static void Main(string[] args)
{
//Console.BackgroundColor = ConsoleColor.Blue; 设置控制台颜色
//Console.ForegroundColor=ConsoleColor.White;
#region 单例模式(Singleton Pattern)【创建型】
//单线程中的单例模式
var instance = Singleton.GetInstance();
Console.WriteLine(instance.GetInfo());
//多线程中的单例模式
var instance1 = Singleton1.GetInstance();
Console.WriteLine(instance1.GetInfo("无敌"));
var s2 = Singleton1.GetInstance();
Console.WriteLine();
Console.WriteLine();
#region 线程中调用
///ParameterizedThreadStart委托是允许传参数的，ThreadStart表示无参
/// //t2线程的实例 Thread t2 = new Thread(new ThreadStart(() => { }));
Thread t1 = new Thread(new ParameterizedThreadStart((object obj) =>
{
var s1 = Singleton1.GetInstance();
//Thread.Sleep(5000);
Console.WriteLine(s1.GetInfo("我是t1线程的"));
}));
Thread t2 = new Thread(() =>
{
var ss2 = Singleton1.GetInstance();
Console.WriteLine(ss2.GetInfo("我是t2线程的"));
// Console.WriteLine("我是t2线程的" + ss2.GetInfo());
});
Thread t3 = new Thread(() =>
{
var ss3 = Singleton1.GetInstance();
// Console.WriteLine("我是t2线程的" + ss2.GetInfo());
});
t1.Start(null);
t2.Start();
t3.Start();
#endregion
#endregion
#region 设计模式原则_依赖倒置原则测试
Animal animal = new Animal();
var d_say = animal.GetSayThing(new Dog());
var f_say = animal.GetSayThing(new Fish());
Console.WriteLine(d_say);
Console.WriteLine(f_say);
Console.WriteLine(); Console.WriteLine();
#endregion
#region 工厂模式(Factory Method Pattern)【创建型】
HQ_CarFactory hq_fact = new HQ_CarFactory();
Car hq_car = hq_fact.ProductCar();
Car hq_car1 = hq_fact.ProductCar();
hq_car.Go();
hq_car1.Go();
Console.WriteLine("生产日期：" + hq_fact.GetProductDate());
Console.WriteLine("将要去往" + hq_car.GoTo("北京"));
BC_CarFactory bc_fact = new BC_CarFactory();
Car bc_car = bc_fact.ProductCar();
bc_car.Go();
Console.WriteLine("生产日期：" + hq_fact.GetProductDate());
Console.WriteLine("将要去往" + hq_car.GoTo("上海"));
Console.WriteLine();
Console.WriteLine();
#endregion
#region 建造模式(Build Pattern)【创建型】
CarDirector director = new CarDirector(); //指导者
BmwBuild bmw_builder = new BmwBuild(); //具体建造者--继承抽象建造者
director.Construct(bmw_builder); // 构造一个使用Builder接口的对象即在指导者的调用下创建产品实例
BCar baoma = bmw_builder.GetCar(); //具体产品
baoma.show();
var BcBuilder = new BenChiBuild();
director.Construct(BcBuilder);
var benchi = BcBuilder.GetCar();
benchi.show();
Console.WriteLine();
Console.WriteLine();
#endregion
#region 原型模式中的深浅clone
CopyClass c1 = new CopyClass();
c1.i = 5; c1.str = "我是原对象";
CopyClass c2 = c1.Clone1();
CopyClass c3 = c1.Clone2();
Console.WriteLine("原对象中的i={0},浅副本的i={1},深副本的i={2} ", c1.i, c2.i, c3.i);
Console.WriteLine("原对象中的str={0},浅副本的str={1},深副本的str={2} ", c1.str, c2.str, c3.str);
Console.WriteLine("修改原对象中i后");
c1.i = 10;
c1.str = "我是修改后的原对象";
c1.arr[0] = 10;
Console.WriteLine("原对象中的i={0},浅副本的i={1},深副本的i={2} ", c1.i, c2.i, c3.i);
Console.WriteLine("原对象中的str={0},浅副本的str={1},深副本的str={2} ", c1.str, c2.str, c3.str);
Console.WriteLine("原对象中的数组第一位={0},浅副本的数组第一位={1},深副本的数组第一位={2} ", c1.arr[0], c2.arr[0], c3.arr[0]);
//上述三次修改的记录中只有 数组的修改，导致浅副本中的数组跟着修改
//有人说值类型的属性不会修改，引用类型的属性会修改,但是string好像是个特例不能修改
Console.WriteLine();
Console.WriteLine();
#endregion
#region 适配器模式(Adapter Pattern)【结构型】
ITwoHoleTarget twohole = new ThreeToTwoAdapter();
twohole.Reqest();
ITwoHoleTarget_1 twohole_1 = new ThreeToToAdapter_1();
twohole_1.Request();
Console.WriteLine();
Console.WriteLine();
#endregion
#region 桥接模式（Bridge Pattern）【结构型】
PlatformImplementor SqlServer2000UinxImp = new SQLServer2000UnixImplementor();
DataBase SqlServer2000Unix = new SQLServer2000(SqlServer2000UinxImp);
SqlServer2000Unix.Create();
Console.WriteLine();
Console.WriteLine();
#endregion
#region 装饰模式（Decorator Pattern）【结构型】
House huageHouse = new HugeFengeGHouse();
AirConditionerDecorator airCond = new AirConditionerDecorator(huageHouse);
airCond.Renovation();
#region C#中的具体实现
Stream a = new MemoryStream();
BufferedStream bs = new BufferedStream(a);
#endregion
Console.WriteLine();
Console.WriteLine();
#endregion
#region 外观模式（Facade Pattern）【结构型】
F_Facade facade = new F_Facade();
facade.Method_C();
Console.WriteLine();
Console.WriteLine();
#endregion
#region 代理模式（Proxy Pattern）【结构型】
AgentPerson agentperson = new AgentPerson();
agentperson.Speak("李小璐出轨。。。。");
Console.WriteLine();
Console.WriteLine();
#endregion
#region 模板方法模式（Template Method Pattern）【行为型】
ConcreteClass jiaozi = new ConcreteClass();
jiaozi.EatingJiaoZi();//子类中new覆盖的吃饺子的方法
Console.WriteLine();
//这个才是模板方法模式的实现，上面的是覆盖的介绍
AbstractClass jz = new ConcreteClass();
jz.EatingJiaoZi();//父类中的吃饺子的方法
Console.WriteLine();
Console.WriteLine();
#endregion
#region 命令模式（Command Pattern）【行为型】
HuaAndWife worker = new HuaAndWife();
GMCommand command = new MakeDumplingCommand(worker);
PaPaInoker papa = new PaPaInoker(command);
papa.ExecuteCommand();
Console.WriteLine();
Console.WriteLine();
#endregion
#region 迭代器模式（Iterator Pattern）【行为型】
ConcreteTroopQueue troopqueue = new ConcreteTroopQueue();
I_Iterator iterator = troopqueue.GetIterator();
//I_Iterator iterator = new ConcreteIterator(troopqueue);//上面那个方式初始化，比这个好（）
try
{
while (iterator.MoveText())
{
Console.WriteLine(iterator.GetCurrent());
//iterator.Next();
}
}
finally
{
iterator.Reset();
Console.WriteLine("游标重置了。。。");
}
Console.WriteLine("流程结束");
Console.WriteLine();
Console.WriteLine();
#endregion
#region 观察者模式（Observer Pattern）【行为型】
//观察者模式（Observer Pattern）【行为型】
BankMessageSystem nanjingBankSystem = new NanJingBankMessageSystem();
Depositor zhangs = new NanJingDepositor("zhangs", 4000);
Depositor lisi = new NanJingDepositor("lisi", 3000);
Depositor wangw = new NanJingDepositor("wangw", 2000);
nanjingBankSystem.Add(zhangs);
nanjingBankSystem.Add(lisi);
nanjingBankSystem.Add(wangw);
zhangs.GetMoney(500);
nanjingBankSystem.Notify();
#region 个List比较,看看变化单个list会不会变化
int i1 = 5;
int i2 = 6;
int i3 = 7;
List <int> ll = new List <int>();
ll.Add(i1);
ll.Add(i2);
ll.Add(i3);
i1 = 5 - 3;
foreach (var l in ll)
{
//if (l < 5)
Console.WriteLine(l);//这边没变
}
Huage h_zhangs = new Huage("zhangs", 18, false);
Huage h_lisi = new Huage("lisi", 19, false);
Huage h_wangw = new Huage("wangw", 20, false);
List <Huage> h_list = new List <Huage>();
h_list.Add(h_zhangs);
h_list.Add(h_lisi);
h_list.Add(h_wangw);
h_zhangs.Age = 20; h_zhangs.Sex = true;
h_lisi.Name = "SB_lisi"; h_lisi.Sex = true;
foreach (var h in h_list)
{
if (h.Sex)
{
Console.WriteLine(h.Name + ":您的信息变了");
}
}
// （这边应该适用于引用类型，不适用于值类型,但是引用类型的string也要除外） 这边list.add()方法只是添加的该对象的内存地址，如果该对象变了，但是内存地址没变，所以list也会因对象的改变而改变。。
// 可以查看 ‘原型模式中的深浅clone’ 的学习
string s_str1 = "huage1";
string s_str2 = "huage2";
string s_str3 = "huage3";
List <string> s_list = new List <string>();
s_list.Add(s_str1);
s_list.Add(s_str2);
s_list.Add(s_str3);
s_str1 = "zhangs";
foreach (var s in s_list)
{
Console.WriteLine(s);//没有变。。。
}
#endregion
Console.WriteLine();
Console.WriteLine();
#endregion
#region 中介者模式（Mediator Pattern）【行为型】
President pre = new President();
Development development = new Development(pre);
Financial financial = new Financial(pre);
pre.SetDevelopment(development);
//pre.SetFinancial(financial);
pre.Command();
Console.WriteLine();
Console.WriteLine();
#endregion
#region 状态模式（State Pattern）【行为型】
Order order = new Order();
order.Minute = 20;
order.Action();
Console.WriteLine("**********************************");
order.Minute = 21;
order.IsCancel = true;
order.SetState(new WaitForAcceptance());
order.Action();
Console.WriteLine();
Console.WriteLine();
#endregion
#region 策略模式（Stragety Pattern）【行为型】
SalaryContext context = new SalaryContext(new NormalPeopleSalary());
context.GetSalary(1000.00);
context.Salary = new ProgrammerSalary();
context.GetSalary(5000.00);
context.Salary = new CEOSalary();
context.GetSalary(10000.00);
Console.WriteLine();
Console.WriteLine();
#endregion
#region 职责链模式（Chain of Responsibility Pattern）【行为型】
PurchaseRequest requestJiaJu = new PurchaseRequest(1000, "家具");
PurchaseRequest requestConputer = new PurchaseRequest(50000, "联想笔记本");
PurchaseRequest requestCar = new PurchaseRequest(100000, "大众汽车");
Approver manager = new Manger("部门经理_zhangs");
Approver finmanager = new FinancialManager("财务经理_lisi");
Approver ceo = new CEO("总裁_zhanghua");
manager.ProcessRequest(requestJiaJu);
finmanager.NextApprover = ceo;
finmanager.ProcessRequest(requestCar);
ceo.ProcessRequest(requestConputer);
manager.NextApprover = finmanager;
finmanager.NextApprover = ceo;
manager.ProcessRequest(requestCar);
Console.WriteLine();
Console.WriteLine();
#endregion
#region 访问者模式（Visitor Pattern）【行为型】
ShapeVisitor visitor = new CustomVisitor();
AppStructure app = new AppStructure(visitor);
Shape shape = new Rectangle();
shape.Draw(); //执行自己的操作
app.Process(shape); //执行新的操作
//shape.Accept(visitor);
#endregion
#region 备忘录模式（Memento Pattern）【行为型】
//这边需要理解一下，堆栈，值类型存放于堆中，引用类型存放于栈中
List <ContactPerson> listCP = new List <ContactPerson>()
{
new ContactPerson()
{
Name = "zhangs", MobileNum = "123"
},
new ContactPerson()
{
Name = "lisi", MobileNum = "456"
},
new ContactPerson()
{
Name = "wangw", MobileNum = "789"
}
};
//手机名单发起人
MobileBackOriginator mbOriginator = new MobileBackOriginator(listCP);
mbOriginator.Show();
//创建被弯路并保存备忘录对象
MementoManager memntoManager = new MementoManager();
memntoManager.ContactPersonMemento = mbOriginator.CreateMemento();
//更改发起人联系人列表
Console.WriteLine("--------删除最后一位联系人--------");
mbOriginator.List.RemoveAt(mbOriginator.List.Count - 1);
mbOriginator.Show();
//恢复到原始状态
Console.WriteLine("--------恢复到原始状态--------");
mbOriginator.RestoreMemento(memntoManager.ContactPersonMemento);
mbOriginator.Show();
Console.WriteLine();
Console.WriteLine();
#endregion
Console.ReadKey();
}
public ConcreteIterator(ConcreteTroopQueue list)
{
this._list = list;
this._index = -1;
}