使用自制这个文件的过程管理包含了你将要做的总结。

这是一个用SDK编写的创建多个进程和的例子。 每相隔半秒钟就可以鼠标创建进程-This a preparation using the SDK to create multiple processes and examples. Each can be separated by half a process to create mouse

功能: 1.显示系统进程及进程的模块、线程信息。 2.能杀死任意进程包括系统服务进程。 3.能释放任意进程中的任意模块，不过有些关键模块释放不了。 4.结束任意进程中的任意线程。 5.请用右键进行操作。-Function: 1. Display System processes and process modules, threads information. 2. Can kill any process including the process of system services. 3. To any process of release of any module, but not the release of some key modules. 4. The end of any process in any thread. 5. Please use Right-operate.

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

多线程应用的例子-multi-threaded application examples

进程已启动，杀死进程再启动程序-process has been initiated, killing process restart procedures

进程间通讯的四种方式：剪贴板、匿名管道、命名管道和邮槽。并比较分析这几种进程间通信的优点和缺点。-Inter-process communication of four ways: clipboard, anonymous pipes, named pipes and mail slots. And comparative analysis of these types of inter-process communication of the advantages and disadvantages.

一个用多线程实现文件查找的例子-Realize a multi-threaded file search example

这是一个模拟操作系统中进程控制的程序，用时间片轮转算法实现，附带试验报告-This is a simulated operating system process control procedures, time-flow algorithm, fringe Test Report

多线程编程的两个实例，对于多线程的工作机制的理解有帮助-Multi-threaded programming two examples, for the working mechanism of multi-threaded understanding has helped

windows核心编程的代码,没有用MFC,完全采用WIN32和DDK开发,在WIN2000下运行.统计进程的状态和堆栈.-windows core programming code without using MFC, completely WIN32 and DDK Development, running in Windows 2000. Statistical process and the state stack.