public void Should_SmartParkingBoy_Park_The_Car_To_The_Parkinglot_With_More_Empty_Positions(int currentLoadforPark1, int currentLoadforPark2)
{
//Given
var boy = new SmartParkingBoy("Jack");
var car = new Car("RJ_45675415");
string message = string.Empty;
var parkingLots = new List <CarLot <string, Car> >()
{
LotInitialize.FillLotWithCars(currentLoadforPark1),
LotInitialize.FillLotWithCars(currentLoadforPark2),
};
string expectedTicket = "SuperPark: RJ_45675415";
int minimumIndex = 0;
for (int index = 0; index < parkingLots.Count; index++)
{
if (parkingLots[index].Count == Math.Min(currentLoadforPark1, currentLoadforPark2))
{
minimumIndex = index;
break;
}
}
int expectedLoad = Math.Min(currentLoadforPark1, currentLoadforPark2) + 1;
//When
string actualTicket = boy.Park(car, parkingLots, out message);
var actualLoad = parkingLots[minimumIndex].Count;
//Then
Assert.Equal(expectedTicket, actualTicket);
Assert.Equal(expectedLoad, actualLoad);
}
public void Should_Manager_Can_Tell_Boy_To_Park(string plateNumber, string parkingTicket)
{
//Given
var manager = new ParkingManager("Chris");
var employee = new ParkingBoy("Jack");
var employee2 = new SmartParkingBoy("Joy");
manager.HireBoy(employee);
manager.HireBoy(employee2);
string parkMessage = string.Empty;
var car = new Car(plateNumber);
var parkingLots = new List <CarLot <string, Car> >()
{
LotInitialize.FillLotWithCars(10, 20),
LotInitialize.FillLotWithCars(8, 30),
};
string expected = parkingTicket;
//When
var result = manager.ManagerPark(car, parkingLots, out parkMessage);
//Then
Assert.IsType <string>(result);
Assert.Equal(expected, result);
}
public void Should_ParkingBoy_Return_Null_When_Both_Parkinglots_Are_Full(string plateNumber, string parkingTicket)
{
//Given
var boy = new ParkingBoy("Jack");
var car = new Car(plateNumber);
string message = string.Empty;
var parkingLots = new List <CarLot <string, Car> >()
{
LotInitialize.FillLotWithCars(10),
LotInitialize.FillLotWithCars(10),
};
string expectedTicket = null;
int expectedLoadsOfFirstParkinglot = 10;
int expectedLoadsOfSecondParkinglot = 10;
//When
string actualTicket = boy.Park(car, parkingLots, out message);
var actualLoadsOfFirstParkinglot = parkingLots[0].Count;
var actualLoadsOfSecondParkinglot = parkingLots[1].Count;
//Then
Assert.Equal(expectedTicket, actualTicket);
Assert.Equal(expectedLoadsOfFirstParkinglot, actualLoadsOfFirstParkinglot);
Assert.Equal(expectedLoadsOfSecondParkinglot, actualLoadsOfSecondParkinglot);
}
public void Should_ParkingBoy_Return_Correct_Error_Message_When_Parkinglot_Is_Full()
{
//Given
var boy = new ParkingBoy("Jack");
var parkingLots = new List <CarLot <string, Car> >()
{
LotInitialize.FillLotWithCars(10),
LotInitialize.FillLotWithCars(10),
};
string expectedMessage = "Not enough position.";
string actualMessage;
//When
var result = boy.Park(new Car("BJ_54654"), parkingLots, out actualMessage);
//Then
Assert.Equal(expectedMessage, actualMessage);
}
public void Should_ParkingBoyFecth_Return_No_Car_Given_Wrong_Tickect()
{
//Given
var boy = new ParkingBoy("Jack");
string fectchmessage = string.Empty;
var parkingLots = new List <CarLot <string, Car> >()
{
LotInitialize.FillLotWithCars(3)
};
var ticket = "SuperPark: 456213154";
Car expected = null;
//When
var result = boy.Fetch(ticket, parkingLots, out fectchmessage);
//Then
Assert.Equal(expected, result);
}
public void Should_ParkingBoyPark_Return_No_Ticket_Given_Full_Parkinglot()
{
//Given
var boy = new ParkingBoy("Jack");
string message = string.Empty;
var parkingLots = new List <CarLot <string, Car> >()
{
LotInitialize.FillLotWithCars(10),
};
var car = new Car("BJ_454867");
string expected = null;
//When
var result = boy.Park(car, parkingLots, out message);
//Then
Assert.Equal(expected, result);
}
public void Should_ParkingBoy_Return_Correct_Error_Message_Given_No_Tickect()
{
//Given
var boy = new ParkingBoy("Jack");
var parkingLots = new List <CarLot <string, Car> >()
{
LotInitialize.FillLotWithCars(3),
LotInitialize.FillLotWithCars(4),
};
Car expectedCar = null;
string expectedMessage = "Please provide your parking ticket.";
string actualMessage;
//When
var actualCar = boy.Fetch(parkingLots, out actualMessage);
//Then
Assert.Equal(expectedCar, actualCar);
Assert.Equal(expectedMessage, actualMessage);
}
public void Should_ParkingBoy_Return_Correct_Error_Message_Given_Wrong_Tickect()
{
//Given
var boy = new ParkingBoy("Jack");
var parkingLots = new List <CarLot <string, Car> >()
{
LotInitialize.FillLotWithCars(3),
LotInitialize.FillLotWithCars(4),
};
var ticket = "SuperPark: 456213154";
Car expectedCar = null;
string expectedMessage = "Unrecognized parking ticket.";
string actualMessage;
//When
var actualCar = boy.Fetch(ticket, parkingLots, out actualMessage);
//Then
Assert.Equal(expectedCar, actualCar);
Assert.Equal(expectedMessage, actualMessage);
}
public void Should_ParkingBoyFecth_Return_Right_Car()
{
//Given
var boy = new ParkingBoy("Jack");
string message = string.Empty;
string fectchmessage = string.Empty;
var parkingLots = new List <CarLot <string, Car> >()
{
LotInitialize.FillLotWithCars(3)
};
var ticket = "SuperPark: RJ_12784";
boy.Park(new Car("RJ_12784"), parkingLots, out message);
Car expected = parkingLots[0]["RJ_12784"];
//When
var result = boy.Fetch(ticket, parkingLots, out fectchmessage);
//Then
Assert.Equal(expected, result);
}
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);
}