public void shouldFuelAllCars()
{
// Tests FuelAllCars() method
// Arrange
Garage myGarage = new Garage();
myGarage.AddCar("Lexus", "CT200h", "2012");
myGarage.AddCar("Lexus", "CT200h", "2012");
Car car1 = myGarage.CheckoutCar(0);
Car car2 = myGarage.CheckoutCar(1);
car1.ToggleEngine();
car2.ToggleEngine();
car1.Accelerate();
car2.Accelerate();
car1.ToggleEngine();
car2.ToggleEngine();
myGarage.ReturnCar(0, car1);
myGarage.ReturnCar(1, car2);
// Act
myGarage.FuelAllCars();
// Assert
int combinedGasBothCars = myGarage.ParkingSpots[0].GasLevel + myGarage.ParkingSpots[1].GasLevel;
Assert.Equal(2000, combinedGasBothCars);
}
public void TestMethodAddCar()
{
List<string> list = new List<string> { "mazda", "mercedes", "yundai" };
Garage garage = new Garage(list);
Car car = new Car("mazda", false, true);
Car d = new Car("porsh", false, true);
garage.AddCar(car);
garage.AddCar(d);
}
public void AddCarMethodAlreadyHere()
{
Car car1 = new Car("mazda", false, true);
Garage myGarage = new Garage(new List <string>()
{
"mazda"
});
myGarage.AddCar(car1);
myGarage.AddCar(car1);
}
public void AddCars_Duplicates(
string firstCarRegistration,
string secondCarRegistration,
bool expectedSecondAddResult
)
{
var garage = new Garage(10);
Assert.True(garage.AddCar(firstCarRegistration));
Assert.Equal(garage.AddCar(secondCarRegistration), expectedSecondAddResult);
}
public void shouldFuelAllCars()
{
// Tests FuelAllCars() method
// Arrange
garage.AddCar("Toyota", "Corolla", "Car is off", 0, 90);
garage.AddCar("Ford", "Ranger", "Car is off", 0, 90);
// Act
garage.FuelAllCars();
// Assert
Assert.Equal(100, garage.GarageCars[0].Fuel);
Assert.Equal(100, garage.GarageCars[1].Fuel);
}
public void TestException2()
{
List <string> carTypes = new List <string>();
carTypes.Add("toyota");
carTypes.Add("honda");
Garage <Car> cars = new Garage <Car>(carTypes);
Car a = new Car("toyota", false, true);
cars.AddCar(a);
cars.AddCar(a);
}
public void shouldRemoveCarByMakeAndModel()
{
var xxx = new Garage();
xxx.AddCar("Ford", "F150");
xxx.AddCar("Ford", "Mustang");
xxx.AddCar("Volvo", "S60R");
xxx.RemoveCarByMakeAndModel("Ford", "Mustang");
Assert.Equal(2, xxx.TheGarage.Count);
}
public void TestMethodAddCar3()
{
List <string> carTypes = new List <string>();
carTypes.Add("Subaru");
carTypes.Add("Toyota");
carTypes.Add("Mitsubishi");
Garage cars = new Garage(carTypes);
cars.AddCar(new Car("Subaru", false, true));
cars.AddCar(new Car("Saab", false, true));
}
public void Return_Selected_Car()
{
Garage myGarage = new Garage();
myGarage.AddCar("Lexus", "CT200h", "2012");
myGarage.AddCar("Lambo", "Diablo", "2019");
Car checkedOutCar = myGarage.CheckoutCar(0);
checkedOutCar.ToggleEngine();
myGarage.ReturnCar(0, checkedOutCar);
Assert.True(myGarage.ParkingSpots[0].CarStarted);
}
public void shouldRemoveCarFromGarage()
{
// Tests RemoveCar() method
// Arrange
var xxx = new Garage();
// Act
xxx.AddCar();
xxx.AddCar(); //add 2
xxx.RemoveCar();
xxx.RemoveCar(); //remove 2
// Assert
Assert.Empty(xxx.TheGarage);
}
public void Garage_CapacityNotExceeded()
{
var capacity = 10;
var garage = new Garage(10);
for (int i = 0; i < capacity - 1; i++)
{
Assert.True(garage.AddCar(i.ToString()));
}
Assert.False(garage.IsFull);
Assert.True(garage.AddCar("10"));
Assert.True(garage.IsFull);
Assert.False(garage.AddCar("11"));
Assert.True(garage.IsFull);
}
public void Park(int id)
{
if (!races.Values.Any(x => x.Participants.ContainsKey(id)))
{
garage.AddCar(id);
}
}
public void RemoveCars_Mismatch(string addedRegistration, string removedRegistration, bool expectedIsNullReturn)
{
var garage = new Garage(10);
garage.AddCar(addedRegistration);
var car = garage.RemoveCar(removedRegistration);
Assert.Equal(car is null, expectedIsNullReturn);
}
public void AddCarMethodCarNull()
{
Car car1 = null;
Garage myGarage = new Garage(new List <string>()
{
"mazda"
});
myGarage.AddCar(car1);
}
public void AddCarMethodRepairMismatch()
{
Car car1 = new Car("mazda", false, false);
Garage myGarage = new Garage(new List <string>()
{
"mazda"
});
myGarage.AddCar(car1);
}
public void AddCarMethodTotalLost()
{
Car car1 = new Car("mazda", true, true);
Garage myGarage = new Garage(new List <string>()
{
"mazda"
});
myGarage.AddCar(car1);
}
public void AddCarMethodWrongGarage()
{
Car car1 = new Car("toyota", false, true);
Garage myGarage = new Garage(new List <string>()
{
"mazda"
});
myGarage.AddCar(car1);
}
public void car_is_selected()
{
Garage myGarage = new Garage();
myGarage.AddCar("Lexus", "CT200h", "2012");
Car checkedOutCar = myGarage.CheckoutCar(0);
Assert.Equal("Lexus", checkedOutCar.Make);
}
public void shouldAddCarToGarage()
{
// Tests AddCar() method
var myCars = new Garage();
// Arrange
myCars.AddCar();
// Act
Assert.NotEmpty(myCars.myGarage);
// Assert
}
public void TestException1()
{
List <string> carTypes = new List <string>();
carTypes.Add("toyota");
carTypes.Add("honda");
Garage <Car> cars = new Garage <Car>(carTypes);
Car a = null;
cars.AddCar(a);
}
public void shouldAddCarToGarage()
{
// Tests AddCar() method
var CarList = new Garage();
// Arrange
CarList.AddCar();
// Act
Assert.NotEmpty(CarList.myGarage);
// Assert
}
public void shouldFuelAllCars()
{
// Tests FuelAllCars() method
// Arrange
Garage myGarage = new Garage();
Car testCar = new Car();
Car testCar2 = new Car();
testCar.Fuel = 50;
testCar2.Fuel = 50;
myGarage.AddCar();
myGarage.AddCar();
// Act
myGarage.FuelAllCars();
// Assert
Assert.Equal(100, testCar.Fuel);
Assert.Equal(100, testCar2.Fuel);
}
public void TakeOutCarMethodCarNotReady()
{
Car car1 = new Car("mazda", false, true);
Garage myGarage = new Garage(new List <string>()
{
"mazda"
});
myGarage.AddCar(car1);
myGarage.TakeOutCar(car1);
}
public void shouldAddCarToGarage()
{
// Tests AddCar() method
// Arrange
var xxx = new Garage();
// Act
xxx.AddCar();
// Assert
Assert.NotEmpty(xxx.TheGarage);
}
public void shouldAddCarToGarage()
{
// Tests AddCar() method
// Arrange
var testGarage = new Garage();
// Act
testGarage.AddCar();
// Assert
Assert.NotEmpty(testGarage.Cars);
}
public void shouldAddCarToGarage()
{
// Tests AddCar() method
// Arrange
garage.Cars.Clear();
// Act
garage.AddCar("Ford", "Explorer");
// Assert
Assert.Single(garage.Cars);
}
public void TestMethodAddCar4()
{
List <string> carTypes = new List <string>();
carTypes.Add("Subaru");
carTypes.Add("Toyota");
carTypes.Add("Mitsubishi");
Garage cars = new Garage(carTypes);
Car a = null;
cars.AddCar(a);
}
public void FixCarMethod()
{
Car car1 = new Car("mazda", false, true);
Garage myGarage = new Garage(new List <string>()
{
"mazda"
});
myGarage.AddCar(car1);
myGarage.FixCar(car1);
Assert.AreEqual(false, car1.NeedsRepair);
}
public void shouldAddCarToGarage()
{
// Tests AddCar() method
// Arrange
var garage = new Garage();
// Act
garage.AddCar(make, model);
// Assert
Assert.NotEmpty(garage.CarList);
}
public void shouldRemoveCarFromGarage()
{
// Tests RemoveCar() method
// Arrange
Garage myGarage = new Garage();
// Act
myGarage.AddCar("Lexus", "CT200h", "2012");
myGarage.RemoveCar(0);
// Assert
Assert.Empty(myGarage.ParkingSpots);
}
