecondCar, parkingLot.Pick(theSecondTicket));
}
public void should_be_able_to_park_car_when_a_parking_lot_is_no_longer_full()
{
var parkingLot = new ParkingLot(1);
var ticket = parkingLot.Park(new Car());
parkingLot.Pick(ticket);
var anotherCar = new Car();
var anotherTicket = parkingLot.Park(anotherCar);
Assert.Same(anotherCar, parkingLot.Pick(anotherTicket));
}
public void should_fail_to_pick_the_same_car_when_a_car_is_no_longer_in_a_parking_lot()
{
var parkingLot = new ParkingLot(1);
var ticket = parkingLot.Park(new Car());
parkingLot.Pick(ticket);
Assert.Throws <NoCarException>(
() =>
{
parkingLot.Pick(ticket);
});
}
public void should_be_able_to_park_and_pick_cars_to_a_not_full_parking_lot()
{
var parkingLot = new ParkingLot(10);
var theFirstCar = new Car();
var theFirstTicket = parkingLot.Park(theFirstCar);
var theSecondCar = new Car();
var theSecondTicket = parkingLot.Park(theSecondCar);
Assert.Same(theFirstCar, parkingLot.Pick(theFirstTicket));
var theThirdCar = new Car();
parkingLot.Park(theThirdCar);
Assert.Same(theSecondCar, parkingLot.Pick(theSecondTicket));
}
public void should_be_able_to_pick_the_same_car_when_park_a_car_to_a_parking_lot()
{
var parkingLot = new ParkingLot(1);
var car = new Car();
var ticket = parkingLot.Park(car);
Assert.Same(car, parkingLot.Pick(ticket));
}
public void should_be_able_to_pick_the_same_car_from_the_parking_lot_when_smart_parking_boy_park_the_car()
{
var parkingLot = new ParkingLot(1);
var parkingBoy = ParkingBoy.Smart(parkingLot);
var car = new Car();
var ticket = parkingBoy.Park(car);
Assert.Same(car, parkingLot.Pick(ticket));
}
public void should_be_able_to_pick_the_same_car_from_the_parking_lot_with_maximum_vacancy_count_and_no_relationship_with_the_parking_lot_order()
{
var parkingLotWithLessVacancyCount = new ParkingLot(1);
var parkingLotWithMoreVacancyCount = new ParkingLot(2);
var smartParkingBoy = ParkingBoy.Smart(parkingLotWithMoreVacancyCount, parkingLotWithLessVacancyCount);
var car = new Car();
var ticket = smartParkingBoy.Park(car);
Assert.Same(car, parkingLotWithMoreVacancyCount.Pick(ticket));
}
public void should_be_able_to_pick_the_same_car_from_the_first_parking_lot_when_super_parking_boy_has_two_parking_lot_and_park_the_car()
{
var parkingLot1 = new ParkingLot(1);
var parkingLot2 = new ParkingLot(1);
var parkingBoy = ParkingBoy.Super(parkingLot1, parkingLot2);
var car = new Car();
var ticket = parkingBoy.Park(car);
Assert.Same(car, parkingLot1.Pick(ticket));
}
public void should_fail_to_pick_a_car_when_the_car_is_not_in_a_parking_lot()
{
var parkingLot = new ParkingLot(1);
var ticketOfACarNotInParkingLot = 0;
Assert.Throws <NoCarException>(
() =>
{
parkingLot.Pick(ticketOfACarNotInParkingLot);
});
}
public void should_park_the_car_to_the_parking_lot_with_highest_vacancy_rate_and_no_relationship_with_the_parking_lot_order()
{
var parkingLotWithLowVacancyRate = new ParkingLot(4);
parkingLotWithLowVacancyRate.Park(new Car());
var parkingLotWithHighVacancyRate = new ParkingLot(2);
var parkingBoy = ParkingBoy.Super(parkingLotWithLowVacancyRate, parkingLotWithHighVacancyRate);
var car = new Car();
var ticket = parkingBoy.Park(car);
Assert.Same(car, parkingLotWithHighVacancyRate.Pick(ticket));
}
public void should_be_able_to_pick_the_same_car_from_the_second_parking_lot_when_parking_boy_has_two_parking_lot_with_first_one_full_and_park_the_car()
{
var parkingLot1 = new ParkingLot(1);
parkingLot1.Park(new Car());
var parkingLot2 = new ParkingLot(1);
var parkingBoy = ParkingBoy.Default(parkingLot1, parkingLot2);
var car = new Car();
var ticket = parkingBoy.Park(car);
Assert.Same(car, parkingLot2.Pick(ticket));
}
