【2】设计模式之抽象工厂模式（AbstractFactory）
注释： main()，女娲 IHuman，产品接口 CYellowHuman，抽象产品之一 CYellowFemaleHuman，具体产品之一 CYellowMaleHuman，具体产品之二 CWhiteHuman，抽象产品之二 CWhiteFemaleHuman，具体产品之三 CWhiteMaleHuman，具体产品之四 CBlackHuman，抽象产品之
注释：
main()，女娲
IHuman，产品接口
CYellowHuman，抽象产品之一
CYellowFemaleHuman，具体产品之一
CYellowMaleHuman，具体产品之二
CWhiteHuman，抽象产品之二
CWhiteFemaleHuman，具体产品之三
CWhiteMaleHuman，具体产品之四
CBlackHuman，抽象产品之三
CBlackFemaleHuman，具体产品之五
CBlackMaleHuman，具体产品之六
IHumanFactory，抽象工厂
CStandardHumanFactory，抽象工厂基类（此类可有可无）
CFemaleHumanFactory，工厂之一
CMaleHumanFactory，工厂之二
工程目录：
3、代码分析
1）Man-White
（1）WhiteHuman
//WhiteHuman.h
#ifndef __AbstractFactory__WhiteHuman__
#define __AbstractFactory__WhiteHuman__
#include "IHuman.h"
class CWhiteHuman : public IHuman
{
public:
CWhiteHuman(void);
~CWhiteHuman(void);
void Laugh();
void Cry();
void Talk();
virtual void Sex() = 0;
};
#endif /* defined(__AbstractFactory__WhiteHuman__) */
//WhiteHuman.cpp
#include "WhiteHuman.h"
#include <iostream>
using std::cout;
using std::endl;
CWhiteHuman::CWhiteHuman(void)
{
}
CWhiteHuman::~CWhiteHuman(void)
{
}
void CWhiteHuman::Cry()
{
cout （2）WhiteMaleHuman
<p></p>
<pre class="brush:php;toolbar:false">//WhiteMaleHuman.h
#ifndef __AbstractFactory__WhiteMaleHuman__
#define __AbstractFactory__WhiteMaleHuman__
#include <iostream>
#include "WhiteHuman.h"
using std::cout;
using std::endl;
class CWhiteMaleHuman : public CWhiteHuman
{
public:
CWhiteMaleHuman(void)
{
}
~CWhiteMaleHuman(void)
{
}
void Sex()
{
cout （3）WhiteFemaleHuman
<p></p>
<pre class="brush:php;toolbar:false">//WhiteFemaleHuman.h
#ifndef __AbstractFactory__WhiteFemaleHuman__
#define __AbstractFactory__WhiteFemaleHuman__
#include <iostream>
#include "WhiteHuman.h"
using std::cout;
using std::endl;
class CWhiteFemaleHuman : public CWhiteHuman
{
public:
CWhiteFemaleHuman(void)
{
}
~CWhiteFemaleHuman(void)
{
}
void Sex()
{
cout 2）Man-Black
<p>（1）BlackHuman</p>
<p></p>
<pre class="brush:php;toolbar:false">//BlackHuman.h
#ifndef __AbstractFactory__BlackHuman__
#define __AbstractFactory__BlackHuman__
#include <iostream>
#include "IHuman.h"
class CBlackHuman : public IHuman
{
public:
CBlackHuman(void);
~CBlackHuman(void);
void Laugh();
void Cry();
void Talk();
virtual void Sex() = 0;
};
#endif /* defined(__AbstractFactory__BlackHuman__) */
//BlackHuman.cpp
#include "BlackHuman.h"
#include <iostream>
using std::cout;
using std::endl;
CBlackHuman::CBlackHuman(void)
{
}
CBlackHuman::~CBlackHuman(void)
{
}
void CBlackHuman::Laugh()
{
cout （2）BlackMaleHuman<pre class="brush:php;toolbar:false">//BlackMaleHuman.h
#include <iostream>
#include "BlackHuman.h"
using std::cout;
using std::endl;
class CBlackMaleHuman : public CBlackHuman
{
public:
CBlackMaleHuman(void)
{
}
~CBlackMaleHuman(void)
{
}
void Sex()
{
cout （3）BlackFemaleHuman
<p></p>
<pre class="brush:php;toolbar:false">//BlackFemaleHuman.h
#ifndef __AbstractFactory__BlackFemaleHuman__
#define __AbstractFactory__BlackFemaleHuman__
#include <iostream>
#include "BlackHuman.h"
using std::cout;
using std::endl;
class CBlackFemaleHuman : public CBlackHuman
{
public:
CBlackFemaleHuman(void)
{
}
~CBlackFemaleHuman(void)
{
}
void Sex()
{
cout 3）Man-Yellow
<p>（1）YellowHuman<br>
</p>
<pre class="brush:php;toolbar:false">//YellowHuman.h
#ifndef __AbstractFactory__YellowHuman__
#define __AbstractFactory__YellowHuman__
#include "IHuman.h"
class CYellowHuman : public IHuman
{
public:
CYellowHuman(void);
~CYellowHuman(void);
void Laugh();
void Cry();
void Talk();
virtual void Sex() = 0;
};
#endif /* defined(__AbstractFactory__YellowHuman__) */
//YellowHuman.cpp
#include "YellowHuman.h"
#include <iostream>
using std::cout;
using std::endl;
CYellowHuman::CYellowHuman(void)
{
}
CYellowHuman::~CYellowHuman(void)
{
}
void CYellowHuman::Cry()
{
cout （2）YellowMaleHuman
<p></p>
<pre class="brush:php;toolbar:false">//YellowMaleHuman.h
#include "YellowHuman.h"
#include <iostream>
using std::cout;
using std::endl;
class CYellowMaleHuman : public CYellowHuman
{
public:
CYellowMaleHuman(void)
{
}
~CYellowMaleHuman(void)
{
}
void Sex()
{
cout （3）YellowFemaleHuman
<p></p>
<pre class="brush:php;toolbar:false">//YellowFemaleHuman.h
#ifndef __AbstractFactory__YellowFemaleHuman__
#define __AbstractFactory__YellowFemaleHuman__
#include "YellowHuman.h"
#include <iostream>
using std::cout;
using std::endl;
class CYellowFemaleHuman : public CYellowHuman
{
public:
CYellowFemaleHuman(void)
{
}
~CYellowFemaleHuman(void)
{
}
void Sex()
{
cout 4）IHuman.h
<p></p>
<pre class="brush:php;toolbar:false">#ifndef AbstractFactory_IHuman_h
#define AbstractFactory_IHuman_h
class IHuman
{
public:
IHuman(void)
{
}
virtual ~IHuman(void)
{
}
virtual void Laugh() = 0;
virtual void Cry() = 0;
virtual void Talk() = 0;
virtual void Sex() = 0;
};
#endif（1）IHumanFactory.h
#ifndef AbstractFactory_IHumanFactory_h
#define AbstractFactory_IHumanFactory_h
#include <iostream>
#include "IHuman.h"
class IHumanFactory
{
public:
IHumanFactory(void)
{
}
virtual ~IHumanFactory(void)
{
}
virtual IHuman* CreateYellowHuman() = 0;
virtual IHuman* CreateWhiteHuman() = 0;
virtual IHuman* CreateBlackHuman() = 0;
};
#endif</iostream>//CStandardHumanFactory.h
#ifndef __AbstractFactory__CStandardHumanFactory__
#define __AbstractFactory__CStandardHumanFactory__
#include <iostream>
#include "IHuman.h"
#include "IHumanFactory.h"
template<class t>
class CStandardHumanFactory : public IHumanFactory
{
public:
CStandardHumanFactory(void)
{
}
~CStandardHumanFactory(void)
{
}
IHuman* CreateHuman()
{
return new T;
}
};
#endif /* defined(__AbstractFactory__CStandardHumanFactory__) */
//CStandardHumanFactory.cpp
空</class></iostream>//MaleHumanFactory.h
#ifndef __AbstractFactory__MaleHumanFactory__
#define __AbstractFactory__MaleHumanFactory__
#include <iostream>
#include "CStandardHumanFactory.h"
#include "IHumanFactory.h"
template<class t>
class CMaleHumanFactory : public CStandardHumanFactory<t>
{
public:
CMaleHumanFactory(void);
~CMaleHumanFactory(void);
IHuman* CreateYellowHuman();
IHuman* CreateWhiteHuman();
IHuman* CreateBlackHuman();
};
#endif /* defined(__AbstractFactory__MaleHumanFactory__) */
//MaleHumanFactory.cpp
#include "MaleHumanFactory.h"
template<class t>
CMaleHumanFactory<t>::CMaleHumanFactory(void)
{
}
template<class t>
CMaleHumanFactory<t>::~CMaleHumanFactory(void)
{
}
template<class t>
IHuman* CMaleHumanFactory<t>::CreateYellowHuman()
{
return CStandardHumanFactory<t>::CreateHuman();
}
template<class t>
IHuman* CMaleHumanFactory<t>::CreateWhiteHuman()
{
return CStandardHumanFactory<t>::CreateHuman();
}
template<class t>
IHuman* CMaleHumanFactory<t>::CreateBlackHuman()
{
return CStandardHumanFactory<t>::CreateHuman();
}</t></t></class></t></t></class></t></t></class></t></class></t></class></t></class></iostream>//FemaleHumanFactory.h
#ifndef __AbstractFactory__FemaleHumanFactory__
#define __AbstractFactory__FemaleHumanFactory__
#include <iostream>
#include "CStandardHumanFactory.h"
#include "IHuman.h"
template<class t>
class CFemaleHumanFactory : public CStandardHumanFactory<t>
{
public:
CFemaleHumanFactory(void)
{
}
~CFemaleHumanFactory(void)
{
}
IHuman* CreateYellowHuman()
{
return CStandardHumanFactory<t>::CreateHuman();
}
IHuman* CreateWhiteHuman()
{
return CStandardHumanFactory<t>::CreateHuman();
}
IHuman* CreateBlackHuman()
{
return CStandardHumanFactory<t>::CreateHuman();
}
};
#endif /* defined(__AbstractFactory__FemaleHumanFactory__) */
//FemaleHumanFactory.cpp
空</t></t></t></t></class></iostream>#include <iostream>
#include <stdio.h>
#include "IHuman.h"
#include "IHumanFactory.h"
#include "FemaleHumanFactory.h"
#include "MaleHumanFactory.h"
#include "MaleHumanFactory.cpp"
#include "YellowFemaleHuman.h"
#include "YellowMaleHuman.h"
#include "WhiteFemaleHuman.h"
#include "WhiteMaleHuman.h"
#include "BlackFemaleHuman.h"
#include "BlackMaleHuman.h"
void DoMakeHuman()
{
cout ();
IHuman* pYellowFemaleHuman = pFemaleHumanFactory->CreateYellowHuman();
pYellowFemaleHuman->Cry();
pYellowFemaleHuman->Laugh();
pYellowFemaleHuman->Talk();
pYellowFemaleHuman->Sex();
delete pYellowFemaleHuman;
delete pFemaleHumanFactory;
cout ();
IHuman* pYellowMaleHuman = pMaleHumanFactory->CreateYellowHuman();
pYellowMaleHuman->Cry();
pYellowMaleHuman->Laugh();
pYellowMaleHuman->Talk();
pYellowMaleHuman->Sex();
delete pYellowMaleHuman;
delete pMaleHumanFactory;
cout ();
IHuman* pWhiteMaleHuman = pMaleHumanFactory1->CreateWhiteHuman();
pWhiteMaleHuman->Cry();
pWhiteMaleHuman->Laugh();
pWhiteMaleHuman->Talk();
pWhiteMaleHuman->Sex();
delete pMaleHumanFactory1;
delete pWhiteMaleHuman;
cout ();
IHuman* pWhiteFemaleHuman = pFemaleHumanFactory1->CreateWhiteHuman();
pWhiteFemaleHuman->Cry();
pWhiteFemaleHuman->Laugh();
pWhiteFemaleHuman->Talk();
pWhiteFemaleHuman->Sex();
delete pFemaleHumanFactory1;
delete pWhiteFemaleHuman;
cout ();
IHuman* pBlackMaleHuman = pMaleHumanFactory2->CreateBlackHuman();
pBlackMaleHuman->Cry();
pBlackMaleHuman->Laugh();
pBlackMaleHuman->Talk();
pBlackMaleHuman->Sex();
delete pMaleHumanFactory2;
delete pBlackMaleHuman;
cout ();
IHuman* pBlackFemaleHuman = pFemaleHumanFactory2->CreateBlackHuman();
pBlackFemaleHuman->Cry();
pBlackFemaleHuman->Laugh();
pBlackFemaleHuman->Talk();
pBlackFemaleHuman->Sex();
delete pFemaleHumanFactory2;
delete pBlackFemaleHuman;
}
int main(int argc, const char * argv[]) {
DoMakeHuman();
std::cout
<h2 id="运行截图">4、运行截图</h2>
<p><img src="/static/imghw/default1.png" data-src="pic/20151007/x254qwmpe5a.png" class="lazy" alt="【2】设计模式之抽象工厂模式（AbstractFactory）" ><br>
</p>
<p><br>
</p>
<br>
<span>参考资料：http://blog.csdn.net/rexuefengye/article/details/12704821，感谢</span>my183100521<span>博主的精彩博文。</span>
</stdio.h></iostream>
Hot AI Tools
Undresser.AI Undress
AI-powered app for creating realistic nude photos
AI Clothes Remover
Online AI tool for removing clothes from photos.
Undress AI Tool
Undress images for free
Clothoff.io
AI clothes remover
AI Hentai Generator
Generate AI Hentai for free.
Hot Article
Hot Tools
Notepad++7.3.1
Easy-to-use and free code editor
SublimeText3 Chinese version
Chinese version, very easy to use
Zend Studio 13.0.1
Powerful PHP integrated development environment
Dreamweaver CS6
Visual web development tools
SublimeText3 Mac version
God-level code editing software (SublimeText3)
Hot Topics
The difference between design patterns and architectural patterns in Java framework
Jun 02, 2024 pm 12:59 PM
In the Java framework, the difference between design patterns and architectural patterns is that design patterns define abstract solutions to common problems in software design, focusing on the interaction between classes and objects, such as factory patterns. Architectural patterns define the relationship between system structures and modules, focusing on the organization and interaction of system components, such as layered architecture.
The wonderful use of the adapter pattern in Java design patterns
May 09, 2024 pm 12:54 PM
The Adapter pattern is a structural design pattern that allows incompatible objects to work together. It converts one interface into another so that the objects can interact smoothly. The object adapter implements the adapter pattern by creating an adapter object containing the adapted object and implementing the target interface. In a practical case, through the adapter mode, the client (such as MediaPlayer) can play advanced format media (such as VLC), although it itself only supports ordinary media formats (such as MP3).
Analysis of the Decorator Pattern in Java Design Patterns
May 09, 2024 pm 03:12 PM
The decorator pattern is a structural design pattern that allows dynamic addition of object functionality without modifying the original class. It is implemented through the collaboration of abstract components, concrete components, abstract decorators and concrete decorators, and can flexibly expand class functions to meet changing needs. In this example, milk and mocha decorators are added to Espresso for a total price of $2.29, demonstrating the power of the decorator pattern in dynamically modifying the behavior of objects.
PHP design pattern practical case analysis
May 08, 2024 am 08:09 AM
1. Factory pattern: Separate object creation and business logic, and create objects of specified types through factory classes. 2. Observer pattern: allows subject objects to notify observer objects of their state changes, achieving loose coupling and observer pattern.
What are the advantages and disadvantages of using design patterns in java framework?
Jun 01, 2024 pm 02:13 PM
The advantages of using design patterns in Java frameworks include: enhanced code readability, maintainability, and scalability. Disadvantages include complexity, performance overhead, and steep learning curve due to overuse. Practical case: Proxy mode is used to lazy load objects. Use design patterns wisely to take advantage of their advantages and minimize their disadvantages.
How design patterns deal with code maintenance challenges
May 09, 2024 pm 12:45 PM
Design patterns solve code maintenance challenges by providing reusable and extensible solutions: Observer Pattern: Allows objects to subscribe to events and receive notifications when they occur. Factory Pattern: Provides a centralized way to create objects without relying on concrete classes. Singleton pattern: ensures that a class has only one instance, which is used to create globally accessible objects.
Application of design patterns in Guice framework
Jun 02, 2024 pm 10:49 PM
The Guice framework applies a number of design patterns, including: Singleton pattern: ensuring that a class has only one instance through the @Singleton annotation. Factory method pattern: Create a factory method through the @Provides annotation and obtain the object instance during dependency injection. Strategy mode: Encapsulate the algorithm into different strategy classes and specify the specific strategy through the @Named annotation.
PHP Design Patterns: Test Driven Development in Practice
Jun 03, 2024 pm 02:14 PM
TDD is used to write high-quality PHP code. The steps include: writing test cases, describing the expected functionality and making them fail. Write code so that only the test cases pass without excessive optimization or detailed design. After the test cases pass, optimize and refactor the code to improve readability, maintainability, and scalability.
