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uClinux_SkyEye
- 准备uClinux开发工具和内核源代码 2. 配置内核 3.准备bootloader 4. 准备调试工具-prepared uClinux development tools and kernel source code 2. Kernel Configuration 3. Prepared bootloa der 4. Debugging tools ready
embedLinuxexplant
- 嵌入式Linux 内核移植相关代码分析 本文通过整理之前研发的一个项目(ARM7TDMI +uCLinux)，分析内核启动过程及需要修改的文件，以供 内核移植者参考。整理过程中也同时参考了众多网友的帖子，在此谢过。由于整理过程匆忙，难免错误 及讲解的不够清楚之处，请各位网友指正，这里提前谢过。本文分以下部分进行介绍： 1. Bootloader 及内核解压 2. 内核启动方式介绍 3. 内核启动地址的确定 4. arch/armnommu/kernel/h
xen-4.0.0.tar
- xen-patches-2.6.31-10.tar.bz2是xen挂载到内核上-xen-patches-2.6.31-10.tar.bz2 add to kernel
linux_boot_process
- The Linux 2.4内核启动过程 详解linux内核各个模块儿如何加载实现-The Linux 2.4 kernel linux boot process Xiangjie children how to load the kernel modules to achieve
Linux_RIP_router
- 文章主要讲述在X86硬件平台下，结合linux kernel 2.4 系统环境开发RIP 路由器的基本原理及实现 的三个主要环节——嵌入式linux 的构建，命令行接口（CLI）实现，RIP 路由协议实现，同时也给出了一些针对RIP 路由协 议的优化方法。-This paper mainly describes the X86 hardware platform, system environment with linux kernel 2.4 RIP router developmen
madplayer-porting
- madplayer 移植coAsa2440-s3c2440 編譯器:3.4.1 kernel:2.6.24 -madplayer transplant coAsa2440-s3c2440 compiler: 3.4.1 kernel: 2.6.24
Find_Your_Own_iOS_Kernel_Bug
- 自己动手发现iOS内核缺陷 1.iOS 内核基础 2.已知Bugs 3.被动 Fuzz 4.主动 Fuzz 5.分析真实Bug 6.总结 -Find_Your_Own_iOS_Kernel_Bug 1.iOS Kernel Basics 2.Summary of Known Bugs 3.Passive Fuzz 4.Active Fuzz 5.Analyze Real Bug 6.Conclusion
Linux_device_drivers_3rd_ed.tar
- This the third edition of Linux Device Drivers. The kernel has changed greatly since this book was first published, and we have tried to evolve the text to match. This edition covers the 2.6.10 kernel as completely as we are able. We have, this t
Step-by-step-2.4
- 此安裝是在Red Hat 9.0系統下,另外下載2.4.28版本之核心來安裝驅動程式-kernel compile
m4-1.4.16.tar
- From the bridge-utils homepage: A bridge is a way to connect two Ethernet segments together in a protocol independent way. Packets are forwarded based on Ethernet address, rather than IP address (like a router). Since forwarding is done a
LVM卷扩容
- LVM是 Logical Volume Manager(逻辑卷管理)的简写，它由Heinz Mauelshagen在Linux 2.4内核上实现。LVM将一个或多个硬盘的分区在逻辑上集合，相当于一个大硬盘来使用，当硬盘的空间不够使用的时候，可以继续将其它的硬盘的分区加入其中，这样可以实现磁盘空间的动态管理，相对于普通的磁盘分区有很大的灵活性。(LVM is shorthand for Logical Volume Manager (logical volume management), whic