public void should_park_the_car_successfully()
{
var parkingLog = new ParkingLog(1);
var car = new Car("1");
Assert.Same("1", parkingLog.Park(car));
}
public void should_failed_to_park_when_the_parking_lot_has_no_free()
{
var parkingLog = new ParkingLog();
var car = new Car("1");
Assert.Equal("The Parking Lot is full, can't park any more!", parkingLog.Park(car));
}
public void should_pick_the_same_car_use_car_number_successfully()
{
var parkingLog = new ParkingLog(1);
var car = new Car("1");
string carId = parkingLog.Park(car);
Assert.Same(car, parkingLog.Pick(carId));
}
public void should_success_to_pick_the_parked_car_once_and_fail_to_pick_the_second_time()
{
var parkingLog = new ParkingLog(1);
var firstCar = new Car("1");
string carId = parkingLog.Park(firstCar);
Assert.Same(firstCar, parkingLog.Pick(carId));
Assert.Null(parkingLog.Pick(carId));
}
public void should_fail_to_pick_the_not_parked_car()
{
var parkingLog = new ParkingLog(1);
var firstCar = new Car("1");
var secondCar = new Car("2");
string carId = parkingLog.Park(firstCar);
Assert.Same(firstCar, parkingLog.Pick(carId));
Assert.Null(parkingLog.Pick(secondCar.carId));
}
public void should_park_the_first_car_successfully_and_fail_to_park_the_second_car()
{
var parkingLog = new ParkingLog(1);
var firstCar = new Car("1");
var secondCar = new Car("2");
Assert.Equal(firstCar.carId, parkingLog.Park(firstCar));
Assert.Equal("The Parking Lot is full, can't park any more!", parkingLog.Park(secondCar));
Assert.Same(firstCar, parkingLog.Pick(firstCar.carId));
}
public void should_pick_two_car_successfully_when_park_two_car()
{
var parkingLog = new ParkingLog(12);
var firstCar = new Car("1");
var secondCar = new Car("2");
string firstCarId = parkingLog.Park(firstCar);
string secondCarId = parkingLog.Park(secondCar);
Assert.Same(firstCar, parkingLog.Pick(firstCarId));
Assert.Same(secondCar, parkingLog.Pick(secondCarId));
}
public void should_fail_to_park_the_car_to_the_only_one_parking_log_with_no_free()
{
var parkingLogs = new List <ParkingLog>();
var parkingLog = new ParkingLog();
parkingLogs.Add(parkingLog);
var smartBoy = new SmartBoy(parkingLogs);
var car = new Car("12345");
Assert.Equal("The Parking Lot is full, can't park any more!", smartBoy.Park(car));
}
public void should_park_the_car_to_the_only_one_parking_log_and_then_pick_the_car_from_the_parking_lot()
{
var parkingLogs = new List <ParkingLog>();
var parkingLog = new ParkingLog(1);
parkingLogs.Add(parkingLog);
var smartBoy = new SmartBoy(parkingLogs);
var car = new Car("12345");
var parkCarId = smartBoy.Park(car);
Assert.Same(car, parkingLog.Pick(parkCarId));
}
public void should_fail_to_park_the_car_when_the_parking_lot_are_all_unavailable()
{
var parkingLogs = new List <ParkingLog>();
var parkingLog1 = new ParkingLog();
var parkingLog2 = new ParkingLog();
parkingLogs.Add(parkingLog1);
parkingLogs.Add(parkingLog2);
var smartBoy = new SmartBoy(parkingLogs);
var car = new Car("12345");
Assert.Equal("The Parking Lot is full, can't park any more!", smartBoy.Park(car));
}
public void should_park_the_car_to_the_first_parking_log_when_the_two_has_same_free()
{
var parkingLogs = new List <ParkingLog>();
var parkingLog1 = new ParkingLog(1);
var parkingLog2 = new ParkingLog(1);
parkingLogs.Add(parkingLog1);
parkingLogs.Add(parkingLog2);
var smartBoy = new SmartBoy(parkingLogs);
var car = new Car("12345");
var parkCarId = smartBoy.Park(car);
Assert.Equal(car, parkingLog1.Pick(parkCarId));
Assert.Same(null, parkingLog2.Pick(parkCarId));
}
