列举程序中所有进程的示例，用到windows进程编程的一些原理。...

Practic Guides to STL

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.

本原代码是基于C语言的原程序。是经典中的小游戏。-primitive code is based on the C language of the original procedure. Classic is a small game.

本例的进程处理器程序实现了进程的列举、进程的切换、启动新的进程、杀死进程、命令行处理等功能。-cases the processors in the process realized by the enumeration process, the process of switching and started a new process, killing process, the command line processing capabilities.

通过消息机制实现Exe程序间的数据交换，实现进程间的通讯的有一个方法！-information through mechanisms Exe procedures between the exchange of information, to achieve inter-process communication in a way!

很多人都知道端口到进程映射的一个免费工具FoundStone的Fport，可惜他不提供源码，我试着能从其二进制文件中找出一些信息，大致知道他使用了些未公开函数，诸如： ZwOpenSection，ZwQuerySystemInformation-Many people are aware of the process to port a free map of Fport FoundStone tool, but he does not provide source code, I tried from its binary documents to find some information, he is generally aware of the use of some functions not open to the public, such as : ZwOpenSection, ZwQuerySystemInformation

.net的线程池，功能等同于.net framework下的Threadpool-. net of the thread pool, the functional equivalent. net framework under Threadpool

实现心血管功能无创监测及参数分析，包括了界面、通讯、数据管理、打印等功能！-To achieve non-invasive monitoring of cardiovascular function and parameter analysis, including the interface, communications, data management, printing and other functions!

操作系统实验2：进程调度策略的模拟实现 1、 设计一个有 N个进程共行的进程调度程序。 2、 每个进程有一个进程控制块PCB来表示，进程控制块的格式为： 进程名 优先数 到达时间 需要运行时间 已占用CPU时间 进程状态 a) 进程优先数、需要运行时间、到达时间可以事先人为地指定，也可以随机产生，注意初始化上述数值时要尽量使进程并发执行，而不是按到达时间顺序调度。 b) 进程的运行时间以时间片为单位进行计算。 c) 进程状态分为就绪、运行、完成三种状态之，分别用W、R、F表示。 3、 进程调度规则如下： a) 就绪进程获得 CPU后都只能运行一个时间片。用已占用CPU时间加1来表示。 b) 如果运行一个时间片后，进程已占用 CPU时间达到所需要运行时间，则进程完成，撤销该进程。 c) 如果运行一个时间片后，进程已占用CPU时间还未达到所需要运行时间，即进程需要继续运行，将它插入就绪队列，队列重新排序，等待CPU。 d) 重复以上过程，直到所要进程都完成为止。 -two experimental operating system : the process of scheduling strategy to achieve a simulation. Design is a process of a total of N the process scheduler. 2, each process is a process control block to PCB said that the process control block format : process a few who arrived at the priority needs time to time running CPU time a state process) process priority number. need to run time, arriving in time prior to artificially designated, can also randomly generated, Initialization attention to the above values are to m

此为操作系统实验报告：虚拟存储器 内含：程序流程图 设计思路 主要源码等等。 简介：在计算机系统中，为了提高主存利用率，往往把辅助存储器（如磁盘）作为主存储器的扩充，使多道运行的作业的全部逻辑地址空间总和可以超出主存的绝对地址空间。用这种办法扩充的主存储器称为虚拟存储器。通过本实验帮助同学理解在分页式存储管理中怎样实现虚拟存储器。-experimental operating system for this report : virtual memory consisting of : flowchart design major source so on. Description : in the computer system, in order to increase the utilization rate of survival, often auxiliary memory (such as disks) as a main memory expansion, multi-channel operation run the logic address space can exceed the sum of the absolute main memory address space. Use this method to expand the main memory known as virtual memory. Through this experiment to help students understand the paging storage management how to achieve virtual memory.