资源列表
TCPjava
- 这个java code是我学校的东西，应该可以帮到大家去解决网络的问题-this school is something I should be able to help you to solve network problems
C811
- 一个关于多线程的VC程序，上面附加有说明 对于学习多线程编程的应该有所帮助-a multi-threaded on the VC procedures, attaching a note above for study multithreaded programming should help
多线程画笔
- 用delphi实现的多线程画笔工具 用来交多线程作业绝对没问题-use of the multi-threading paintbrush tool is used to pay multi-threaded operation absolutely no problem
TRRemote
- 很强的远程管理源码， 包括远程关机、重启， 远程*进程，远程停止服务-strong source of remote management, including remote shutdown and restart, remote kill the process, long-range stop service
test航空售票
- 一个简单的模拟飞机售票系统，有利于初学进程，利于熟悉多线程编程。是我第一次做出的多线程程序-a simple simulation of the plane ticketing system is conducive to the process of learning, conducive familiar with multi-threaded programming. The first time I made the multithreaded
classexample1 两个进程合作累加数组
- 两个进程合作累加数组。也是一个简单的进程程序，从老师那里弄来的，对学习进程有很大帮助 -two cumulative array cooperation process. Also a simple process procedures, obtained from the teachers there, the learning process is very helpful
cpp
- 由于UNIX系统是分时多用户系统, CPU按时间片分配给各个用户使用, 而在实质上 应该 说CPU按时间片分配给各个进程使用, 每个进程都有自己的运行环境以使得在CPU 做进程 切换时不会\"忘记\"该进程已计算了一半的\"半成品\".-UNIX system is due to the multiple user system, CPU time allocated to each unit users, but in essence, it should be said
linux-fifo
- 在linux下使用C语言开发的进程控制程序-the use of C language development process control procedures
线程的创建与撤消
- 操作系统课程设计：线程的创建与撤消（有文档）-courses on operating system design : the creation of threads and withdrawn (with documentation)
基于Windows的精确定时技术
- 基于Windows的精确定时技术，可实现windows环境下的软件定时触发-Windows-based precision timing technology, the environment can be realized under the windows software regularly trigger
processterm
- 用VC在进行Excel操作时,Excel关不掉,必须通过系统工具来关掉,很不方便,可在程序中功能完成后直接关掉.-VC during the operation of Excel, Excel clearance everything must pass system tools to turn off, which was very inconvenient, the process can be completed directly after the function turned off
进程管理与调度的模拟
- 在进程管理与调度模拟系统中，共涉及到两个类和一个结构体：PCB结构体、链队列类和OS类。操作系统启动后，在系统内将存在PCB池，用来存放进程的PCB结构，PCB池的大小决定了系统中能同时存在的进程数量。在本系统中，假定系统能同时存在的进程数为20个，用一个PCB的数组来表示。PCB池中的PCB会有四种状态：运行状态、就绪状态、阻塞状态和空闲状态，所以，在操作系统中将会有四种队列：运行队列、就绪对列、阻塞队列和空闲队列。进程的创建随着操作系统的调度，将会在这四种队列中变迁。-in process