一、简单工厂

1.1 使用场景

  1、工厂类负责创建的对象比较少;

  2、客户只知道传入工厂类的参数,对于如何创建对象(逻辑)不关心;

  3、由于简单工厂很容易违反高内聚责任分配原则,因此一般只在很简单的情况下应用。

1.2 优缺点

  优点:

  工厂类是整个模式的关键.包含了必要的逻辑判断,根据外界给定的信息,决定究竟应该创建哪个具体类的对象.通过使用工厂类,外界可以从直接创建具体产品对象的尴尬局面摆脱出来,仅仅需要负责“消费”对象就可以了。而不必管这些对象究竟如何创建及如何组织的.明确了各自的职责和权利,有利于整个软件体系结构的优化。

  缺点:

  由于工厂类集中了所有实例的创建逻辑,违反了高内聚责任分配原则,将全部创建逻辑集中到了一个工厂类中;它所能创建的类只能是事先考虑到的,如果需要添加新的类,则就需要改变工厂类了。

  当系统中的具体产品类不断增多时候,可能会出现要求工厂类根据不同条件创建不同实例的需求.这种对条件的判断和对具体产品类型的判断交错在一起,很难避免模块功能的蔓延,对系统的维护和扩展非常不利;

  这些缺点在工厂方法模式中得到了一定的克服。

1.3 结构与角色

a、简单工厂模式类图:

  该模式中包含的角色及其职责:

  1、工厂(Creator)角色

  简单工厂模式的核心,它负责实现创建所有实例的内部逻辑。工厂类可以被外界直接调用,创建所需的产品对象。

  2、抽象产品(Product)角色

  简单工厂模式所创建的所有对象的父类,它负责描述所有实例所共有的公共接口。

  3、具体产品(Concrete Product)角色

  是简单工厂模式的创建目标,所有创建的对象都是充当这个角色的某个具体类的实例。

具体代码:

 //抽象产品角色
interface Board{ public void createBoard();
}
//具体产品角色
class GigabyteBoard implements Board{ public void createBoard() {
// TODO Auto-generated method stub
System.out.println("生产-->技嘉主板");
}
}
//具体产品角色
class AsusBoard implements Board{ public void createBoard() {
// TODO Auto-generated method stub
System.out.println("生产-->华硕主板");
}
}
//工厂角色
class SimpleFactory {
public static Board factory(String type){ if(type.equalsIgnoreCase("gigabyte")){ return new GigabyteBoard();
}else if(type.equalsIgnoreCase("asus")){ return new AsusBoard();
}
return null;
}
}

调用代码:

 //简单工厂 一个静态方法 自身负责创建产品
Board board=SimpleFactory.factory("asus");
board.createBoard();

二、工厂方法

2.1 定义

工厂方法模式的用意是定义一个创建产品的工厂接口,将实际创建工作推迟到子类中。

其实工厂方法模式是简单工厂的一种延伸,在简单工厂模式中,一个工厂类处于对产品类实例化的中心位置上,他操纵所有下面的产

品类的实例化,当每次新加一个产品类的时候都要在工厂类里面进行修改。工厂方法模式就是解决这个缺点而来的,工厂方法模式把

创建每个产品实例化的工作交给了子类去做。成为一个抽象工厂,仅负责给具体工厂子类必须实现的接口,而不接触具体实例化的细

节。这样的核心工厂类就成为了一个抽象工厂角色,这样进一步的抽象化的好处是使得工厂方法模式可以使系统在不修改具体工厂角

色的情况下引进新的产品。

2.2 结构与角色

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" alt="" width="922" height="355" />

抽象工厂角色(Creator)

工厂方法模式的核心,任何工厂类都必须实现这个接口。

。具体工厂角色(Concrete Creato)

具体工厂类是抽象工厂的一个实现,负责实例化产品对象。

。抽象角色(product)

工厂方法模式所创建的所有对象的父类,它负责描述所有实例所共有的公共接口。

。具体产品角色

工厂方法模式所创建的具体实例对象。

具体代码:

 //抽象工厂
interface ComputerFactory{
public Computer createComputer();
}
//具体工厂
class SamsungComputerFactory implements ComputerFactory{ public Computer createComputer() {
return new SamsungComputer();
}
}
class HpComputerFactory implements ComputerFactory{ public Computer createComputer() {
return new HpComputer();
}
} //抽象产品
interface Computer{ public double price(); public double weight();
}
//具体产品
class SamsungComputer implements Computer{ public double price() {
// TODO Auto-generated method stub
return 8000;
}
public double weight() {
// TODO Auto-generated method stub
return 5.2;
}
}
class HpComputer implements Computer{ public double price() {
// TODO Auto-generated method stub
return 5000;
}
public double weight() {
// TODO Auto-generated method stub
return 4.2;
}
}

调用代码:

 ComputerFactory factory=new SamsungComputerFactory();
Computer computer=factory.createComputer();
System.out.println(computer.price());

什么时候使用工程方法

1) 当客户程序不需要知道要使用对象的创建过程。

2) 客户程序使用的对象存在变动的可能,或者根本就不知道使用哪一个具体的对象。

小结:

简单工厂模式与工厂方法模式真正的避免了代码的改动了?没有。在简单工厂模式中,新产品的加入要修改工厂角色中的判断语句;而在工厂方法模式中,要么将判断逻辑留在抽象工厂角色中,要么在客户程序中将具体工厂角色写死(就象上面的例子一样)。而且产品

对象创建条件的改变必然会引起工厂角色的修改。

面对这种情况,Java 的反射机制与配置文件的巧妙结合突破了限制——这在Spring 中完美的体现了出来。

参考:

http://blog.csdn.net/yuan22003/article/details/6709649

http://www.cnblogs.com/java-my-life/archive/2012/03/25/2416227.html

http://men4661273.iteye.com/blog/1638379

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