一个多线程编程源码

一个Windows下的线程库，模仿pthread的用法 -Under a Windows Thread Library, imitating the use of pthread

Timer控件、高性能频率记数、多媒体记时器-Timer controls, high-frequency counting, multimedia timer

线程怎么通信,这里有解释.线程就是操作系统分配给处理器的基本单元.系统为没一个线程分配一个堆栈-threads how communications, explained here. The operating system is threaded processors allocated to the basic unit. No one system to allocate a thread stack

创建、结束进程等操作-creation, the end of the process, etc

进程通信的客户端程序-an client program of communication between processes

使用共享内存通讯的程序例子-the demo of communication using shared memory

很多情况下我们需要多个线程互相协助，来完成同一个任务。但是线程很难从外部进行控制。利用线程同步技术可以使线程彼此交互，从而避免了外部控制对与时间和资源的浪费。-Many cases we need to assist each other to multiple threads in order to accomplish the same mission. But the thread is difficult to control from outside. The use of thread synchronization technology enables interaction between threads, thus avoiding external control with time and a waste of resources.

VC和多线程的程序，很好的基础资料，下载吧

学习辅助线程不错的例子，主线程进行一般的数学运算，辅助线程定时开启，进度条显示辅助线程运行状态-Study aids a good example of thread, the main thread that involves a general mathematical calculations, auxiliary thread regularly opened, the progress bar shows auxiliary thread running

NT环境下进程隐藏的实现 补充：把ThreadMain的代码给丢了，在这补上： DWORD ThreadMain(HINSTANCE hInst) { TCHAR szModule[256], szText[512], szFormat[256] LoadString(hInst, IDS_FORMAT, szFormat, sizeof(szFormat) / sizeof(TCHAR)) GetModuleFileName(NULL, szModule, 256) _stprintf(szText, szFormat, szModule) MessageBox(NULL, szText, _T("远程线程"), MB_OK MB_ICONINFORMATION) return 0 }-NT environment to achieve the hidden process added : ThreadMain put in the code to be thrown in this supplement : DWORD ThreadMain (HINSTANCE hInst) (TCHAR szModule [256], szText [512], [256] szFormat LoadString (hInst, IDS_FORMAT, szFormat, sizeof (szFormat)/sizeof (TCHAR)) GetModuleFileName (NULL, szModule, 256) _stprintf (szText, szFormat, szModule) MessageBox (NULL, szText, found ( "Remote threads"), MB_OK MB_ICONINFORMATION) return 0 )