软件设计师23种设计模式总结.docxVIP

　创建型结构型行为型类Factory MethodAdapterInterpreterTemplate Method对象Abstract FactoryBuilderPrototypeSingletonApapter(对象)BridgeCompositeDecoratorFa?adeFlyweightProxyChain of ResponsibilityCommandIteratorMediatorMementoObserverStateStrategyVisitorAbstract Factory（抽象工厂）提供一个创建一系列相关或互相依赖对象的接口，而无须制定它们具体的类。Abstract Factory抽象工厂 class Program { static void Main(string[] args) { AbstractFactory factory1 = new ConcreteFactory1(); Client c1 = new Client(factory1); c1.Run(); AbstractFactory factory2 = new ConcreteFactory2(); Client c2 = new Client(factory2); c2.Run(); Console.Read(); } } abstract class AbstractFactory { public abstract AbstractProductA CreateProductA(); public abstract AbstractProductB CreateProductB(); } class ConcreteFactory1 : AbstractFactory { public override AbstractProductA CreateProductA() { return new ProductA1(); } public override AbstractProductB CreateProductB() { return new ProductB1(); } } class ConcreteFactory2 : AbstractFactory { public override AbstractProductA CreateProductA() { return new ProductA2(); } public override AbstractProductB CreateProductB() { return new ProductB2(); } } abstract class AbstractProductA { } abstract class AbstractProductB { public abstract void Interact(AbstractProductA a); } class ProductA1 : AbstractProductA { } class ProductB1 : AbstractProductB { public override void Interact(AbstractProductA a) { Console.WriteLine(this.GetType().Name + interacts with + a.GetType().Name); } } class ProductA2 : AbstractProductA { } class ProductB2 : AbstractProductB { public override void Interact(AbstractProductA a) { Console.WriteLine(this.GetType().Name + interacts with + a.GetType().Name); } } class Client { private AbstractProductA AbstractProductA; private AbstractProductB AbstractProductB; // Constructor public Client(AbstractFactory factory) { AbstractProductB = factory.CreateProductB(); AbstractProductA = factory.CreateProductA(); } public void Run() { AbstractProductB.Interact(AbstractProductA); } }Builder（生成器）将一个复杂对象的构建与它的表