设备驱动开发必备经典－linux设备驱动程序（第三版）E文

东方白

linux经典的驱动开发书籍，必备。
【文件名】:06324@52RD_Oreilly.linux.device.drivers.3rd.edition.feb.2005.ebook-ddu.chm
【格　式】:chm
【大　小】:1379K
【简　介】:Over the years, this bestselling guide has helped countless programmers learn how to support computer peripherals under the Linux operating system, and how to develop new hardware under Linux. Now, with this third edition, it's even more helpful, covering all the significant changes to Version 2.6 of the Linux kernel. Includes full-featured examples that programmers can compile and run without special hardware
【目　录】:
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东方白

Preface
     Jon's Introduction
     Alessandro's Introduction
     Greg's Introduction
     Audience for This Book
     Organization of the Material
     Background Information
     Online Version and License
     Conventions Used in This Book
     Using Code Examples
     We'd Like to Hear from You
     Safari Enabled
     Acknowledgments
     Chapter 1.  An Introduction to Device Drivers
     Section 1.1.  The Role of the Device Driver
     Section 1.2.  Splitting the Kernel
     Section 1.3.  Classes of Devices and Modules
     Section 1.4.  Security Issues
     Section 1.5.  Version Numbering
     Section 1.6.  License Terms
     Section 1.7.  Joining the Kernel Development Community
     Section 1.8.  Overview of the Book
     Chapter 2.  Building and Running Modules
     Section 2.1.  Setting Up Your Test System
     Section 2.2.  The Hello World Module
     Section 2.3.  Kernel Modules Versus Applications
     Section 2.4.  Compiling and Loading
     Section 2.5.  The Kernel Symbol Table
     Section 2.6.  Preliminaries
     Section 2.7.  Initialization and Shutdown
     Section 2.8.  Module Parameters
     Section 2.9.  Doing It in User Space
     Section 2.10.  Quick Reference
     Chapter 3.  Char Drivers
     Section 3.1.  The Design of scull
     Section 3.2.  Major and Minor Numbers
     Section 3.3.  Some Important Data Structures
     Section 3.4.  Char Device Registration
     Section 3.5.  open and release
     Section 3.6.  scull's Memory Usage
     Section 3.7.  read and write
     Section 3.8.  Playing with the New Devices
     Section 3.9.  Quick Reference
     Chapter 4.  Debugging Techniques
     Section 4.1.  Debugging Support in the Kernel
     Section 4.2.  Debugging by Printing
     Section 4.3.  Debugging by Querying
     Section 4.4.  Debugging by Watching
     Section 4.5.  Debugging System Faults
     Section 4.6.  Debuggers and Related Tools
     Chapter 5.  Concurrency and Race Conditions
     Section 5.1.  Pitfalls in scull
     Section 5.2.  Concurrency and Its Management
     Section 5.3.  Semaphores and Mutexes
     Section 5.4.  Completions
     Section 5.5.  Spinlocks
     Section 5.6.  Locking Traps
     Section 5.7.  Alternatives to Locking
     Section 5.8.  Quick Reference
     Chapter 6.  Advanced Char Driver Operations
     Section 6.1.  ioctl
     Section 6.2.  Blocking I/O
     Section 6.3.  poll and select
     Section 6.4.  Asynchronous Notification
     Section 6.5.  Seeking a Device
     Section 6.6.  Access Control on a Device File
     Section 6.7.  Quick Reference
     Chapter 7.  Time, Delays, and Deferred Work
     Section 7.1.  Measuring Time Lapses
     Section 7.2.  Knowing the Current Time
     Section 7.3.  Delaying Execution
     Section 7.4.  Kernel Timers
     Section 7.5.  Tasklets
     Section 7.6.  Workqueues
     Section 7.7.  Quick Reference
     Chapter 8.  Allocating Memory
     Section 8.1.  The Real Story of kmalloc
     Section 8.2.  Lookaside Caches
     Section 8.3.  get_free_page and Friends
     Section 8.4.  vmalloc and Friends
     Section 8.5.  Per-CPU Variables
     Section 8.6.  Obtaining Large Buffers
     Section 8.7.  Quick Reference
     Chapter 9.  Communicating with Hardware
     Section 9.1.  I/O Ports and I/O Memory
     Section 9.2.  Using I/O Ports
     Section 9.3.  An I/O Port Example
     Section 9.4.  Using I/O Memory
     Section 9.5.  Quick Reference
     Chapter 10.  Interrupt Handling
     Section 10.1.  Preparing the Parallel Port
     Section 10.2.  Installing an Interrupt Handler
     Section 10.3.  Implementing a Handler
     Section 10.4.  Top and Bottom Halves
     Section 10.5.  Interrupt Sharing
     Section 10.6.  Interrupt-Driven I/O
     Section 10.7.  Quick Reference
     Chapter 11.  Data Types in the Kernel
     Section 11.1.  Use of Standard C Types
     Section 11.2.  Assigning an Explicit Size to Data Items
     Section 11.3.  Interface-Specific Types
     Section 11.4.  Other Portability Issues
     Section 11.5.  Linked Lists
     Section 11.6.  Quick Reference
     Chapter 12.  PCI Drivers
     Section 12.1.  The PCI Interface
     Section 12.2.  A Look Back: ISA
     Section 12.3.  PC/104 and PC/104+
     Section 12.4.  Other PC Buses
     Section 12.5.  SBus
     Section 12.6.  NuBus
     Section 12.7.  External Buses
     Section 12.8.  Quick Reference
     Chapter 13.  USB Drivers
     Section 13.1.  USB Device Basics
     Section 13.2.  USB and Sysfs
     Section 13.3.  USB Urbs
     Section 13.4.  Writing a USB Driver
     Section 13.5.  USB Transfers Without Urbs
     Section 13.6.  Quick Reference
     Chapter 14.  The Linux Device Model
     Section 14.1.  Kobjects, Ksets, and Subsystems
     Section 14.2.  Low-Level Sysfs Operations
     Section 14.3.  Hotplug Event Generation
     Section 14.4.  Buses, Devices, and Drivers
     Section 14.5.  Classes
     Section 14.6.  Putting It All Together
     Section 14.7.  Hotplug
     Section 14.8.  Dealing with Firmware
     Section 14.9.  Quick Reference
     Chapter 15.  Memory Mapping and DMA
     Section 15.1.  Memory Management in Linux
     Section 15.2.  The mmap Device Operation
     Section 15.3.  Performing Direct I/O
     Section 15.4.  Direct Memory Access
     Section 15.5.  Quick Reference
     Chapter 16.  Block Drivers
     Section 16.1.  Registration
     Section 16.2.  The Block Device Operations
     Section 16.3.  Request Processing
     Section 16.4.  Some Other Details
     Section 16.5.  Quick Reference
     Chapter 17.  Network Drivers
     Section 17.1.  How snull Is Designed
     Section 17.2.  Connecting to the Kernel
     Section 17.3.  The net_device Structure in Detail
     Section 17.4.  Opening and Closing
     Section 17.5.  Packet Transmission
     Section 17.6.  Packet Reception
     Section 17.7.  The Interrupt Handler
     Section 17.8.  Receive Interrupt Mitigation
     Section 17.9.  Changes in Link State
     Section 17.10.  The Socket Buffers
     Section 17.11.  MAC Address Resolution
     Section 17.12.  Custom ioctl Commands
     Section 17.13.  Statistical Information
     Section 17.14.  Multicast
     Section 17.15.  A Few Other Details
     Section 17.16.  Quick Reference
     Chapter 18.  TTY Drivers
     Section 18.1.  A Small TTY Driver
     Section 18.2.  tty_driver Function Pointers
     Section 18.3.  TTY Line Settings
     Section 18.4.  ioctls
     Section 18.5.  proc and sysfs Handling of TTY Devices
     Section 18.6.  The tty_driver Structure in Detail
     Section 18.7.  The tty_operations Structure in Detail
     Section 18.8.  The tty_struct Structure in Detail
     Section 18.9.  Quick Reference
   Chapter 19.  Bibliography
     Section 19.1.  Books
     Section 19.2.  Web Sites
   Index

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jeanfang

【文件名】:08828@52RD_linux设备驱动程序(中文第三版) 2.6内核.pdf
【格　式】:pdf
【大　小】:1551K
【简　介】:
【目　录】:


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