Linux 0.11源代码(有详细的中文注释)，学习Linux早期内核很好的教程...

数据库算法源代码，一本关于uCOS-II的经典教程，特别适合嵌入式系统开发的人员-database algorithm source code, an on uCOS-II classic handbook, particularly for embedded systems development staff

Linux下的socks的程序源程序,用于socks的代理服务-Linux socks procedure source program, uses in the socks proxy to serve

一周内学会linux系统管理PPT文档。第一讲Linux的概述.ppt第十六讲NFS服务.ppt-Institute of linux system administration within a week PPT document. First talk about Linux, an overview. Ppt 16th speaking NFS services. Ppt

清华大学－电子信息工程系－实验用ARM-linux－源代码－CLOCK篇-Tsinghua University- Electronic Information Engineering- experiment with ARM-linux-source code-CLOCK articles

STV0297的QAM解码芯片的 Linux 驱动程序-STV0297 Linux driver

该模拟的UNIX文件系统应该有以下功能： 多级目录的结构，第一目录为用户名，其余的为它的子目录； 多用户的功能，有8个用户使用同一块数据区； 具有用户登录和注册的功能，如果用户没有用户名和密码就应该注册，如果有了用户名和密码就应该登陆； -simulation of the UNIX file system should have the following features : multi-level directory structure, the first directory to the user name, the rest are in a subdirectory; Multi-user functions, eight users with a data area; With user login and registration functions, if users do not have a user name and secret the codes would be registered, if we have a user name and password should landing;

《unix/Linux下的Curses库开发指南》综合示例程序 -instances program

linux下的gui图形界面编程应用程序-the gui graphics application programming interface

华中理工大学98级研究生linux系统分析报告上载-Huazhong University of Science and 98 postgraduate linux analysis report available

本次实验的目的在于将nachos中的锁机制和条件变量的实现补充完整，并利用这些同步机制实现几个基础工具类。实验内容分三部分：实现锁机制和条件变量，并利用这些同步机制将实验一中所实现双向有序链表类修改成线程安全的；实现一个线程安全的表结构；实现一个大小受限的缓冲区（详细内容请看nachos-labs.pdf）。-the purpose of the experiment is to the nachos lock mechanism and conditions for the realization of supplementary variables integrity, Using these synchronization mechanism based tool for achieving several categories. Experiment three parts : achieving lock mechanism and variable conditions, Using these experimental synchronization mechanism as a bidirectional orderly objectlist revise the security thread; the realization of a security thread table structure; the realization of a limited size of the buffer zone (for details, please see nachos- labs.pdf).