橋接模式：
將抽象部分和它的實現部分相分離開來，以使它們能夠單獨地變化。

UML圖：

主要包含：

1. Abstraction:定義了抽象部分的接口。操作一個實現部分對象的引用。

2. RefinedAbstraction:繼承自抽象部分的類。
3. Implementor：實現部分的接口。
4. ConcreteImplementor：實現了Implementor定義的接口的詳細類。

C++代碼例如以下：

#include <iostream>


using namespace std;

class Implementor
{
    public:
    virtual
 
 void operationImpl()=0;
};

class ConcreteImplementorA:public Implementor
{
    public:
    void operationImpl()
    {
        cout<<"ConcreteImplementorA::operationImpl"<<endl;
    }

};

class ConcreteImplementorB:public Implementor
{
    public:
    void operationImpl()
    {
        cout<<"ConcreteImplementorB::operationImpl"
 
<<endl;
    }

};

class Abstraction
{
    public:
        virtual void operation()=0;
        void setImplementor(Implementor * i)
        {
            impl=i;
        }
        Implementor * getImplementor()
        {
                return impl;
        }
    protected:
        Implementor * impl;     
};

class RefinedAbstraction:public
 
 Abstraction
{
    public:
        void operation()
        {
            impl->operationImpl();
        }
};

int main()
{
    cout<<"橋接模式樣例"<<endl;
    Abstraction * ab=new RefinedAbstraction();
    Implementor * cia=new ConcreteImplementorA();
    ab->setImplementor(cia);
    ab->operation();
    Implementor * cib=new ConcreteImplementorB();
    ab->setImplementor(cib);
    ab->operation();
    delete cia;
    delete cib;
    delete ab;
    return 0;
}

運行輸出：

以下是一個詳細的樣例，看這個詳細的樣例可能好理解一些,摘自大話設計模式：

1. Abstraction為Phone(手機)。
2. RefinedAbstraction為Samsung(三星手機)。Huawei(華為手機)。
3. Implementor為Game(手機遊戲)。
4. ConcreteImplementor為NeedForSpeed(極品飛車)。QQGame(QQ遊戲)，FruitNinjia(水果忍者)。

UML類圖為：

C++代碼：

#include <iostream>

using namespace std;

class Game
{
    public:
    virtual void play()=0;
};

class NeedForSpeed :public Game
{
    public:
    virtual void play()
    {
        cout<<"need for speed play"<<endl;
    }
};

class QQGame :public Game
{
    public:
    virtual void play()
    {
        cout<<"QQGame play"<<endl;
    }
};

class FruitNinjia:public Game
{
    public:
    virtual void play()
    {
        cout<<"Fruit Ninjia play"<<endl;
    }
};

class Phone
{
    public:
    virtual void run()=0;
    void setGame(Game *g)
    {   
        game=g;
    }   
    Game * getGame()
    {
        return game;
    }
    protected:
    Game *game;
};


class Samsung:public Phone
{
    public:
    virtual void run()
    {
        cout<<"Samsung :";
        game->play();
    }
};

class HuaWei:public Phone
{
    public:
    virtual void run()
    {
        cout<<"HuaWei :";
        game->play();
    }

};

int main()
{
    cout<<"橋接模式真實的樣例，不同的手機品牌和手機遊戲"<<endl;
    Phone *samsung=new Samsung();
    Phone *huawei=new HuaWei();
    Game * needForSpeed=new NeedForSpeed();
    Game * qqGame=new QQGame();
    Game * fruit=new FruitNinjia();
    samsung->setGame(qqGame);
    samsung->run();
    huawei->setGame(needForSpeed);
    huawei->run();
    samsung->setGame(fruit);
    samsung->run();
    delete samsung;
    delete huawei;
    delete needForSpeed;
    delete qqGame;
    delete fruit;
    return 0;

}

運行輸出：

設計模式之十八：橋接模式（Bridge）