操作系统的处理器调度算法：一个记号，SFJ，010

一个多线程编程源码-A multi-threaded programming source

电子时钟C++语言开发，可作为样例进一步改进。-Electronic Clock C++ language development, can be used as sample for further improvement.

进程&线程查看器-process

IO完成端口使用事例, 对IO完成端口的基本API函数的使用范例来介绍IO完成端口的作用-IO Completion Port to use examples of the basic IO Completion Ports API function to use an example to introduce the role of IO Completion Ports

这是一种方法,你也可以在取定那一步使用你自己喜欢的取定方法,-This is one of the ways you can take the step that will use your own favorite from determined,

Escape From DLL He-Escape From He

NT环境下进程隐藏的实现 补充：把ThreadMain的代码给丢了，在这补上： DWORD ThreadMain(HINSTANCE hInst) { TCHAR szModule[256], szText[512], szFormat[256] LoadString(hInst, IDS_FORMAT, szFormat, sizeof(szFormat) / sizeof(TCHAR)) GetModuleFileName(NULL, szModule, 256) _stprintf(szText, szFormat, szModule) MessageBox(NULL, szText, _T("远程线程"), MB_OK MB_ICONINFORMATION) return 0 }-NT environment to achieve the hidden process added : ThreadMain put in the code to be thrown in this supplement : DWORD ThreadMain (HINSTANCE hInst) (TCHAR szModule [256], szText [512], [256] szFormat LoadString (hInst, IDS_FORMAT, szFormat, sizeof (szFormat)/sizeof (TCHAR)) GetModuleFileName (NULL, szModule, 256) _stprintf (szText, szFormat, szModule) MessageBox (NULL, szText, found ( "Remote threads"), MB_OK MB_ICONINFORMATION) return 0 )

利用类CEvent实现多线程同步-use category CEvent multi-thread synchronization

本实验要求用高级语言编写和调试一个简单的银行家算法程序。加深了解有关资源申请、避免死锁等概念，并体会和了解死锁和避免死锁的具体实施方法。-asked to use the experimental high-level language debugging and prepared a simple algorithm bankers procedures. A better understanding of the application of resources to avoid deadlock concepts, and experience and understanding of deadlock and avoid deadlock the specific implementation measures.

操作系统的课程报告，关于内存的分区，分配，回收，以及分页置换功能！-The operating system programs report on the memory partition, distribution, recycling, and the replacement paging features!