open source real

LRU(最近最少使用算法) and MRU(最近最常使用算法)所谓的LRU(Least recently used)算法的基本概念是:当内存的剩余的可用空间不够时,缓冲区尽可能的先保留使用者最常使用的数据,换句话说就是优先清除”较不常使用的数据”,并释放其空间-LRU (least recently used algorithm) and MRU (most recently used) algorithm called LRU ( Least recently used) algorithm is the basic concept : When the memory of the remaining available space is insufficient, the first buffer as possible to retain the most common users of the data used, In other words priority is to eliminate the "more rarely use the data," and the release of its space

要开发一个C应用程序（.exe文件），大体上分为5个步骤（不考虑后期维护）： 问题分析――分析要解决的问题，明确问题目标，将问题（尤其是复杂问题）分解为在数据、 -To develop a C application (. Exe file), generally divided into five steps (without regard to post-maintenance): Problem Analysis- Analysis of issues to be addressed explicitly the issue of targets, the problem (in particular, are complex issues) is decomposed into in the data,

线程安全的带索引功能的对象集合类，低层为STL。-Thread-safe functions with indexed collections of objects, the lower for the STL.

一个鼠标驱动的实例，有需要的可以下载下来-a mouse-driven examples, we need look can be downloaded from

一个注册表监控封装类，当监控的注册表键值发生变化，会触发回调事件检索，是一个学习注册表操作非常好的参考。

8086bios的原码,这可是IBM PC/XT的核心内容!-8086 bios datasheet,it is IBM PC/XT core datasheet

内核，是一个操作系统的核心。它负责管理系统的进程、内存、设备驱动程序、文件和网络系统，决定着系统的性能和稳定性。Linux作为一个自由软件，在广大爱好者的支持下，内核版本不断更新。新的内核修订了旧内核的bug，并增加了许多新的特性。如果用户想要使用这些新特性，或想根据自己的系统度身定制一个更高效，更稳定的内核，就需要重新编译内核。本文将以RedHat Linux 6.0（kernel 2.2.5）为操作系统平台，介绍在Linux上进行内核编译的方法。 -Kernel is the core of an operating system. It is responsible for the process management system, memory, device drivers, files, and network system determines the system performance and stability. Linux as a free software, the majority of fans support, kernel version constantly updated. The core of the new amendments to the old kernel bug, and adds many new features. If users want to use these new features, or would like to according to their own system tailored to a more efficient, more stable core, will need to recompile the kernel. This article will be RedHat Linux 6.0 (kernel 2.2.5) for the operating system platform, introduced in the Linux kernel compile on approach.

MS-DOS 6.0源码

哈夫曼编码的实现，用C++编写的。操作系统课设时做的，可以正确的运行-Huffman encoding implementation, using C++ prepared. When the operating system to do for the class, you can run the right

利用JavaScript实现了WorstFit,BestFit,FirstFit，可以直观显示区别和联系