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_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 when_manager_have_one_boy_with_first_boy_have_full_parking_and_second_boy_have_one_empty()
{
var parkingBoy = new ParkingBoy(new Park(1));
parkingBoy.StopCar(new Car("JP123"));
var smartBoy = new SmartParkingBoy(new Park(1));
ParkingManager manager = new ParkingManager(null, new List<ParkingBoyBase> { parkingBoy, smartBoy });
ParkingDirector director = new ParkingDirector(manager);
string report = director.GenerateReport();
string[] array = report.Split(new string[] { "\r\n" }, StringSplitOptions.RemoveEmptyEntries);
var spaceTwo = Utils.SpaceTwo;
Assert.Equal(string.Format("{0}B 0 1", spaceTwo), array[1]);
var spaceFour = Utils.SpaceFour;
Assert.Equal(string.Format("{0}P 0 1", spaceFour), array[2]);
Assert.Equal(string.Format("{0}B 1 1", spaceTwo), array[3]);
Assert.Equal(string.Format("{0}P 1 1", spaceFour), array[4]);
Assert.Equal("M 1 2", array[0]);
}