经典的跑马程序,演示了Windows环境下的多线程概念!

一个实现读写者问题的代码，已通过编译，编译后调试即可-achieve a literacy problem of the code, compile, debug can be compiled

用于阅读者和写入者问题之写入者优先-used to read and write those problems into priority

共享内存多进程通讯例子-the demo of shared memory multi-process communication

本代码穷举系统进程，然后可以杀死进程，用到了 CreateToolhelp32Snapshot 和一些排序操作，-Exhaustive system process the code, and then kill the process, use the CreateToolhelp32Snapshot and some sort operation,

在windows 98/2000下，创建一个控制台进程，此进程包含n个线程。用这n个线程来表示n个读者或写者。每个线程按相应测试数据文件的要求进行读写操作。用信号量机制实现读者优先的读者――写入者问题-the windows 98/2000, the process of creating a console, this process contain n threads. Use of these n threads to express n readers who write. Each thread according to the corresponding test data document requests and write. Using signal volume mechanisms readers priority readers-- into the problem

多线程定时器、时钟源代码，可以参考VC下多线程编程的技巧！-multithreading timer, the clock source code can refer to VC multithreaded programming skills!

简介 StressMark测试软件是一个使用Visual C++编写的，开放源代码的测试工具，可以完成服务程序及重要算法的功能和性能测试，其最主要的功能是模拟多线程或多客户端的自动化压力测试。 我们可以利用StressMark软件完成的典型测试任务包括： 1. 在多线程环境下测试一个软件模块、一段关键算法是否可以正确运行，即代码是否是多线程安全的。 2. 测试一个软件模块、一-brief StressMark test software is a Visual C prepared in the open-source testing tool, service procedures to be completed and important algorithm functional and performance tests, its main function is simulated multi-threaded or multi-client automation pressure tests. We can also use the software to complete the StressMark typical test tasks include : 1. In multithreaded environment testing a software module, a key algorithms can correct operation, code is a multithreaded safe. 2. A software module testing, a

利用CEvent实现多线程同步-CEvent use synchronous multi-threaded

多线程文件下载客户端-multi-threaded client files

异步的网页请求类可以执行get和post方法-asynchronous web request class can get and post implementation methods