资源列表
Tasking
- 是一个多线程的例子，演示主线程和空闲辅助线程的使用方法-is a multithreaded example, the main demonstration supporting idle threads and the use of threads
多线程的的使用
- 这个是一个关于多线程的程序线程其实是计算机运行的最小单位-This is a multi-threaded on the procedures thread is the smallest computer operating units
单线程的使用
- 这是一个单线程的源代码单线程应该是除了主线程外的唯一的一个线程-This is a single-threaded the source code should be the main thread outside the only one thread
多线程管理
- 本程序能实现多线程调度演示，其中包括线程阻塞及就绪演示-this program to achieve multithreaded scheduling presentations, including obstruction and thread ready demo
vc_查看进程
- AppWizard has created this listprocess application for you. This applicationnot only demonstrates the basics of using the Microsoft Foundation classesbut is also a starting point for writing your application.
processschedule
- 本人的操作系统题目，用优先级算法实现进程调度，可以随时添加进程进入就绪队列。-subject of the operating system, with priority scheduling algorithm process, the process can be added at any time into ready queue.
vc编的多线程演示程序
- 演示多线程,可以挂起和唤醒线程,很好的啊!-demonstration Multithreading can be flown and awaken threads, good ah !
安全稳定的实现进线程监控
- 用PsSetCreateProcessNotifyRoutine,PsSetCreateThreadNotifyRoutine来进行进程线程监控我想大家已经都非常熟练了.sinister在<>一文中已经实现得很好了.前一段时间看到网上有人在研究监视远线程的文章,比较有意思.就写代码玩一玩.这之中就出现了一些问题.比方说直接用sinister的代码的话,是不能动态卸载的,因为他在安装了进线程监视函数后没有进行清除动作,造成在动态卸载时蓝屏,BUGCHECK为0x000000ce,错误码
windows多线程con
- windows多线程编程dos版本改版本在windows consel下实现-windows multithreaded programming dos version changed version of the windows under consel
windows多线程mfc
- windows多线程编程，利用mfc的方式实现。与dos版本可互补。-windows multithreaded programming, using mfc ways. Dos version and complement each other.
*系统进程代码
- 该软件提供了打开进程，*进程，刷新进程等功能，对了解windows的进程程序的编写方法很有帮助，建议学习进程的同志参考参考！-The software provides the open process, kill the process, setting a new process and other functions, the windows to the understanding of the process of writing helpful approach, the prop
glibc-linuxthreads-2.3.tar
- This release 0.7 (late beta) of LinuxThreads, a BiCapitalized implementation of the Posix 1003.1c \"pthread\" interface for Linux. LinuxThreads provides kernel-level threads: each thread is a separate Unix process, sharing its address space with the