public void More_test_cases_SuperSmartParkingBoy_Should_park_cars_to_more_positionRate_parkingLot(int parkingCapacity1, int parkingCapacity2, int parkingCapacity3)
{
//given
var parkingLots = new List <ParkingLot>()
{
{ new ParkingLot(parkingCapacity1) }, { new ParkingLot(parkingCapacity2) }, { new ParkingLot(parkingCapacity3) }
};
var superSmartParkingBoy = new SuperSmartParkingBoy();
var parkingBoy = new ParkingBoy();
//when
for (int i = 0; i < 2; i++)
{
parkingBoy.Park(i.ToString(), parkingLots[1]);
parkingBoy.Park(i.ToString(), parkingLots[2]);
}
var numberPlate = "XX2345";
var parkingTicket = superSmartParkingBoy.Park(numberPlate, parkingLots);
var expectParkingLot = parkingLots[0];
//then
Assert.NotEmpty(parkingTicket);
Assert.Contains <string>("XX2345", expectParkingLot.ParkingCarsList);
}
public void Should_superSmartBoy_park_per_availabe_ratio()
{
var mySuperBoy = new SuperSmartParkingBoy(DataLoader.GetParkingLots());
mySuperBoy.TryPark(new Car("test plate1"), out Ticket ticket1);
mySuperBoy.TryPark(new Car("test plate2"), out Ticket ticket2);
mySuperBoy.TryPark(new Car("test plate3"), out Ticket ticket3);
mySuperBoy.TryPark(new Car("test plate4"), out Ticket ticket4);
Assert.Equal("MyLot2", ticket1.LotName);
Assert.Equal("MyLot1", ticket2.LotName);
Assert.Equal("MyLot2", ticket3.LotName);
Assert.Equal("MyLot2", ticket4.LotName);
}
public void Should_Park_Return_ParkingTicket_When_Park_To_Available_ParkingLot()
{
// given
var car = new Car("JAA8888");
var parkingLot1 = new ParkingLot("ParkingLotOne");
var parkingLot2 = new ParkingLot("ParkingLotOne");
var parkingBoy = new SuperSmartParkingBoy("Jack", parkingLot1, parkingLot2);
// when
var parkingTicket = parkingBoy.Park(car);
// then
Assert.IsType <ParkingTicket>(parkingTicket);
}
public void Should_Park_Return_Null_When_Park_Null_Car()
{
// given
Car car = null;
var parkingLot1 = new ParkingLot("ParkingLotOne");
var parkingLot2 = new ParkingLot("ParkingLotOne");
var parkingBoy = new SuperSmartParkingBoy("Jack", parkingLot1, parkingLot2);
// when
var parkingTicket = parkingBoy.Park(car);
// then
Assert.Null(parkingTicket);
}
public void Should_Return_False_Given_Parking_Lot_Not_Exist_When_Remove_ParkingLot()
{
//given
var parkingLot = new ParkingLot();
var parkingBoy = new SuperSmartParkingBoy(new List <ParkingLot>()
{
});
//when
var result = parkingBoy.RemoveParkingLot(parkingLot);
//then
Assert.False(result);
}
public void Should_Remove_Parking_Lot_Given_Parking_Lot_Exist_When_Remove_ParkingLot()
{
//given
var parkingLot = new ParkingLot();
var parkingBoy = new SuperSmartParkingBoy(new List <ParkingLot>()
{
parkingLot
});
//when
var result = parkingBoy.RemoveParkingLot(parkingLot);
//then
Assert.Equal(0, parkingBoy.ParkingLotsCount);
}
public void Should_Super_Smart_Parking_Boy_Park_A_Car_And_Get_Ticket()
{
//given
var expectedTicket = new Ticket("N98245");
//when
var parkingBoy = new SuperSmartParkingBoy(new List <ParkingLot>()
{
new ParkingLot()
});
var ticket = parkingBoy.Park(new Car("N98245"), out _);
//then
Assert.Equal(expectedTicket.GetType(), ticket.GetType());
}
public void Should_Super_Smart_Parking_Boy_Fetch_No_Cars_Given_The_No_Ticket()
{
//given
var expectedCar = new Car("N98245");
//when
var parkingBoy = new SuperSmartParkingBoy(new List <ParkingLot>()
{
new ParkingLot()
});
var car = parkingBoy.Fetch(null, out _);
//then
Assert.Null(car);
}
public void Should_Get_Error_Message_Given_The_Parking_Lot_Is_Full_When_Park_Car()
{
//given
var parkingBoy = new SuperSmartParkingBoy(new List <ParkingLot>()
{
new ParkingLot(0)
});
//when
var errorMessage = string.Empty;
parkingBoy.Park(null, out errorMessage);
//then
Assert.Equal("Not enough position.", errorMessage);
}
public void Should_Super_Smart_Parking_Boy_Fetch_A_Car_Using_Ticket()
{
//given
var expectedCar = new Car("N98245");
//when
var parkingBoy = new SuperSmartParkingBoy(new List <ParkingLot>()
{
new ParkingLot()
});
var ticket = parkingBoy.Park(expectedCar, out _);
var car = parkingBoy.Fetch(ticket, out _);
//then
Assert.Equal(expectedCar.GetType(), car.GetType());
}
public void Should_Get_Error_Message_Given_A_Null_Ticket_When_Fetch_Car()
{
//given
var parkingBoy = new SuperSmartParkingBoy(new List <ParkingLot>()
{
new ParkingLot()
});
//when
var errorMessage = string.Empty;
parkingBoy.Fetch(null, out errorMessage);
//then
Assert.Equal("Please provide your parking ticket.", errorMessage);
}
public void Manager_Should_able_to_Add_all_kinds_of_parkingboys_to_his_list()
{
//given
var superSmartParkingBoy = new SuperSmartParkingBoy();
var smartParkingBoy = new SmartParkingBoy();
var parkingBoy = new ParkingBoy();
var manager = new Manager();
//when
manager.AddParkingBoy(parkingBoy);
manager.AddParkingBoy(smartParkingBoy);
manager.AddParkingBoy(superSmartParkingBoy);
//then
Assert.Contains <ParkingBoy>(parkingBoy, manager.ParkingBoyList);
Assert.Contains <ParkingBoy>(smartParkingBoy, manager.ParkingBoyList);
Assert.Contains <ParkingBoy>(superSmartParkingBoy, manager.ParkingBoyList);
}
public void Should_Get_Error_Message_Unrecognized_parking_ticket_Given_A_Wrong_Ticket_When_Fetch_Car()
{
//given
var parkingBoy = new SuperSmartParkingBoy(new List <ParkingLot>()
{
new ParkingLot(10)
});
var wrongTicket = new Ticket("wrongNumber");
//when
var errorMessage = string.Empty;
parkingBoy.Fetch(wrongTicket, out errorMessage);
//then
Assert.Equal("Unrecognized parking ticket.", errorMessage);
}
public void Should__Super_Smart_Parking_Boy_Park_The_Car_To_Mutiple_Parking_Lots_And_Park_To_The_Parking_Lot_Has_Largest_AvaliablePositionRate()
{
//given
var parkingLot1 = new ParkingLot(2);
var parkingBoy = new SuperSmartParkingBoy(new List <ParkingLot>()
{
parkingLot1, new ParkingLot(1)
});
parkingBoy.Park(new Car("car1"), out _);
//when
var ticket = parkingBoy.Park(new Car("car2"), out _);
//then
Assert.Contains(ticket.TicketNumber, parkingLot1.Tickets);
}
public void Should_Fetch_Return_Car_With_Valid_ParkingTicket()
{
// given
// given
var parkedCar = new Car("JAA8888");
var parkingLot1 = new ParkingLot("ParkingLotOne");
var parkingLot2 = new ParkingLot("ParkingLotOne");
var parkingBoy = new SuperSmartParkingBoy("Jack", parkingLot1, parkingLot2);
var parkingTicket = parkingBoy.Park(parkedCar);
// when
var fetchedCar = parkingBoy.Fetch(parkingTicket);
// then
Assert.IsType <Car>(fetchedCar);
Assert.Equal(fetchedCar, parkedCar);
}
public void Should_Super_Smart_Parking_Boy_Fetch_No_Car_Given_The_Ticket_Has_Been_Used()
{
//given
var parkedCar = new Car("N98245");
var parkingBoy = new SuperSmartParkingBoy(new List <ParkingLot>()
{
new ParkingLot()
});
var ticket = parkingBoy.Park(parkedCar, out _);
parkingBoy.Fetch(ticket, out _);
//when
var car = parkingBoy.Fetch(ticket, out _);
//then
Assert.Null(car);
}
public void Should_Super_Smart_Park_No_Car_Given_Parking_Lot_Has_No_Position()
{
//given
var parkedCar = new Car("N98245");
var parkingBoy = new SuperSmartParkingBoy(new List <ParkingLot>()
{
new ParkingLot(1)
});
parkingBoy.Park(parkedCar, out _);
//when
var newCar = new Car("A982453");
var newTicket = parkingBoy.Park(newCar, out _);
//then
Assert.Null(newTicket);
}
public void Should_parking_lot_service_manager_add_super_smart_parking_boy_to_managementList()
{
// given
List <ParkingLot> parkingLotListForManager = new List <ParkingLot> {
new ParkingLot(0), new ParkingLot(1)
};
List <ParkingLot> parkingLotListForParkingBoy = new List <ParkingLot> {
new ParkingLot(2), new ParkingLot(3)
};
var expectedSuperSmartParkingBoy = new SuperSmartParkingBoy(parkingLotListForParkingBoy);
var parkingLotServiceManager = new ParkingLotServiceManager(parkingLotListForManager, new List <ParkingBoy>());
parkingLotServiceManager.AddParkingBoy(expectedSuperSmartParkingBoy);
// when
var specifiedParkingBoy = parkingLotServiceManager.SpecifyParkingBoy();
// then
Assert.Equal(expectedSuperSmartParkingBoy, specifiedParkingBoy);
}
public void Should_parking_lot_service_manager_return_parking_boy_to_do_parking_works()
{
// given
List <ParkingLot> parkingLotListForManager = new List <ParkingLot> {
new ParkingLot(0), new ParkingLot(1)
};
List <ParkingLot> parkingLotListForParkingBoy = new List <ParkingLot> {
new ParkingLot(2), new ParkingLot(3)
};
var superSmartParkingBoy = new SuperSmartParkingBoy(parkingLotListForParkingBoy);
var managementList = new List <ParkingBoy>();
var parkingLotServiceManager = new ParkingLotServiceManager(parkingLotListForManager, managementList);
// when
parkingLotServiceManager.AddParkingBoy(superSmartParkingBoy);
bool isSuperSmartParkingBoyAdded = managementList.Contains(superSmartParkingBoy);
// then
Assert.True(isSuperSmartParkingBoyAdded);
}
public void Should_Return_ticket_Super_Smart_Parking_Boy()
{
//given
var parkingLot1 = new ParkingLot.ParkingLot(1, 3);
var parkingLot2 = new ParkingLot.ParkingLot(2, 4);
var parkingLotList = new List <ParkingLot.ParkingLot>
{
parkingLot1,
parkingLot2,
};
//when
var parkingBoy = new SuperSmartParkingBoy(parkingLotList);
var ticket0 = parkingBoy.ParkACarAndGetTicket("abc123");
var ticket1 = parkingBoy.ParkACarAndGetTicket("abc123");
var ticket2 = parkingBoy.ParkACarAndGetTicket("abc124");
var expectedTicket = new Ticket("abc124", 2);
//then
Assert.Equal(expectedTicket.GetParkingLotNumber(), ticket2.GetParkingLotNumber());
}
public void Should_Get_Error_Message_Unrecognized_parking_ticket_Given_A_Used_Ticket_When_Fetch_Car()
{
//given
var parkedCar = new Car("N98245");
var parkingBoy = new SuperSmartParkingBoy(new List <ParkingLot>()
{
new ParkingLot()
});
var ticket = parkingBoy.Park(parkedCar, out _);
parkingBoy.Fetch(ticket, out _);
//when
var errorMessage = string.Empty;
parkingBoy.Fetch(ticket, out errorMessage);
//then
Assert.Equal("Unrecognized parking ticket.", errorMessage);
}
public void Should_always_park_cars_to_the_parking_lot_which_has_larger_available_position_rate()
{
// given
List <ParkingLot> parkingLotList = new List <ParkingLot> {
new ParkingLot(0, 5), new ParkingLot(1, 2)
};
var superSmartParkingBoy = new SuperSmartParkingBoy(parkingLotList);
for (int i = 0; i < 3; i++)
{
parkingLotList[0].AddCar(new Car());
}
parkingLotList[1].AddCar(new Car());
var expectedCar = new Car();
// when
var parkingTicket = superSmartParkingBoy.ParkCar(expectedCar, out string errorMessagePark1);
// then
Assert.True(parkingTicket.ParkingLotId == 1);
}
public void Should_Super_Smart_Parking_Boy_Park_Mutiple_Cars_And_Fetch_The_Right_Car_Using_Ticket()
{
//given
var expectedCar = new Car("N98245");
//when
var parkingBoy = new SuperSmartParkingBoy(new List <ParkingLot>()
{
new ParkingLot()
});
var carList = new List <Car>()
{
new Car("car1"), new Car("car2"), new Car("car3")
};
carList.ForEach(car => parkingBoy.Park(car, out _));
var ticket = parkingBoy.Park(expectedCar, out _);
var car = parkingBoy.Fetch(ticket, out _);
//then
Assert.Equal(expectedCar, car);
}
public void Should_SuperSmartParkingBoy_Park_The_Car_To_The_Parkinglot_With_Higher_EmptyRate(int currentLotLoad1, int currentLotLoad2, int loadCapacity1, int loadCapacity2)
{
//Given
var boy = new SuperSmartParkingBoy("Jack");
var car = new Car("RJ_45675415");
string message = string.Empty;
var parkingLots = new List <CarLot <string, Car> >()
{
LotInitialize.FillLotWithCars(currentLotLoad1, loadCapacity1),
LotInitialize.FillLotWithCars(currentLotLoad2, loadCapacity2),
};
var testCount = parkingLots[0].Count;
var testCapacity = parkingLots[0].Capacity;
string expectedTicket = "SuperPark: RJ_45675415";
double minimumLoadRate = Math.Min(parkingLots[0].LoadRate, parkingLots[1].LoadRate);
int targetIndex = 0;
for (int index = 0; index < parkingLots.Count; index++)
{
if (parkingLots[index].LoadRate == Math.Min(parkingLots[0].LoadRate, parkingLots[1].LoadRate))
{
targetIndex = index;
break;
}
}
int expectedLoad = parkingLots[targetIndex].Count + 1;
//When
string actualTicket = boy.Park(car, parkingLots, out message);
var actualLoad = parkingLots[targetIndex].Count;
//Then
Assert.Equal(expectedTicket, actualTicket);
Assert.Equal(expectedLoad, actualLoad);
}
