public ICar viewCar(CarType carType)
{
ICar car;
switch (carType)
{
case CarType.HONDA:
car = new Honda();
car.view();
return(car);
case CarType.KIA:
car = new KiA();
car.view();
return(car);
case CarType.TOYOTA:
car = new Toyota();
car.view();
return(car);
default:
car = new Honda();
car.view();
return(car);
}
}
static void Main(string[] args)
{
// Honda
Honda honda = new Honda();
VehicleFactory vehicleFactoryHonda = new VehicleFactory(honda);
Bike hondaBike = vehicleFactoryHonda.GetBike();
Console.WriteLine(hondaBike.BikeName);
Car hondaCar = vehicleFactoryHonda.GetCar();
Console.WriteLine(hondaCar.CarName);
// Mercedes
Mercedes mercedes = new Mercedes();
VehicleFactory vehicleFactoryMercedes = new VehicleFactory(mercedes);
Bike MercedesBike = vehicleFactoryMercedes.GetBike();
Console.WriteLine(MercedesBike.BikeName);
Car MercedesCar = vehicleFactoryMercedes.GetCar();
Console.WriteLine(MercedesCar.CarName);
Console.ReadLine();
}
static void Main(string[] args)
{
Kawasaki motor = new Kawasaki("ZX6R", "green", 2020, 85000, 280, 0.6);
//Honda motor = new Honda("cbr650r", "red", 2019, 90000, 250);
//Kawasaki motor2 = new Kawasaki("ZX6R", "green", 2020, 161000, 280,0.6);
string priceType = GetPriceState(motor);
WriteLine($"Gerçekten {priceType}");
decimal price = GetPriceWithTax(motor);
WriteLine($"Motor Son Fiyatı {price}");
//string priceType2 = GetPriceState(motor2);
//WriteLine($"Gerçekten {priceType2}");
Honda honda = null;
Kawasaki kawasaki = new Kawasaki("ZX6R", "green", 2020, 85000, null, 0.6);
Motor vehcile = honda ?? kawasaki;
WriteLine("Vehcile: " + vehcile);
int?maxSpeed = vehcile is Kawasaki? ((Kawasaki)vehcile).maxSpeed ?? 0 : null; // nullable value type
WriteLine("Vehcile Max Speed: " + maxSpeed);
}
private Vehicle CreateVehicle(XElement element)
{
Vehicle vehicle = null;
switch (element.Name.ToString())
{
case "Benz":
vehicle = new Benz();
break;
case "Honda":
vehicle = new Honda();
break;
case "Ferrari":
vehicle = new Ferrari();
break;
default:
break;
}
vehicle.Name = (string)element.Element("Name");
vehicle.Text = vehicle.Name;
return(vehicle);
}
static void main()
{
int speed = GetSpeed();
var my = new Toyota();
var myOther = new Honda();
my.Drive(speed);
myOther.Drive(speed);
}
static void Main(string[] args)
{
var car = new Honda();
var model = new Model(car);
var result = model.GetType().Name();
// service.BemVindo("dev team!!");
Console.WriteLine(result);
}
static void ExecuteProblem2FactoryPattern()
{
Honda objHonda = new Honda();
objHonda.GetCarModel();
BMW objBMW = new BMW();
objBMW.GetCarModel();
// If we want to add new class then we need to modify client code also.
Nano objNano = new Nano();
objNano.GetCarModel();
}
static void Main(string[] args)
{
Honda car = new Honda();
Console.WriteLine("Honda base price is: {0}", car.Price);
SpecialOffer offer = new SpecialOffer(car);
offer.DiscountPercentage = 25;
offer.Offer = "25% discount";
Console.WriteLine("{1} @ Diwali Special Offer and price is : {0}", offer.Price, offer.Offer);
Console.ReadKey();
}
private void RelatedCalls()
{
Console.WriteLine("##RELATED CALLS:" + Environment.NewLine);
Console.WriteLine("*Car Factory:");
Factory <Car> carFactory = new Factory <Car>();
// Example of using interface functions.
IProduct <Car> carProduct = carFactory.Create <Toyota>();
carProduct.Operate();
//carProduct.ToyotaSpecificOperation(); // Not in interface.
//IProduct<Plane> planeProduct = carFactory.Create<Honda>(); // Cannot implicitly convert "Honda" to "IProduct<Plane>".
//Toyota toyota = carFactory.Create<Honda>(); // Cannot implicitly convert "Honda" to "Toyota".
// Example of using a product specific function.
Honda honda = carFactory.Create <Honda>();
honda.Operate();
honda.HondaSpecificOperation();
Console.WriteLine();
Console.WriteLine("*Plane Factory:");
Factory <Plane> planeFactory = new Factory <Plane>();
//IProduct<Car> bad = planeFactory.Create<Boeing>(); // Cannot implicitly convert type "Boeing" to "ICarProduct".
IProduct <Plane> boeing = planeFactory.Create <Boeing>();
boeing.Operate();
Console.WriteLine();
Console.WriteLine("*Car and Plane Factory:");
//carFactory.Create<Boeing>(); // "Boeing" must be convertible to "IProduct<Car>".
//planeFactory.Create<Honda>(); // "Honda" must be convertible to "IProduct<Plane>".
//planeFactory.Create<Toyota>(); // "Toyota" must be convertible to "IProduct<Plane>".
Saab saab1 = carFactory.Create <Saab>();
saab1.Operate();
saab1.SaabSpecificOperation();
Saab saab2 = planeFactory.Create <Saab>();
saab2.Operate();
saab2.SaabSpecificOperation();
Console.WriteLine();
}
static void Main(string[] args)
{
Console.WriteLine("The motorcycle");
Zero Motorcycle = new Zero();
Motorcycle.MaximumOccupancy = "2";
Console.WriteLine($"Motorcycle max occupancy: {Motorcycle.MaximumOccupancy}");
Motorcycle.ChargeBattery();
Motorcycle.Drive();
Motorcycle.Stop("motorcycle");
Console.WriteLine("The Tesla");
Tesla Car = new Tesla();
Car.MaximumOccupancy = "5";
Console.WriteLine($"Car max occupancy: {Car.MaximumOccupancy}");
Car.SelfDriving = true;
Console.WriteLine($"Car self driving: {Car.SelfDriving}");
Car.ChargeBattery();
Car.Drive();
Console.WriteLine("The Ram");
Ram Truck = new Ram();
Truck.MaximumOccupancy = "2";
Console.WriteLine($"Truck max occupancy: {Truck.MaximumOccupancy}");
Truck.TowCapacity = "1 ton";
Console.WriteLine($"Truck tow capacity: {Truck.TowCapacity}");
Truck.Drive();
Truck.Turn("left");
Console.WriteLine("The Plane");
Cessna Plane = new Cessna();
Plane.MaximumOccupancy = "4";
Console.WriteLine($"Plane max occupancy: {Plane.MaximumOccupancy}");
Plane.Drive();
Plane.Stop("plane");
Console.WriteLine("The CR-V");
Honda Crv = new Honda();
Crv.MaximumOccupancy = "5";
Console.WriteLine($"CRV max occupancy: {Crv.MaximumOccupancy}");
Crv.Drive();
Crv.Turn("right");
}
static void Main(string[] args)
{
Honda honda = null;
Kawasaki kawasaki = new("ZX6R", "green", 2020, 85000, 280, 0.6);
Motor vehicle = honda ?? kawasaki; //null kontrolü
Console.WriteLine("Vehicle: " + vehicle);
Kawasaki kawasaki2 = new("ZX6R", "green", 2020, 85000, 0, 0.6);
Motor vehicle2 = honda ?? kawasaki2;
int? maxSpeed = vehicle2 is Kawasaki ? ((Kawasaki)vehicle2).maxSpeed : null; // nullable value
Console.WriteLine("Vehicle Max Speed: " + maxSpeed);
Console.ReadKey();
}
public ICar GetCar(Brand brand)
{
ICar car = null;
switch (brand)
{
case Brand.Nissan:
car = new Nissan();
break;
case Brand.Honda:
car = new Honda();
break;
default:
break;
}
return(car);
}
public void CreateSomething()
{
Factory <Car> carFactory = new Factory <Car>();
Honda myNewCar = carFactory.Create <Honda>();
}
public static void Run()
{
var honda = new Honda();
honda.Drive(100, 80);
}
public static void Main()
{
// TESTING THE METHOD
var toyota = new Toyota();
var demhamVal = new DenhamVale();
CalulateSdt(demhamVal.DistanceInMiles, toyota.SpeedMph);
Console.WriteLine("Welcome To My Program");
Console.WriteLine("Please See List and pick a car for your journey: ");
Toyota t = new Toyota();
t.Intro();
t.Speed();
t.Engine();
Fiat f = new Fiat();
f.Intro();
f.Speed();
f.Engine();
Honda h = new Honda();
h.Intro();
h.Speed();
h.Engine();
string input;
input = Console.ReadLine();
if (string.Equals(A, input, StringComparison.CurrentCultureIgnoreCase))
{
string input2;
Console.WriteLine("You have chosen to drive the toyota." + Environment.NewLine + "Please pick a route: ");
List <Route> Routes = new List <Route>();
Routes.Add(new CandyLane());
Routes.Add(new BostonAvenue());
Routes.Add(new DenhamVale());
foreach (Route Route in Routes)
{
Route.Intro();
Route.Distance();
Route.SurfaceType();
}
input2 = Console.ReadLine();
if (string.Equals(D, input2, StringComparison.CurrentCultureIgnoreCase))
{
string input3;
Console.WriteLine("You have chosen: Candy Lane" + Environment.NewLine + "Is it raining or sunny?");
input3 = Console.ReadLine();
if (string.Equals(R, input3, StringComparison.CurrentCultureIgnoreCase))
{
Console.WriteLine("You have chosen Raining. + 10 minutes...");
}
}
else if (string.Equals(E, input2, StringComparison.CurrentCultureIgnoreCase))
{
Console.WriteLine("You have chosen: Boston Avenue" + Environment.NewLine + "Is it raining or sunny?");
}
else if (string.Equals(F, input2, StringComparison.CurrentCultureIgnoreCase))
{
Console.WriteLine("You have chosen: Denham Vale" + Environment.NewLine + "Is it raining or sunny?");
}
else
{
Console.WriteLine("This Route Doesnt Exsist");
}
}
else if (string.Equals(B, input, StringComparison.CurrentCultureIgnoreCase))
{
string input2;
Console.WriteLine("You have chosen to drive the Fiat." + Environment.NewLine + "Please pick a route: ");
List <Route> Routes = new List <Route>();
Routes.Add(new CandyLane());
Routes.Add(new BostonAvenue());
Routes.Add(new DenhamVale());
foreach (Route Route in Routes)
{
Route.Intro();
Route.Distance();
Route.SurfaceType();
}
input2 = Console.ReadLine();
if (string.Equals(D, input2, StringComparison.CurrentCultureIgnoreCase))
{
Console.WriteLine("You have chosen: Candy Lane" + Environment.NewLine + "Is it raining or sunny?");
}
}
else if (string.Equals(C, input, StringComparison.CurrentCultureIgnoreCase))
{
string input2;
Console.WriteLine("You have chosen to drive the Honda." + Environment.NewLine + "Please pick a route: ");
List <Route> Routes = new List <Route>();
Routes.Add(new CandyLane());
Routes.Add(new BostonAvenue());
Routes.Add(new DenhamVale());
foreach (Route Route in Routes)
{
Route.Intro();
Route.Distance();
Route.SurfaceType();
}
input2 = Console.ReadLine();
if (string.Equals(D, input2, StringComparison.CurrentCultureIgnoreCase))
{
Console.WriteLine("You have chosen: Candy Lane" + Environment.NewLine + "Is it raining or sunny?");
}
}
}
