操作系统进程通信源码

使用NSSortDescriptor类对NSArray数组中的数据按照规则排序。-NSArray Class NSSortDescriptor use of the data in an array sorted in accordance with the rules.

c模拟时钟原程序-c original analog clock procedures

文件属性的改变以及移动文件的c语言程序源代码-Change file attributes, and mobile file c language source code

运行于T-Engine(使用T-Kernel操作系统)的实例源码，该T-Engine采用处理器为sh7727-Running on T-Engine (the use of T-Kernel operating system) source code examples, the T-Engine used for the SH7727 processor

使用C++编写的计算器,包括所有的一般计算功能。-The use of C++ Prepared Calculator, including all general computing.

测试还未成功，主要是在winNT和2000下远程隐藏进程-Test has not been successful, mainly in the WinNT and 2000 long-range hidden under the process of

本次程序的题目为：进程管理――支持多个进程并发运行的简单的进程管理模拟系统，对本实验的分析要求是：⑴系统中的同步机构采用信号量上的P、V操作的机制；⑵控制机构包括阻塞和唤醒操作；⑶时间片中断处理程序处理模拟的时间片中断；⑷进程调度程序负责为各进程分配处理机；⑸根据用户的需求来创建n个进程(n为即满足用户需求,又不超出系统可容的最大进程数),各进程互斥地访问使用临界资源 S1、S2；⑹使用动态优先数(如：随阻塞次数的增加而减小优先数，以提高其优先权)；⑺进程结束后应能够撤消；⑻进程间能实现“发送”和“接收”两个消息缓冲通信操作；⑼系统在运行过程中随机打印出各进程的状态变换过程、系统的调度过程及公共变量的变化情况，在一个进程运行完毕，进入完成状态后，可以将该进程撤消，也可以动态的创建另一个新的进程。-the procedures on the topic of : process management-- to support multiple concurrent processes running a simple process management simulation system for the analysis of the experimental requirements are : 1 system of institutions using synchronous signals on the amount of P, V operation of the mechanism; 2 control agencies, including obstruction and awaken operation ; 3-time interrupt handling procedures-time simulation of interruption; 4 process scheduler is responsible for the allocation process processors; together according to the user"s needs to create process n (n that meet user needs, without exceeding the system can accommodate

在Linux Red Hat下用C++设计并实现一个多用户多级目录结构的文件系统。-In the Linux Red Hat using C++ Designed and implemented a multi-user multi-level directory structure of the file system.

用C语言模拟操作系统的队列及时间片分配 简单-C language simulation operating system queue and the time allocated simple film

应用背景 一个小型的多任务的操作系统的实现，用于学习，多任务调度与管理，使用标准c语言开发。 关键技术一个小型的多任务的操作系统的实现，用于学习，多任务调度与管理，使用标准c语言开发。一个真正微型操作系统,比uCOS更小,只支持16个任务,但速度更快,所占资源更少。a real micro-operating system, even smaller than for uCOS, which only supports 16 missions, but even faster. share with fewer resources.