public void GetCarByID_ShouldReturnCorrectCar()//Read
{
//Arrange
GasCar car = new GasCar("ford", "mustang", 2020);
HybridCar car2 = new HybridCar("toyota", "prius", 2019);
Car_Repo repo = new Car_Repo();
repo.AddCar(car);
repo.AddCar(car2);
string id = "2020fordmustang";
//Act
var localCar = repo.GetCarByID(id);
//assert
Assert.AreEqual(localCar.CarID, id);
}
public void AddCar()
{
Car newItem = new Car();
List <Car> _list = _carRepo.GetCars();
ushort carNum = 0;
bool numberFound = false;
bool numberCheck = true;
do
{
Console.Write("Enter an ID Number > ");
//carNum = Convert.ToUInt16(Console.ReadLine());
string verifyInput = Console.ReadLine();
if (ushort.TryParse(verifyInput, out carNum))
{
foreach (var item in _list)
{
if (item.Id == carNum)
{
numberFound = true;
}
}//foreach
if (numberFound)
{
int maxID = _list.Max(x => x.Id);
Console.WriteLine($"pick another number. FYI: The highest number in the inventory is {maxID}");
numberFound = false;
}
else
{
numberFound = false; numberCheck = false;
}
}
else
{
Console.WriteLine("Error: Invalid input. Try again."); numberCheck = true;
}
} while (numberCheck);
AddCarDetails(newItem, carNum);
_carRepo.AddCar(newItem);
Console.WriteLine();
}
public void AddCar_ShouldGetCorrectBool() //Create
{
//Arrange
HybridCar hybridCar = new HybridCar();
Car_Repo repo = new Car_Repo();
//Act
bool addResult = repo.AddCar(hybridCar);
//Assert
Assert.IsTrue(addResult);
}
public void CreatingItems()
{
SeedThis();
foreach (var item in _carList)
{
_carRepo.AddCar(item);
}
int itemCheck = _carRepo.GetCars().Count;
Assert.AreEqual(2, itemCheck);
Car item3 = new Car(3, "TestAdd", "TestModelADD", "electric", .1, .1, .1);
_carRepo.AddCar(item3);
//bool isAdded = _carRepo.AddCar(item3);
Assert.AreEqual(2, itemCheck);
Console.WriteLine(itemCheck);
itemCheck = _carRepo.GetCars().Count;
// Assert.IsTrue(isAdded);
Assert.AreEqual(3, itemCheck);
}
public void GetAllCars_ShouldReturnCorrectCollection() //Read
{
//Arrange
GasCar car = new GasCar("ford", "mustang", 2020);
Car_Repo repo = new Car_Repo();
repo.AddCar(car);
//Act
List <Car> localCars = repo.GetAllCars();
bool hasCar = localCars.Contains(car);
//Assert
Assert.IsTrue(hasCar);
}
public void UpdateExistingCar_ShouldReturnTrue() //Update a car
{
//Arrange
GasCar car = new GasCar("ford", "mustang", 2020);
GasCar car2 = new GasCar("toyota", "camry", 2019, VehicleType.Sedan, 624, 32);
Car_Repo repo = new Car_Repo();
repo.AddCar(car);
string id = "2020fordmustang";
//Act
bool UpdateResult = repo.UpdateExistingCar(id, car2);
//Assert
Assert.IsTrue(UpdateResult);
}
public void DeleteCar()//Delete a car from repo
{
//Arrange
GasCar car = new GasCar("ford", "mustang", 2020);
Car_Repo repo = new Car_Repo();
repo.AddCar(car);
string id = "2020fordmustang";
//Act
Car oldCar = repo.GetCarByID(id);
bool removeResult = repo.DeleteCar(oldCar);
//Assert
Assert.IsTrue(removeResult);
}
public void SeedCars()
{
GasCar car = new GasCar("Ford", "Mustang", 2020, VehicleType.SportsCar, 100, 19);
GasCar car2 = new GasCar("Toyota", "Camry", 2019, VehicleType.Sedan, 624, 32);
HybridCar car3 = new HybridCar("Toyota", "Prius", 2020, VehicleType.Sedan, 655, 52, 8.8);
HybridCar car4 = new HybridCar("Honda", "Accord Hybrd", 2020, VehicleType.Sedan, 614.4, 48, 1.3);
ElectricCar car5 = new ElectricCar("Tesla", "ModelS", 2020, VehicleType.Sedan, 322, 75, 10);
ElectricCar car6 = new ElectricCar("Hyundai", "Kona", 2020, VehicleType.HatchBack, 258, 64, 9);
_repo.AddCar(car);
_repo.AddCar(car2);
_repo.AddCar(car3);
_repo.AddCar(car4);
_repo.AddCar(car5);
_repo.AddCar(car6);
}
