void MyAwake()
{
spawnedCar = new CarManager.Car[4];
spawnedBonus = new CarManager.Car[4];
for (int i = 0; i < 4; i++)
{
spawnedCar[i] = new CarManager.Car();
spawnedCar[i].velocity.z = -speed;
}
for (int i = 0; i < 4; i++)
{
spawnedBonus[i] = new CarManager.Car();
}
manager = gameObject.GetComponent <CarManager>();
gameOver = false;
canSpawn = true;
DataLoader dl = new DataLoader();
dl.LoadData();
spawnSeq = dl.spSeq;
forestSeq = dl.forestSeq;
spawnStartEntities();
}
public void Drive_Car_Invalid()
{
string make = "Kiro";
string model = "BWM";
double fuelConsumption = 30;
double fuelCapacity = 40;
var car =
new CarManager.Car(make, model, fuelConsumption, fuelCapacity);
Assert.Throws <InvalidOperationException>(() => car.Drive(50));
}
public void Try_Reful_Car_Invalid(double amount)
{
string make = "Kiro";
string model = "BWM";
double fuelConsumption = 30;
double fuelCapacity = 40;
var car =
new CarManager.Car(make, model, fuelConsumption, fuelCapacity);
Assert.Throws <ArgumentException>(() => car.Refuel(amount));
}
public void Success_Refuel_Car()
{
string make = "Kiro";
string model = "BWM";
double fuelConsumption = 30;
double fuelCapacity = 40;
var car =
new CarManager.Car(make, model, fuelConsumption, fuelCapacity);
car.Refuel(30);
Assert.AreEqual(car.FuelAmount, 30);
}
public void Success_Create_Car()
{
string make = "Kiro";
string model = "BWM";
double fuelConsumption = 30;
double fuelCapacity = 40;
var car =
new CarManager.Car(make, model, fuelConsumption, fuelCapacity);
Assert.AreEqual(car.Make, "Kiro");
Assert.AreEqual(car.Model, "BWM");
Assert.AreEqual(car.FuelConsumption, 30);
Assert.AreEqual(car.FuelCapacity, 40);
}
public void Setup()
{
car = new CarManager.Car(MAKE, MODEL, F_CONSUMPTION, F_CAPACITY);
}
public void Setup()
{
car = new CarManager.Car("VW", "Golf", 8.0, 200.0);
}