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();
}
static void Main(string[] args)
{
Abstrcation abstraction = new RefindedAbstraction();
abstraction.Implementor = new ConcreteImplementorA();
abstraction.Operation();
abstraction.Implementor = new ConcreteImplementorB();
abstraction.Operation();
//Example
//以一杯咖啡为例，子类有四个：中杯加奶、大杯加奶、中杯不加奶、大杯不加奶。
//这四个类实际是两个角色的组合：抽象和行为。其中抽象为中杯和大杯，行为为加奶和不加奶。
//这种从分离抽象和行为的角度的方法称为桥接模式。
MakeCoffeeSingleton wmcs = new MakeCoffeeSingleton(new WhiteCoffee());
//中杯牛奶咖啡
MediumCupCoffee wmcc = new MediumCupCoffee();
wmcc.Make();
//大杯牛奶咖啡
LargeCupCoffee wlcc = new LargeCupCoffee();
wlcc.Make();
MakeCoffeeSingleton bmcs = new MakeCoffeeSingleton(new BlackCoffee());
//中杯原味咖啡
MediumCupCoffee bmcc = new MediumCupCoffee();
bmcc.Make();
//大杯原味咖啡
LargeCupCoffee blcc = new LargeCupCoffee();
blcc.Make();
Console.ReadKey();
}
