public void should_park_to_parking_lot_with_higher_vacancy_rate(
int parkingLot0Capacity,
int parkingLot0OccupiedParkingSpace,
int parkingLot1Capacity,
int parkingLot1OccupiedParkingSpace,
int chosenParkingLotIndex)
{
var parkingLot0 = new ParkingLotBuilder()
.WithCapacity(parkingLot0Capacity)
.WithOccupiedParkingSpace(parkingLot0OccupiedParkingSpace)
.Create();
var parkingLot1 = new ParkingLotBuilder()
.WithCapacity(parkingLot1Capacity)
.WithOccupiedParkingSpace(parkingLot1OccupiedParkingSpace)
.Create();
var parkingLots = new[] { parkingLot0, parkingLot1 };
var superParkingBoy = new SuperParkingBoy(parkingLots);
var car = new Car();
var token = superParkingBoy.Park(car);
var pickedCar = parkingLots[chosenParkingLotIndex].Pick(token);
pickedCar.Should().BeSameAs(car);
}
void should_not_park_car_by_super_boy_when_all_parking_lot_are_full()
{
var firstParkingLot = new ParkingLot(1);
var secondParkingLot = new ParkingLot(1);
var superParkingBoy = new SuperParkingBoy(new List <ParkingLot> {
firstParkingLot, secondParkingLot
});
superParkingBoy.Park(new Car("Not care1"));
ParkCarResult parkCarResult = superParkingBoy.Park(new Car("Not care2"));
Assert.Equal(ParkCarResult.Success, parkCarResult);
parkCarResult = superParkingBoy.Park(new Car("Not care3"));
Assert.Equal(ParkCarResult.NoParkingSpace, parkCarResult);
}
given_parking_boy_and_super_parking_boy_then_super_boy_can_not_manage_parking_boy()
{
var parkingLot = new OOParkingLot(1);
var parkingBoy = new ParkingBoy(parkingLot);
var superBoy = new SuperParkingBoy(parkingBoy as IParkingLot);
superBoy.Park(new Car("car"));
}
public void given_a_parkingLot_and_a_super_parking_boy_when_super_boy_park_a_car_then_the_car_in_the_parkingLot()
{
var firstParkinglot = new OOParkingLot(1);
var superParkingBoy = new SuperParkingBoy(firstParkinglot);
var car = new Car("car");
var carId = superParkingBoy.Park(car);
Assert.AreSame(car, firstParkinglot.Pick(carId));
}
void should_can_pick_the_car_when_parking_boy_park_a_car()
{
var parkingBoy = new SuperParkingBoy(new ParkingLot(10));
var car = new Car();
var token = parkingBoy.Park(car);
var pickedCar = parkingBoy.Pick(token);
Assert.Same(car, pickedCar);
}
public void should_pick_the_same_car_after_parked_it()
{
var parkingLot = new ParkingLot(1);
var superParkingBoy = new SuperParkingBoy(parkingLot);
var car = new Car();
var token = superParkingBoy.Park(car);
var pickedCar = superParkingBoy.Pick(token);
pickedCar.Should().BeSameAs(car);
}
public void should_park_one_car_to_one_of_parking_lots_while_all_have_same_vacancy_rate()
{
var parkingLot = CreateParkingLotAndParkSomeCar(2, 1);
var parkingLotWithSameRate = CreateParkingLotAndParkSomeCar(2, 1);
var superParkingBoy = new SuperParkingBoy(new[] { parkingLot, parkingLotWithSameRate });
var car = new Car();
var carToken = superParkingBoy.Park(car);
Assert.Same(car, CarParkingInOneOfParkingLots(new[] { parkingLot.Pick(carToken), parkingLotWithSameRate.Pick(carToken) }));
}
public void given_a_parking_lot_and_a_super_parking_boy_which_managed_by_parking_manager_when_parking_boy_park_a_car_then_manager_could_pick_the_car()
{
var parkinglot = new OOParkingLot(1);
var superParkingBoy = new SuperParkingBoy(parkinglot);
var manager = new ParkingManager(superParkingBoy);
var car = new Car("car");
var carId = superParkingBoy.Park(car);
Assert.AreSame(car, manager.Pick(carId));
}
public void should_park_one_car_to_parking_lot_which_have_high_vacancy_rate_and_less_parking_space()
{
var parkingLotWithHighRate = CreateParkingLotAndParkSomeCar(3, 1);
var parkingLotWithLowRate = CreateParkingLotAndParkSomeCar(6, 3);
var superParkingBoy = new SuperParkingBoy(new[] { parkingLotWithHighRate, parkingLotWithLowRate });
var car = new Car();
var carToken = superParkingBoy.Park(car);
Assert.Same(car, parkingLotWithHighRate.Pick(carToken));
}
public void should_park_car_when_there_is_one_parking_lot()
{
var parkingLot = new ParkingLot(1);
var superParkingBoy = new SuperParkingBoy(new List <ParkingLot> {
parkingLot
});
var car = new Car();
var ticket = superParkingBoy.Park(car);
Assert.Equal(car, parkingLot.Pick(ticket));
}
public void should_be_able_to_park_car_if_parking_lots_has_same_free_space_rate()
{
var parkingLot1 = new ParkingLot(1);
var parkingLot2 = new ParkingLot(1);
var superParkingBoy = new SuperParkingBoy(new List <ParkingLot> {
parkingLot1, parkingLot2
});
var car = new Car();
var ticket = superParkingBoy.Park(car);
Assert.Equal(car, superParkingBoy.Pick(ticket));
}
public void should_decrease_free_space_rate_when_park_car()
{
var parkingLot = new ParkingLot(2);
var superParkingBoy = new SuperParkingBoy(new List <ParkingLot> {
parkingLot
});
var freeSpaceRateBeforePark = parkingLot.FreeSpaceRate;
superParkingBoy.Park(new Car());
var freeSpaceRateAfterPark = parkingLot.FreeSpaceRate;
Assert.True(freeSpaceRateBeforePark > freeSpaceRateAfterPark);
}
public void should_increase_free_space_rate_when_pick_car()
{
var parkingLot = new ParkingLot(2);
var superParkingBoy = new SuperParkingBoy(new List <ParkingLot> {
parkingLot
});
var ticket = superParkingBoy.Park(new Car());
var freeSpaceRateBeforePick = parkingLot.FreeSpaceRate;
superParkingBoy.Pick(ticket);
var freeSpaceRateAfterPick = parkingLot.FreeSpaceRate;
Assert.True(freeSpaceRateBeforePick < freeSpaceRateAfterPick);
}
public void should_not_park_car_when_parking_lot_is_0_free_space_rate()
{
var parkingLot = new ParkingLot(1);
parkingLot.Park(new Car());
var superParkingBoy = new SuperParkingBoy(new List <ParkingLot> {
parkingLot
});
var car = new Car();
var ticket = superParkingBoy.Park(car);
Assert.Null(parkingLot.Pick(ticket));
}
void should_pick_the_car_from_parking_lots_when_park_a_car_by_super_parking_boy()
{
const string carId = "ABC123";
var car = new Car(carId);
var parkingLot = new ParkingLot();
var superParkingBoy = new SuperParkingBoy(new List <ParkingLot> {
parkingLot
});
superParkingBoy.Park(car);
Car pickedCar = parkingLot.Pick(carId);
Assert.Same(car, pickedCar);
}
public void should_park_one_car_to_parking_lot_which_have_high_vacancy_rate_first_test()
{
var parkingLotWithHighRate = CreateParkingLotAndParkSomeCar(4, 1);
var parkingLotWithLowRate = CreateParkingLotAndParkSomeCar(3, 1);
var superParkingBoy = new SuperParkingBoy(new List <ParkingLot>
{
parkingLotWithHighRate,
parkingLotWithLowRate
});
var car = new Car();
var carToken = superParkingBoy.Park(car);
Assert.Same(car, parkingLotWithHighRate.Pick(carToken));
}
void should_park_car_to_the_parking_lot_which_has_the_larget_space_percent()
{
var lotPercent50 = new ParkingLot(2);
lotPercent50.Park(new Car());
var lotPercent100 = new ParkingLot(1);
var parkingBoy = new SuperParkingBoy(lotPercent50, lotPercent100);
var car = new Car();
var token = parkingBoy.Park(car);
var pickedCar = lotPercent100.Pick(token);
Assert.Same(car, pickedCar);
}
public void should_park_car_to_parking_lot_with_higher_free_rate()
{
var lowerFreeRateParkingLot = new ParkingLot(2);
lowerFreeRateParkingLot.Park(new Car());
var higherFreeRateParkingLot = new ParkingLot(2);
var superParkingBoy = new SuperParkingBoy(new List <ParkingLot> {
lowerFreeRateParkingLot, higherFreeRateParkingLot
});
var car = new Car();
var ticket = superParkingBoy.Park(car);
Assert.Null(lowerFreeRateParkingLot.Pick(ticket));
Assert.Equal(car, higherFreeRateParkingLot.Pick(ticket));
}
void should_park_a_car_to_second_parking_lot_by_super_parking_boy_when_the_second_one_has_more_empty_parking_space_ratio()
{
var firstParkingLot = new ParkingLot(3);
var secondParkingLot = new ParkingLot(1);
var smartParkingBoy = new SuperParkingBoy(new List <ParkingLot> {
firstParkingLot, secondParkingLot
});
firstParkingLot.Park(new Car("notcare"));
const string carId = "123";
var car = new Car(carId);
smartParkingBoy.Park(car);
Assert.Same(car, secondParkingLot.Pick(carId));
}
public void given_two_parkinglot_and_the_first_parkinglot_emptyRate_is_smaller_than_the_second_one_when_super_boy_park_a_car_then_the_second_parkinglot_could_pick_the_car()
{
var firstPrakingLot = new OOParkingLot(3);
var secondPrakingLot = new OOParkingLot(4);
var car = new Car("car");
var parkedCarInFirstParkingLot = new Car("car parked in the first parkinglot");
var parkedCarInSecondParkingLot = new Car("car parked in the second parkinglot");
firstPrakingLot.Park(parkedCarInFirstParkingLot);
secondPrakingLot.Park(parkedCarInSecondParkingLot);
var superBoy = new SuperParkingBoy(firstPrakingLot, secondPrakingLot);
var carId = superBoy.Park(car);
Assert.AreSame(car, secondPrakingLot.Pick(carId));
}
void should_not_pick_a_car_when_the_car_has_been_picked_by_super_parking_boy()
{
const string carId = "ABC123";
var car = new Car(carId);
var parkingLot = new ParkingLot();
var superParkingBoy = new SuperParkingBoy(new List <ParkingLot> {
parkingLot
});
superParkingBoy.Park(car);
Car pickedCar = superParkingBoy.Pick(carId);
Assert.Same(car, pickedCar);
pickedCar = superParkingBoy.Pick(carId);
Assert.Null(pickedCar);
}
void should_pick_the_car_by_manager_when_park_a_car_by_parking_boy()
{
const string carId = "ABC123";
var car = new Car(carId);
var parkingLot = new ParkingLot();
var parkingBoy = new SuperParkingBoy(new List <ParkingLot> {
parkingLot
});
var manager = new Manager(new List <IPickerParker> {
parkingBoy
});
parkingBoy.Park(car);
Car pickedCar = manager.Pick(carId);
Assert.Same(car, pickedCar);
}
