//#include "factorypattern/shapefactory.h"
//#include "proxypattern/interface.h"
//#include "templatepattern/interface.h"
//#include "strategypattern/context.h"
//#include "flyweightpattern/shapefactory.h"
//#include "visitorpattern/son.h"
//#include "mediatorpattern/usr.h"
//#include "observerpattern/subject.h"
//#include "statepattern/interface.h"
//#include "commandpattern/broker.h"
//#include "decoratorpattern/second_interface.h"
//#include "bridgepattern/second_interface.h"
//#include "iteratorpattern/interface.h"
//#include "compositepattern/employee.h"
//#include "facadepattern/shapemaker.h"
//#include "adapterpattern/second_interface.h"
//#include "abstractfactorypattern/factoryproducer.h"
//#include "builderpattern/meakbuilder.h"
//#include "prototypepattern/interface.h"
//#include "interpreterpattern/interface.h"
#include "chainofresponsibilitypattern/interface.h"
#include "mementopattern/originator.h"
#include "mementopattern/caretaker.h"

int main()
{
    //工厂模式
    /*
    ShapeFactory shapeFactory;
    Circle *circle = static_cast<Circle*>(shapeFactory.getShape("Circle"));
    circle->draw();
    cout << endl;
    Square *square = static_cast<Square*>(shapeFactory.getShape("Square"));
    square->draw();
    cout << endl;
    Rectangle *rectangle = static_cast<Rectangle*>(shapeFactory.getShape("Rectangle"));
    rectangle->draw();
    */
    //代理模式
    /*
    Image *image = new ProxyImage("maoye.jpg");
    image->display();
    */
    //模板模式
    /*
    Game *game = new Cricket();
    game->play();
    cout << endl;
    game = new Football();
    game->play();
    */
    //策略模式
    /*
    Strategy *operationAdd = new OperationAdd();
    Strategy *operationSubstract = new OperationSubstract();
    Strategy *operationMultiply = new OperationMultiply();
    Context *context = new Context(operationAdd);
    cout << "10 + 5 = " << context->executeStrategy(10, 5) << endl;
    context = new Context(operationSubstract);
    cout << "10 - 5 = " << context->executeStrategy(10, 5) << endl;
    context = new Context(operationMultiply);
    cout << "10 * 5 = " << context->executeStrategy(10, 5) << endl;
    */
    //享元模式
    /*
    ShapeFactory shapeFactory;
    string array[] = { "Red", "Blue", "Red", "Yellow", "Blue" };
    for (auto color : array)
    {
        int x = rand() % 100;
        int y = rand() % 100;
        int radius = rand() % 100;
        Circle *circle = static_cast<Circle*>(shapeFactory.getCircle(color));
        circle->setX(x);
        circle->setY(y);
        circle->setRadius(radius);
        circle->draw();
    }
    */
    //访问者模式
    /*
    ComputerPartDisplayVisitor *cp = new ComputerPartDisplayVisitor();
    ComputerPart *computer = new Computer();
    ComputerPart *mouse = new Mouse();
    ComputerPart *keyboard = new Keyboard();
    ComputerPart *monitor = new Monitor();
    computer->accept(cp);
    cout << endl;
    mouse->accept(cp);
    keyboard->accept(cp);
    monitor->accept(cp);
    */
    //中介者模式
    /*
    User *user1 = new User("Billy");
    User *user2 = new User("Kitty");
    User *user3 = new User("Alice");
    cout << endl;
    user1->showMessage("hello");
    user2->showMessage("world");
    user3->showMessage("!");
    */
    //观察者模式
    /*
    Subject *subject = new Subject(10);
    Observer *binaryObserver = new BinaryObserver();
    Observer *octalObserver = new OctalObserver();
    Observer *hexaObserver = new HexaObserver();
    subject->attach(binaryObserver);
    subject->attach(octalObserver);
    subject->attach(hexaObserver);
    cout << subject->getState() << endl;
    subject->setState(20);
    cout << subject->getState() << endl;
    */
    //状态模式
    /*
    Context *context = new Context();
    State *startState = new StartState();
    startState->doAction(context);
    cout << context->getState()->getString() << endl;
    State *stopState = new StopState();
    stopState->doAction(context);
    cout << context->getState()->getString() << endl;
    */
    //命令模式
    /*
    Stock *stock = new Stock();
    Order * buyStock = new BuyStock(stock);
    Order * sellStock = new SellStock(stock);
    Broker * broker = new Broker();
    broker->addOrder(buyStock);
    broker->addOrder(sellStock);
    broker->executeAllOrder();
    */
    //装饰模式
    /*
    Shape *circle = new Circle();
    ShapeDecorator *redCircle = new RedShapeDecorator(new Circle());
    ShapeDecorator *redRectangle = new RedShapeDecorator(new Rectangle());
    circle->draw();
    cout << endl;
    redCircle->draw();
    cout << endl;
    redRectangle->draw();
    */
    //桥接模式
    /*
    DrawApi *redDrawApi = new RedCircle();
    DrawApi *greenDrawApi = new GreenCircle();
    Shape *redCircle = new Circle(100, 10, 10, redDrawApi);
    Shape *greenCircle = new Circle(100, 10, 10, greenDrawApi);
    redCircle->draw();
    greenCircle->draw();
    */
    //迭代器模式
    /*
    std::vector<string> vector;
    vector.push_back("Billy");
    vector.push_back("Alice");
    vector.push_back("Kitty");
    vector.push_back("Ben");
    vector.push_back("Jason");
    vector.push_back("Jack");
    vector.push_back("Miss");
    NameRepository *nameRepository = new NameRepository(0, vector);
    for(Iterator *iterator = nameRepository->getIterator(); iterator->hasNext();)
    {
        cout << iterator->next() << endl;
    }
    */
    //组合模式
    /*
    Employee *CEO = new Employee("Billy", "CEO", 50000);
    Employee *vice_president = new Employee("Killy", "vice_president", 40000);
    Employee *lead_engineer = new Employee("Ben", "lead_engineer", 40000);
    Employee *marketing_manager1 = new Employee("Jason", "marketing_manager1", 30000);
    Employee *marketing_manager2 = new Employee("Jon", "marketing_manager2", 30000);
    Employee *artisan1 = new Employee("Alice", "artisan1", 10000);
    Employee *artisan2 = new Employee("Sam", "artisan2", 10000);
    CEO->add(vice_president);
    CEO->add(lead_engineer);
    vice_president->add(marketing_manager1);
    vice_president->add(marketing_manager2);
    lead_engineer->add(artisan1);
    lead_engineer->add(artisan2);
    cout << endl << "CEO: " << CEO->getDetails() << endl;
    for (auto employee : CEO->getVector())
    {
        cout << endl << "Leader: " << employee->getDetails() << endl;
        cout << "Employee: " << endl;
        for (auto e : employee->getVector())
        {
            cout << e->getDetails() << endl;
        }
    }
    */
    //外观模式
    /*
    ShapeMaker shapeMaker;
    shapeMaker.drawCircle();
    shapeMaker.drawSquare();
    shapeMaker.drawRectangle();
    */
    //适配器模式
    /*
    AudioPlayer *audioPlayer = new AudioPlayer();
    audioPlayer->play("mp3", "beyond the horizon.mp3");
    audioPlayer->play("mp4", "alone.mp4");
    audioPlayer->play("vlc", "far far away.vlc");
    audioPlayer->play("avi", "mind me.avi");
    */
    //抽象工厂模式
    /*
    FactoryProducer factoryProducer;
    AbstractFactory * shapeFactory = factoryProducer.getFactory("ShapeFactory");
    AbstractFactory * colorFactory = factoryProducer.getFactory("ColorFactory");
    cout << endl;
    Shape * circle = shapeFactory->getShape("Circle");
    circle->draw();
    cout << endl;
    Shape * square = shapeFactory->getShape("Square");
    square->draw();
    cout << endl;
    Shape * rectangle = shapeFactory->getShape("Rectangle");
    rectangle->draw();
    cout << endl;
    Color * red = colorFactory->getColor("Red");
    red->fill();
    cout << endl;
    Color * green = colorFactory->getColor("Green");
    green->fill();
    cout << endl;
    Color * blue = colorFactory->getColor("Blue");
    blue->fill();
    */
    //建造者模式
    /*
    MealBuilder * mealBuilder = new MealBuilder();
    Meal * vegMeal = mealBuilder->prepareVegMeal();
    cout << "Veg Meal" << endl;
    vegMeal->showFoods();
    cout << "Total Cost: " << vegMeal->getCost() << endl;
    Meal * nonVegMeal = mealBuilder->prepareNonVegMeal();
    cout << "\n\nNon-Veg Meal" << endl;
    nonVegMeal->showFoods();
    cout << "Total Cost: " << nonVegMeal->getCost() << endl;
    */
    //原型模式
    /*
    Shape *circle1 = new Circle("circle");
    circle1->test();
    cout << endl;
    Shape *circle2 = circle1->clone();
    circle2->test();
    cout << endl;
    if (circle1 == circle2)
    {
        cout << "same" << endl;
    }
    else
    {
        cout << "different" << endl;
    }
    */
    //解析器模式
    /*
    Expression *robert = new TerminalExpression("Robert");
    Expression *john = new TerminalExpression("John");
    Expression *isMale = new OrExpression(robert, john);
    Expression *julie = new TerminalExpression("Julie");
    Expression *married = new TerminalExpression("Married");
    Expression *isMarriedWoman = new AndExpression(julie, married);
    string ret1 = isMale->interpret("John") ? "true" : "false";
    string ret2 = isMarriedWoman->interpret("Married Julie") ? "true" : "false";
    cout << endl;
    cout << "John is male? " + ret1 << endl;
    cout << "Julie is a married women? " + ret2 << endl;
    */
    //责任链模式

    AbstractLogger *errorLogger = new ErrorLogger(AbstractLogger::ERROR);
    AbstractLogger *fileLogger = new FileLogger(AbstractLogger::DEBUG);
    AbstractLogger *consoleLogger = new ConsoleLogger(AbstractLogger::INFO);
    cout << endl;
    errorLogger->setNextLogger(fileLogger);
    fileLogger->setNextLogger(consoleLogger);
    errorLogger->logMessage(AbstractLogger::INFO, "This is an information");
    errorLogger->logMessage(AbstractLogger::DEBUG, "This is an debug level information");
    errorLogger->logMessage(AbstractLogger::ERROR, "This is an error information");
    cout << endl;
    fileLogger->logMessage(AbstractLogger::INFO, "This is an information");
    fileLogger->logMessage(AbstractLogger::DEBUG, "This is an debug level information");
    fileLogger->logMessage(AbstractLogger::ERROR, "This is an error information");

    //备忘录模式
    /*
    Originator *originator = new Originator();
    Caretaker *caretaker = new Caretaker();
    originator->setState("state #1");
    caretaker->add(originator->saveStateToMemento());
    originator->setState("state #2");
    caretaker->add(originator->saveStateToMemento());
    originator->setState("state #3");
    caretaker->add(originator->saveStateToMemento());
    originator->setState("state #4");
    caretaker->add(originator->saveStateToMemento());
    originator->setState("state #5");
    caretaker->add(originator->saveStateToMemento());
    cout << endl;
    for(size_t i = 0; i < caretaker->getVectorLength(); i++)
    {
        originator->getStateFromMemento(caretaker->getMemento(i));
        cout << "current state: " + originator->getState() << endl;
    }
    */
    return 0;
}