ccsdu2004的专栏

很早就买了c++编程思想第二卷这本书 可惜最后一章一直没有看。于是找个时间看看多线程也比较好啊 使用编译好的zthread库自己先写个简短的例子：如下：#include #include #pragma comment(lib,"ZThread_Z.lib")class thread : public ZThread::Runnable{public:    thread(int _id): id

ztrehead中线程协作的基类是condition  —_—在处理的时候 可以通过wait挂起任务 通过signal唤醒任务 或者是broadcast #pragma comment(lib,"ZThread_Z.lib")#include #include #include "zthread/Thread.h"#include "zthread/Mutex.h"

#include #include #pragma comment(lib,"ZThread_Z.lib")#include #include #include #include "zthread/Thread.h"#include "zthread/Mutex.h"#include "zthread/Guard.h"#include "zthread/Co

#ifndef TQUEUE_HPP#define TQUEUE_HPP#include #include "zthread/Thread.h"#include "zthread/Condition.h"#include "zthread/Mutex.h"#include "zthread/Guard.h"template class TQueue { /

类canceable的作用是提供一个通用的接口 通过它 可以来改变线程的状态通过isCancelable来获取线程的状态class MyCancel : public ZThread::Cancelable { bool canceled;public: MyCancel() : canceled(false) {} virtual void Go()=0;

消除线程在共享资源上的冲突的一个办法是消除共享的资源变量 ，因而就可以对同一对象的不同线程分配不同的存储单元 这是由threadloca模板来实现的 如下所示 #include #include "zthread/Thread.h"#include "zthread/Mutex.h"#include "zthread/Guard.h"#include "zthr

给出2个例子 #include #include #include "zthread/guard.h"#include "zthread/mutex.h"using namespace ZThread;using namespace std;#pragma comment(lib,"ZThread_D.lib")class tempCock{

这是thread使用引用计数模板来处理多线程访问共享资源 的问题  #include #include #include #include #pragma comment(lib,"ZThread_Z.lib")class Count{enum {s =100};int n[s];public: void increment() {

按照c++ think上面的说明继续看看写个代码如下:编程环境(vc 7.1) #include #include #include #pragma comment(lib,"ZThread_Z.lib")class thread : public ZThread::Runnable{public:    thread(int _id): id(_id){}    ~thread(){}    v

使用代码如下: #include #include #include "AudioType.hpp"#include "AudioPlayer.hpp"#include "Thread.hpp"#include "AudioData.hpp"#include "AudioManager.hpp"using namespace std;#pragma