static void Main(string[] args)
{
//桥接模式
Abstraction straction = new RefinedAbstraction();
straction.SetImplementor(new ConcreteImplementorA());
straction.Operation();
straction.SetImplementor(new ConcreteImplementorB());
straction.Operation();
Console.WriteLine("----------------------------------------");
HandsetBrand hb;
hb = new HandsetBrandN();
hb.SetHandsetSoft(new Handsetgame());
hb.Run();
hb.SetHandsetSoft(new HandsetAddressList());
hb.Run();
hb = new HandsetBrandM();
hb.SetHandsetSoft(new Handsetgame());
hb.Run();
hb.SetHandsetSoft(new HandsetAddressList());
hb.Run();
Console.Read();
}
static void Main(string[] args)
{
Abstraction ab = new RefinedAbstraction();
ab.Implementor = new ConcreteImplementorFirst();
ab.Operation();
ab.Implementor = new ConcreteImplementorSecond();
ab.Operation();
}
static void Main(string[] args)
{
Abstraction ab = new RefinedAbstraction();
ab.Implementor = new ConcreteImplementorA();
ab.Operation();
ab.Implementor = new ConcreteImplementorB();
ab.Operation();
Console.ReadKey();
}
static void Main()
{
Abstraction ab = new RefinedAbstraction();
// Set implementation and call
ab.Implementor = new ConcreteImplementorA();
ab.Operation();
// Change implemention and call
ab.Implementor = new ConcreteImplementorB();
ab.Operation();
}
static void Main(string[] args)
{
Abstraction abstraction = new RefinedAbstraction();
abstraction.Implementor = new ConcreteImplementorA();
abstraction.Operation();
abstraction.Implementor = new ConcreteImplementorB();
abstraction.Operation();
Console.Read();
}
private static void Main()
{
var abstraction = new RefinedAbstraction {
Implementor = new ConcreteImplementorA()
};
abstraction.Operation();
abstraction.Implementor = new ConcreteImplementorB();
abstraction.Operation();
Console.ReadKey();
}
static void Main(string[] args)
{
Abstraction ab = new RefinedAbstraction();
// Set implementation and call
ab.Implementor = new ConcreteImplementorA();
ab.Operation();
// Change implemention and call
ab.Implementor = new ConcreteImplementorB();
ab.Operation();
// Wait for user
Console.ReadKey();
}
/// <summary>
/// The test bridge.
/// </summary>
private static void TestBridge()
{
Abstraction ab = new RefinedAbstraction();
// Set implementation and call
ab.Implementor = new ConcreteImplementorA();
ab.Operation();
// Change implemention and call
ab.Implementor = new ConcreteImplementorB();
ab.Operation();
// Wait for user
Console.ReadKey();
}
static void Main()
{
Abstraction ab = new RefinedAbstraction();
// Set implementation and call
ab.Implementor = new ConcreteImplementorA();
ab.Operation();
// Change implementation and call
ab.Implementor = new ConcreteImplementorB();
ab.Operation();
// Wait for user
Console.Read();
}
static void Main(string[] args)
{
Abstraction library = new RefinedAbstraction();
library.Implementor = new ConcreteImplementorCPU();
library.Operation();
library.Implementor = new ConcreteImplementorVideoCard();
library.Operation();
library.Implementor = new ConcreteImplementorHardDisc();
library.Operation();
Console.Read();
}
private void Start( )
{
Abstraction ab = new RefinedAbstraction();
ab.Implementor = new ConcreteImplementorA();
ab.Operation();
}
public static void Run()
{
Console.WriteLine("This structural code demonstrates the Bridge pattern which separates (decouples) the interface from its implementation. The implementation can evolve without changing clients which use the abstraction of the object.");
Abstraction ab = new RefinedAbstraction();
ab.Implementor = new ConcreteImplementorA();
ab.Operation();
ab.Implementor = new ConcreteImplementorB();
ab.Operation();
/*
* ConcreteImplementorA Operation
* ConcreteImplementorB Operation
*/
}
static void Main(string[] args)
{
Abstraction ra = new RefinedAbstraction();
ra.Operation();
Console.ReadKey();
}
static void Main()
{
Abstraction abstraction = new RefinedAbstraction
{
Implementor = new ConcreteImplementorA()
};
abstraction.Operation();
}
static void Main()
{
var abstraction = new RefinedAbstraction(new ImplementorA());
abstraction.Operation();
abstraction = new RefinedAbstraction(new ImplementorB());
abstraction.Operation();
}
static void Main()
{
Abstraction abstraction = new RefinedAbstraction
{
Implementor = new ConcreteImplementorA()
};
abstraction.Operation();
}
static void Main(string[] args)
{
Abstraction abstraction;
abstraction = new RefinedAbstraction(new ConcreteImp1());
abstraction.Operation();
abstraction = new RefinedAbstraction(new ConcreteImp2());
abstraction.Operation();
}
private static void Main(string[] args)
{
// live example
Window window = new XWindow();
window.Draw();
window = new IosWindow();
window.Draw();
Console.WriteLine();
// canonical example
var abstraction = new RefinedAbstraction();
abstraction.Implementor = new ConcreateImplementorA();
abstraction.Operation();
abstraction.Implementor = new ConcreateImplementorB();
abstraction.Operation();
}
static void Main()
{
Implementor implementor;
Abstraction abstraction;
implementor = new ConcreteImplementorA();
abstraction = new RefinedAbstraction(implementor);
abstraction.Operation();
implementor = new ConcreteImplementorB();
abstraction = new RefinedAbstraction(implementor);
abstraction.Operation();
}
static void Main(string[] args)
{
#region 结构实现
Abstraction abstraction = new RefinedAbstraction();
abstraction.Implementor = new ConcreteImplementorA();
abstraction.Operation();
abstraction.Implementor = new ConcreteImplementorB();
abstraction.Operation();
#endregion
Console.WriteLine("******************************");
#region 实践应用
MakeCoffeeSingleton whiteCoffeeSingleton = new MakeCoffeeSingleton(new WhiteCoffee());
// 中杯牛奶咖啡
MediumCupCoffee mediumWhiteCoffee = new MediumCupCoffee();
mediumWhiteCoffee.Make();
// 大杯牛奶咖啡
LargeCupCoffee largeCupWhiteCoffee = new LargeCupCoffee();
largeCupWhiteCoffee.Make();
MakeCoffeeSingleton blackCoffeeSingleton = new MakeCoffeeSingleton(new BlackCoffee());
// 中杯原味咖啡
MediumCupCoffee mediumBlackCoffee = new MediumCupCoffee();
mediumBlackCoffee.Make();
// 大杯牛奶咖啡
LargeCupCoffee largeCupBlackCoffee = new LargeCupCoffee();
largeCupBlackCoffee.Make();
#endregion
Console.ReadKey();
}
