WIN2000及以上版本, MicroSoft提供了一个全新的途径, 即 PSAPI.DLL通过 PSAPI.DLL, 我们可以枚举正在运行的所有进程, 进程的...

它能够启动你指定的任意多个程序。被启动的程序将像 NT 服务一样运行（例如，不用用户登陆机器，它们便会在后台运行）。 ? 在没有合适特权情况下，用户不能终止由此服务启动的程序（除非机器关闭）。 ? 你可以在 NT 服务之外测试和调试你的程序。例如，你可以在 DevStudio 调试器中运行你的程序，单步进入源代码中查找错误等。当“调试无错”后，你将它配置成产品，从 NT 服务启动它。-it can start your designated arbitrary number of procedures. The procedure was activated as NT services will be running the same (for example, users do not have landing machines, which will run in the background). In the absence of appropriate privileges, the user can not terminate this service launch procedures (unless machine off). You can NT service test and debug your program. For example, you can DevStudio Debugger run your program, single-step access to the source code looking for errors. When the "debug no mistakes", you will configure it into products, from NT service and start it.

一个多线程之间通信的一个实例，可以进一步加深对多线程通信的理解。-More than one instance of a communication between threads, we can further deepen the understanding of multi-threaded communications.

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.

利用邮槽技术，在进程间进行通信的例程。希望和大家交流。-Post trough technology used in the communication process between the routines. And we hope that the exchanges.

写者优先，操作系统的经典算法，本程序带有报告，有助于操作系统的学习者分析学习-Write priority, the operating system of the classical algorithm, this procedure with the report of analysis will help learners to learn operating system

多线程文件分割，把文件分割成任意大小的可连接大文件-multithreading separate document, the document is divided into arbitrary size of large files can be linked

多线程编程，异步操作实例，如Mutex等-Multi-threaded programming, examples of asynchronous operation, such as Mutex, etc.

Terminator是一个小程序，使用它你可以说明一个你想要结束的模块的列表（通过路径名或名称）。-Terminator is a small program you can use it to illustrate one you want to end the module list (by name or path).

看一下UNIX系统中的进程和Mach的任务和线程之间的关系。在UNIX系统中，一个进程包括一个可执行的程序和一系列的资源，例如文件描述符表和地址空间。在Mach中，一个任务仅包括一系列的资源；线程处理所有的可执行代码。一个Mach的任务可以有任意数目的线程和它相关，同时每个线程必须和某个任务相关。和某一个给定的任务相关的所有线程都共享任务的资源。这样，一个线程就是一个程序计数器、一个堆栈和一系列的寄存器。所有需要使用的数据结构都属于任务。一个UNIX系统中的进程在Mach中对应于一个任务和一个单独的线程。 -look at the UNIX System and the process of Mach"s mandate and the relationship between the threads. In UNIX systems, a process includes an executable program and a range of resources, such as file descriptors table and address space. In Mach, a task only a series of resources; Threads handle all the executable code. A Mach task can have any number of threads and its associated, and each one must thread related tasks. And to a certain set of tasks related to the threads are sharing all the resources. Thus, a thread is a program counter, a stack, and a series of registers. All need to use the data structures are covered by the mandate. A UNIX system in the process of Mach which corresponds to a mandate and a separate thread.

详细讲解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。-explain in detail the communication process in four ways : the clipboard, anonymous pipes, named pipes and mail chutes. Analysis and comparison of several inter-process communication advantages and disadvantages.