把握命運(yùn)，追逐夢想

對自己所做的事要有興趣，同時還要能夠堅(jiān)持不懈

導(dǎo)航

<

2009年8月

>

日

一

二

三

四

五

六

26

27

28

29

30

31

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

1

2

3

4

5

隨筆檔案

統(tǒng)計(jì)

隨筆 - 49
文章 - 0
評論 - 6
引用 - 0

留言簿(1)

閱讀排行榜

評論排行榜

C++作業(yè)一------------模擬電腦的組裝

// stdafx.h : 標(biāo)準(zhǔn)系統(tǒng)包含文件的包含文件，

// 或是經(jīng)常使用但不常更改的

// 特定于項(xiàng)目的包含文件

//

#pragma once

#define WIN32_LEAN_AND_MEAN // 從 Windows 頭中排除極少使用的資料

#include <stdio.h>

#include <tchar.h>

#include<stdlib.h>

// TODO: 在此處引用程序需要的其他頭文件

#include"CPU.h"

#include"MainBoard.h"

#include"Memory.h"

#include"Monitor.h"

#include"Computer.h"

// main.cpp : 定義控制臺應(yīng)用程序的入口點(diǎn)。

//

#include "stdafx.h"

#include"main.h"

char name[3] = {'A','B','C'};

int memSize[3] = {128,256,512};

int monSize[4] = {14,15,17,19};

Sort sort[2] = {COMMON,LIQUID};

double frequency[3] ={1.33,1.67,2.0};

void FunMain();

int _tmain(int argc, _TCHAR* argv[])

{

FunMain();

return 0;

}

void FunMain()

{

CComputer *pCompter = new CComputer[10];

for(int i = 0; i<10; i++)

{

pCompter[i].setCpuFrequency(frequency[rand()%3]);

pCompter[i].setCpuFactory(name[rand()%3]);

pCompter[i].setMainBoardFactory(name[rand()%3]);

pCompter[i].setMemoryFactory(name[rand()%3]);

pCompter[i].setMonitorFactory(name[rand()%3]);

pCompter[i].setMemorySize(memSize[rand()%3]);

pCompter[i].setMonitorSize(monSize[rand()%4],sort[rand()%2]);

}

for(int i = 0; i < 10; i++)

{

pCompter[i].Init();

pCompter[i].Start();

}

for(int i = 0; i<10; i++)

{

pCompter[i].printConfig();

pCompter[i].printWholePrice();

}

delete []pCompter;

}

//CPU.h

#pragma once

#include"main.h"

class CCPU

{

private:

char m_factoryName;

double m_frequency;

public:

CCPU(void);

public:

~CCPU(void);

void setFactoryName(char name);

char getFactoryName();

double getPrice();

void setFrequency(double frequency);

double getFrequency();

};

//CPU.cpp

#include "CPU.h"

CCPU::CCPU(void)

{

this->m_factoryName = '\0';

this->m_frequency = 0;

}

CCPU::~CCPU(void)

{

}

void CCPU::setFactoryName(char name)

{

this->m_factoryName = name;

}

void CCPU::setFrequency(double frequency)

{

this->m_frequency = frequency;

}

char CCPU::getFactoryName()

{

return this->m_factoryName;

}

double CCPU::getPrice()

{

if(this->m_factoryName == 'A')

return this->m_frequency*800;

if(this->m_factoryName == 'B')

return this->m_frequency*700;

if(this->m_factoryName == 'C')

return this->m_frequency*600;

}

double CCPU::getFrequency()

{

return this->m_frequency;

}

//Memory.h

#pragma once

class CMemory

{

private:

char m_factoryName;

int m_size;

public:

CMemory(void);

public:

~CMemory(void);

void setFactoryName(char name);

char getFactoryName();

double getPrice();

void setSize(int size);

int getSize();

};

//Memory.cpp

#include "Memory.h"

CMemory::CMemory(void)

{

}

CMemory::~CMemory(void)

{

this->m_factoryName = '\0';

this->m_size =0;

}

void CMemory::setFactoryName(char name)

{

this->m_factoryName = name;

}

char CMemory::getFactoryName()

{

return this->m_factoryName;

}

double CMemory::getPrice()

{

if(this->m_factoryName == 'A')

return this->m_size*0.2;

if(this->m_factoryName == 'B')

return this->m_size*0.18;

if(this->m_factoryName == 'C')

return this->m_size*0.16;

}

void CMemory::setSize(int size)

{

this->m_size = size;

}

int CMemory::getSize()

{

return this->m_size;

}

//MainBoard.h

#pragma once

#include"CPU.h"

#include"Memory.h"

class CMainBoard

{

private:

char m_factoryName;

CCPU *m_pCpu;

CMemory *m_pMemory;

public:

CMainBoard(void);

public:

~CMainBoard(void);

void setFactoryName(char name);

char getFactoryName();

double getPrice();

void Plug(CCPU* pCpu,CMemory* pMemory );

bool SelfCheck();

};

//MainBoard.cpp

#include "MainBoard.h"

CMainBoard::CMainBoard(void)

{

this->m_pCpu = 0;

this->m_factoryName = '\0';

this->m_pMemory = 0;

}

CMainBoard::~CMainBoard(void)

{

}

void CMainBoard::setFactoryName(char name)

{

this->m_factoryName = name;

}

char CMainBoard::getFactoryName()

{

return this->m_factoryName;

}

double CMainBoard::getPrice()

{

if(this->m_factoryName == 'A')

return 600;

if(this->m_factoryName == 'B')

return 500;

if(this->m_factoryName == 'C')

return 400;

}

void CMainBoard::Plug(CCPU *pCpu, CMemory *pMemory)

{

this->m_pCpu = pCpu;

this->m_pMemory = pMemory;

}

bool CMainBoard::SelfCheck()

{

if((this->m_pCpu->getFactoryName() == 'A'||this->m_pCpu->getFactoryName()=='B'||

this->m_pCpu->getFactoryName() == 'C')&&(this->m_pMemory->getFactoryName() == 'A' ||

this->m_pMemory->getFactoryName() == 'B'||this->m_pMemory->getFactoryName()=='C'))

return true;

else

return false;

}

//Computer.h

#pragma once

#include"CPU.h"

#include"Memory.h"

#include"MainBoard.h"

#include"Monitor.h"

class CComputer

{

private:

CCPU m_cpu;

CMemory m_memory;

CMainBoard m_mainBoard;

CMonitor m_monitor;

public:

CComputer(void);

public:

~CComputer(void);

void setCpuFrequency(double frequency);

void setCpuFactory(char name);

void setMemorySize(int size);

void setMemoryFactory(char name);

void setMonitorSize(int size ,Sort sort);

void setMonitorFactory(char name);

void setMainBoardFactory(char name);

void printWholePrice();

void printConfig();

void Init();

void Start();

};

//Computer.cpp

#include "Computer.h"

#include<iostream>

using namespace std;

CComputer::CComputer(void)

{

}

CComputer::~CComputer(void)

{

}

void CComputer::setCpuFrequency(double frequency)

{

this->m_cpu.setFrequency(frequency);

}

void CComputer::setCpuFactory(char name)

{

this->m_cpu.setFactoryName(name);

}

void CComputer::setMemorySize(int size)

{

this->m_memory.setSize(size);

}

void CComputer::setMemoryFactory(char name)

{

this->m_memory.setFactoryName(name);

}

void CComputer::setMonitorSize(int size ,Sort sort)

{

this->m_monitor.setSize(size);

this->m_monitor.setSort(sort);

}

void CComputer::setMonitorFactory(char name)

{

this->m_monitor.setFactoryName(name);

}

void CComputer::setMainBoardFactory(char name)

{

this->m_mainBoard.setFactoryName(name);

}

void CComputer::printWholePrice()

{

double price = this->m_cpu.getPrice();

price+=this->m_mainBoard.getPrice();

price+=this->m_memory.getPrice();

price+= this->m_monitor.getPrice();

cout<<"電腦的總價是"<<price<<endl;

}

void CComputer::printConfig()

{

cout<<"電腦配置:"<<endl;

cout<<"CPU:"<<this->m_cpu.getFactoryName()<<"\t"<<this->m_cpu.getFrequency()<<"GHz"<<endl;

cout<<"Memory:"<<this->m_memory.getFactoryName()<<"\t"<<this->m_memory.getSize()<<"MB"<<endl;

cout<<"MainBoard:"<<this->m_mainBoard.getFactoryName()<<endl;

cout<<"Monitor:"<<this->m_monitor.getFactoryName()<<"\t"<<this->m_monitor.getSize();

if(this->m_monitor.getSort()== COMMON)

{

cout<<"普通屏"<<endl;

}

else if(this->m_monitor.getSort() == LIQUID)

{

cout<<"液晶屏"<<endl;

}

void CComputer::Init()

{

this->m_mainBoard.Plug(&this->m_cpu,&this->m_memory);

}

void CComputer::Start()

{

if(this->m_mainBoard.SelfCheck())

{

cout<<"配置匹配,順利啟動"<<endl;

}

else

{

cout<<"配置不匹配，啟動失敗"<<endl;

}

//Monitor.h

#pragma once

enum Sort{COMMON,LIQUID};

class CMonitor

{

private:

char m_factoryName;

int m_size;

Sort m_sort;

public:

CMonitor(void);

public:

~CMonitor(void);

void setFactoryName(char name);

char getFactoryName();

double getPrice();

void setSize(int size);

void setSort(Sort sort);

int getSize();

Sort getSort();

};

//Monitor.cpp

#include "Monitor.h"

CMonitor::CMonitor(void)

{

}

CMonitor::~CMonitor(void)

{

}

void CMonitor::setFactoryName(char name)

{

this->m_factoryName = name;

}

char CMonitor::getFactoryName()

{

return this->m_factoryName;

}

double CMonitor::getPrice()

{

double price =0;

if(this->m_factoryName == 'A')

price =this->m_size*90;

else if(this->m_factoryName == 'B')

price =this->m_size*80;

else if(this->m_factoryName == 'C')

price =this->m_size*70;

if(this->m_sort == COMMON)

price *= 0.8;

else if(this->m_sort == LIQUID)

price *= 1.2;

return price;

}

void CMonitor::setSize(int size)

{

this->m_size = size;

}

void CMonitor::setSort(Sort sort)

{

this->m_sort = sort;

}

int CMonitor::getSize()

{

return this->m_size;

}

Sort CMonitor::getSort()

{

return this->m_sort;

}

posted on 2009-08-12 18:10 把握命運(yùn) 閱讀(329) 評論(0) 編輯收藏引用

只有注冊用戶登錄后才能發(fā)表評論。
【推薦】100%開源！大型工業(yè)跨平臺軟件C++源碼提供，建模，組態(tài)！



網(wǎng)站導(dǎo)航: 博客園 IT新聞 BlogJava 博問 Chat2DB 管理

青青草原综合久久大伊人导航_色综合久久天天综合_日日噜噜夜夜狠狠久久丁香五月_热久久这里只有精品

把握命運(yùn)，追逐夢想

導(dǎo)航

隨筆檔案

統(tǒng)計(jì)

留言簿(1)

閱讀排行榜

評論排行榜

C++作業(yè)一------------模擬電腦的組裝

把握命運(yùn)，追逐夢想