Hanoi塔演示程序，Hanoi塔是一个不错的 游戏

多线程任务调度与处理的一个实例- Multi-thread duty dispatch and a processing example

Win32_Event_Handling.zip事件-Win32_Event_Handling.zip incident

通过修改互斥体 达到重复启动程序的目的 !-Change the Mutex

对于网游服务器处理多客户连接采用的线程池技术,有源码.-To deal with multi-client server network connections used by thread pool technology, has source code.

多线程是一个功能强大的工具，我们可以在每次需要执行长时间运行的任务时使用该工具。我们可以用它运行辅助代码，而无需绑定用户界面。但同时要注意，多线程操作非常复杂，要正确操作并不容易，而且调试起来也比较困难。 尽管不一定能够实现，但我们还是应该尽量为每个辅助线程提供一组它可以操作的独立数据。要达到这个目的，最简单的方法就是为每个线程创建一个对象，对象中包含该线程可以操作的数据以及完成工作所需的代码。 通过实现结构化的架构，使之充当辅助线程和 UI 线程之间的媒介，我们可以大大简化编写多线程代码和 UI 以对其进行控制的过程。本文就介绍了这样一个架构，您可以根据需要使用或进行调整，以满足特定的应用需要。（附有详细的中文说明）-Multithreading is a powerful tool, we can each time the need to implement the mandate of running the use of this tool. We can use it for running auxiliary code, without the bundled user interface. It should be noted that multi-threaded operation is very complex to operate correctly is not easy, but it is also testing more difficult. Although not necessarily to achieve, but we should still try to provide every support threaded a group it can operate independent of data. To achieve this purpose, the simplest way is to create a thread for each object, object contains the thread can operate and the data necessary to complete the work of the code. Through the structure of the archit

我们学校仿真足球的源程序，参加今年的比赛世界杯足球仿真比赛。-Our school football simulation source code, to participate in this year" s World Cup Soccer Simulation League competition.

计算机进程调度算法FCFSSJFSFPF-Computer process scheduling algorithm FCFS SJFS FPF

实现简单的系统进程管理。可察看当前系统中正在运行的进程，进程的基本信息。（如：进程大小、线程ID等)可终止某一进程。-simple realization of a systematic process management. Can see the current system running processes, the process of basic information. (Eg : Process size, thread ID, etc.) may terminate a process.

又一个使用java的小程序察看期边次厄的的好例子-also use a small java procedures probation while meeting the Eritrean a good example

理发师睡觉问题 可以利用它来解决嗜睡的理发师问题 进程调度与信号量问题-Seville sleep problems can use it to solve the problem sleepiness barber process scheduling and capacity problems of signal