资源列表
HW3
- c语言，多线程实现简单的终端处理器，读取文件，遇到特殊字符时采取相应操作 -A multi-threaded program using the pthread library. Your assignment is to write a program that emulates a simple terminal handler. The terminal handler process consists of three threads. Thread 1reads charac
duo-xiancheng-chuankoutongxin
- visual c ++6.0 写的多线程通信实例-visual c++6.0 to write multi-threaded communication instance
Processus
- This a program which display all processus under Windows-This is a program which display all processus under Windows
ThreadWorker
- 利用后台工人线程自动休眠自动工作，充分展示delphi线程的优越性。涉及到delphi多线程同步、线程唤醒、线程间通讯技术。-A test for thread that works at background and call it on surface. It s include process s communitations and callback between process.
Find
- 多线程文件搜索工具源代码 。-more Thread find file
TaskTop
- C#版的进程管理器，查看进程，进程详细信息，结束进程，带有文件目录的监控。-C# version of the process manager, process view, process details, the end of the process, with directory monitoring.
killprocessvc
- 杀进程工具，可以结束扫描系统进程，结束相应进程，用户使用方便，便于集成-Process killer, you can sweep the surface of the end of the system, kill the corresponding process, the user easy to use, easy to integrate
thread
- 在windows环境下，使用VC实现进程间的通信-In the windows environment, use the VC to achieve inter-process communication
process
- 掌握使用一门语言进行多线程编程 编写程序将多线程的执行过程动态的演示出来。-Master the use of a multi-threaded programming language for writing multi-threaded program execution out of a dynamic presentation.
process-tongbu-and-huchi
- 线程间的互斥：并发执行的线程共享某些类临界资源，对临界资源的访问应当采取互斥的机制。 线程间的同步：并发执行的线程间通常存在相互制约的关系，线程必须遵循一定的规则来执行，同步机制可以协调相互制约的关系。-Mutual exclusion between threads: concurrent execution threads share certain types of critical resources, access to critical resources should be
cipandiaodusuanfa
- 磁盘驱动调度对磁盘的效率有重要影响。磁盘驱动调度算法的好坏直接影响辅助存储器的效率，从而影响计算机系统的整体效率。 常用的磁盘驱动调度算法有：最简单的磁盘驱动调度算法是先入先出（FIFO）法。这种算法的实质是，总是严格按时间顺序对磁盘请求予以处理。算法实现简单、易于理解并且相对公平，不会发生进程饿死现象。但该算法可能会移动的柱面数较多并且会经常更换移动方向，效率有待提高。-Disk drive scheduling efficiency of the disk have a major
FileMappingServer
- 这是一个模拟VC编程下，多线程下的通信过程，简单易懂的例子！-This is a simulation of VC program, the multi-threaded communications process, easy to understand examples!