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The Linux® Kernel Primer: A Top-Down Approach for x86 and PowerPC Architectures

By Claudia Salzberg Rodriguez, Gordon Fischer, Steven Smolski

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Publisher: Prentice Hall PTR

Pub Date: September 21, 2005

ISBN: 0-13-118163-7

Pages: 648

Table of Contents  | Index

Copyright

Prentice Hall: Open Source Software Development Series

Foreword

Acknowledgments

About the Authors

Preface

Intended Audience

Organization of Material

Our Approach

Conventions

Chapter 1.  Overview

Section 1.1.  History of UNIX

Section 1.2.  Standards and Common Interfaces

Section 1.3.  Free Software and Open Source

Section 1.4.  A Quick Survey of Linux Distributions

Section 1.5.  Kernel Release Information

Section 1.6.  Linux on Power

Section 1.7.  What Is an Operating System?

Section 1.8.  Kernel Organization

Section 1.9.  Overview of the Linux Kernel

Section 1.10.  Portability and Architecture Dependence

Summary

Exercises

Chapter 2.  Exploration Toolkit

Section 2.1.  Common Kernel Datatypes

Section 2.2.  Assembly

Section 2.3.  Assembly Language Example

Section 2.4.  Inline Assembly

Section 2.5.  Quirky C Language Usage

Section 2.6.  A Quick Tour of Kernel Exploration Tools

Section 2.7.  Kernel Speak: Listening to Kernel Messages

Section 2.8.  Miscellaneous Quirks

Summary

Project: Hellomod

Exercises

Chapter 3.  Processes: The Principal Model of Execution

Section 3.1.  Introducing Our Program

Section 3.2.  Process Descriptor

Section 3.3.  Process Creation: fork(), vfork(), and clone() System Calls

Section 3.4.  Process Lifespan

Section 3.5.  Process Termination

Section 3.6.  Keeping Track of Processes: Basic Scheduler Construction

Section 3.7.  Wait Queues

Section 3.8.  Asynchronous Execution Flow

Summary

Project: current System Variable

Exercises

Chapter 4.  Memory Management

Section 4.1.  Pages

Section 4.2.  Memory Zones

Section 4.3.  Page Frames

Section 4.4.  Slab Allocator

Section 4.5.  Slab Allocator's Lifecycle

Section 4.6.  Memory Request Path

Section 4.7.  Linux Process Memory Structures

Section 4.8.  Process Image Layout and Linear Address Space

Section 4.9.  Page Tables

Section 4.10.  Page Fault

Summary

Project: Process Memory Map

Exercises

Chapter 5.  Input/Output

Section 5.1.  How Hardware Does It: Busses, Bridges, Ports, and Interfaces

Section 5.2.  Devices

Summary

Project: Building a Parallel Port Driver

Exercises

Chapter 6.  Filesystems

Section 6.1.  General Filesystem Concepts

Section 6.2.  Linux Virtual Filesystem

Section 6.3.  Structures Associated with VFS

Section 6.4.  Page Cache

Section 6.5.  VFS System Calls and the Filesystem Layer

Summary

Exercises

Chapter 7.  Scheduling and Kernel Synchronization

Section 7.1.  Linux Scheduler

Section 7.2.  Preemption

Section 7.3.  Spinlocks and Semaphores

Section 7.4.  System Clock: Of Time and Timers

Summary

Exercises

Chapter 8.  Booting the Kernel

Section 8.1.  BIOS and Open Firmware

Section 8.2.  Boot Loaders

Section 8.3.  Architecture-Dependent Memory Initialization

Section 8.4.  Initial RAM Disk

Section 8.5.  The Beginning: start_kernel()

Section 8.6.  The init Thread (or Process 1)

Summary

Exercises

Chapter 9.  Building the Linux Kernel

Section 9.1.  Toolchain

Section 9.2.  Kernel Source Build

Summary

Exercises

Chapter 10.  Adding Your Code to the Kernel

Section 10.1.  Traversing the Source

Section 10.2.  Writing the Code

Section 10.3.  Building and Debugging

Summary

Exercises

Bibliography

Index

转载于:https://www.cnblogs.com/titer1/archive/2011/12/31/2308960.html