static void Main(string[] args)
{
SendOrder _sendOrder = new SendDairyFreeOrder();
_sendOrder._restaurant = new DinerOrders();
_sendOrder.Send();
_sendOrder._restaurant = new FancyRestaurantOrders();
_sendOrder.Send();
_sendOrder = new SendGlutenFreeOrder();
_sendOrder._restaurant = new DinerOrders();
_sendOrder.Send();
_sendOrder._restaurant = new FancyRestaurantOrders();
_sendOrder.Send();
Console.ReadKey();
}
static void Main(string[] args)
{
// With the Bridge Design Pattern you create 2 layers of abstraction
// In this example I'll have an abstract class representing
// different types of devices. I also have an abstract class
// that will represent different types of remote controls
#region Restaurant
SendOrder _sendOrder = new SendDairyFreeOrder();
_sendOrder._restaurant = new DinerOrders();
_sendOrder.Send();
_sendOrder._restaurant = new FancyRestaurantOrders();
_sendOrder.Send();
_sendOrder = new SendGlutenFreeOrder();
_sendOrder._restaurant = new DinerOrders();
_sendOrder.Send();
_sendOrder._restaurant = new FancyRestaurantOrders();
_sendOrder.Send();
#endregion
#region Entertainment
// This allows me to use an infinite variety of devices and remotes
RemoteButton theTV = new TVRemoteMute(new TVDevice(1, 200));
RemoteButton theTV2 = new TVRemotePause(new TVDevice(1, 200));
// HOMEWORK --------------
RemoteButton theDVD = new DVDRemote(new DVDDevice(1, 14));
// -----------------------
Console.WriteLine("Test TV with Mute");
theTV.buttonFivePressed();
theTV.buttonSixPressed();
theTV.buttonNinePressed();
Console.WriteLine("\nTest TV with Pause");
theTV2.buttonFivePressed();
theTV2.buttonSixPressed();
theTV2.buttonNinePressed();
theTV2.deviceFeedback();
// HOMEWORK
Console.WriteLine("\nTest DVD");
theDVD.buttonFivePressed();
theDVD.buttonSixPressed();
theDVD.buttonNinePressed();
theDVD.buttonNinePressed();
#endregion
Console.ReadKey();
}
