public Car CreateCar()
{
int carCost = 0;
string model;
bool result = false;
int nummberOfBody = 0;
int nummberOfEngine = 0;
ICarBody bodyCar;
IEngine engineCar;
string enterTheCost = "Enter the cost of the car";
string choseTheBody = "Choose a car body \r\n 1.Coupe \r\n 2.Hatchback \r\n 3.Minivan ";
string choseTheEngine = "Choose a car engine \r\n 1.DieselEngine \r\n 2.ElectricalEngine \r\n 3.GasolineEngine ";
Console.WriteLine("Enter the name of the car");
model = Console.ReadLine();
InputValidation(result, enterTheCost, ref carCost, 0, 9223372036854000000);
InputValidation(result, choseTheBody, ref nummberOfBody, 1, 3);
switch (nummberOfBody)
{
case 1: bodyCar = new Coupе();;
break;
case 2:
bodyCar = new Hatchback();;
break;
case 3:
bodyCar = new Minivan();;
break;
default: bodyCar = null;
break;
}
InputValidation(result, choseTheEngine, ref nummberOfEngine, 1, 3);
switch (nummberOfEngine)
{
case 1:
engineCar = new DieselEngine();;
break;
case 2:
engineCar = new ElectricalEngine();;
break;
case 3:
engineCar = new GasolineEngine();;
break;
default:
engineCar = null;
break;
}
Console.WriteLine();
return(new Car(engineCar, bodyCar, carCost, model, IdOfCar));
}
public Car(string name, double? mileage, double weight, string additionalInfo,
Pilot pilot, double fuelTank, GasolineEngine engine)
: base(name, mileage, weight, additionalInfo, pilot)
{
if (fuelTank < 0) throw new ArgumentException("fuel tank volume can't be below or equal zero");
FuelTank = fuelTank;
Engine = engine;
FuelType = new Petrol();
AccelerationSpeed = GetAccelerationSpeed();
}
public void Should_Show_Message_With_Name_And_Speed_When_Speed_Up_Car()
{
//given
var expected = "Cool Car: speed up 30 km/h";
//when
var engine = new GasolineEngine();
var car = new Car("Cool Car", engine);
var actual = car.SpeedUp();
//then
Assert.Equal(actual, expected);
}
public void Should_Has_Gasoline_Enginee_And_Has_Speed_30()
{
//given
var expected = "Cool Car: speed up 30 km/h";
//when
var engine = new GasolineEngine();
var vehicle = new Car("Cool Car", engine);
var driver = new Driver(vehicle);
var actual = driver.SpeedUp();
//then
Assert.Equal(actual, expected);
}
public void Should_Drive_Car_And_Show_Message_When_Speed_Up()
{
//given
var expected = "Cool Car: speed up 30 km/h";
//when
var engine = new GasolineEngine();
var vehicle = new Car("Cool Car", engine);
var driver = new Driver(vehicle);
var actual = driver.SpeedUp();
//then
Assert.Equal(actual, expected);
}
public static void Main(string[] args)
{
var engine = new GasolineEngine
{
Model = "aQR25DE",
Description = "Nissan X-Trail",
Power = 175,
NumOfSparkPlugs = 4,
//Cost = 2300
Cost = 1000
};
var cylinder = new Cylinder
{
Diameter = 89,
WearOutPercent = 0
};
engine.Cylinders.Add(cylinder.Clone());
engine.Cylinders.Add(cylinder.Clone());
engine.Cylinders.Add(cylinder.Clone());
engine.Cylinders.Add(cylinder.Clone());
engine.Cylinders.Last().WearOutPercent = 80;
IValidator validator = new ObjectValidator();
IEnumerable <ValidationResult> report = validator.Validate(engine);
var errors = report.ToArray();
Console.ReadLine();
}
public SportCar(string name, double? mileage, double weight, string additionalInfo,
Pilot pilot, double fuelTank, GasolineEngine engine)
: base(name, mileage, weight, additionalInfo, pilot, fuelTank, engine)
{
DownForcePressure = 0;
}
private GasolineEngine CreateGasolineEngine(int horsePowers, EngineTypes engineTypes)
{
var engine = new GasolineEngine(horsePowers, engineTypes);
OnEngineCreation(engine);
return engine;
}
private static void OnEngineCreation(GasolineEngine engine)
{
//test engine on stand
}
