Tesis
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Publicado: 7 de marzo de 2013
Building Embedded Linux Systems
Author Publisher Date Published ISBN : Karim Yaghmour : O'Reilly : April 2003 : 0-596-00222-X
Table of Contents
Dedication Preface Audience of This Book Scope and Background Information Organization of the Material Hardware Used in This Book Software Versions Book Web Site Typographical Conventions Contact Information Acknowledgments
Chapter 1. IntroductionSection 1.1. Definitions Section 1.2. Real Life and Embedded Linux Systems Section 1.3. Example Multicomponent System Section 1.4. Design and Implementation Methodology
Chapter 2. Basic Concepts Section 2.1. Types of Hosts Section 2.2. Types of Host/Target Development Setups Section 2.3. Types of Host/Target Debug Setups Section 2.4. Generic Architecture of an Embedded Linux System Section2.5. System Startup Section 2.6. Types of Boot Configurations Section 2.7. System Memory Layout
Chapter 3. Hardware Support Section 3.1. Processor Architectures Section 3.2. Buses and Interfaces Section 3.3. I/O
Section 3.4. Storage Section 3.5. General Purpose Networking Section 3.6. Industrial Grade Networking Section 3.7. System Monitoring
Chapter 4. Development Tools Section 4.1. Usinga Practical Project Workspace Section 4.2. GNU Cross-Platform Development Toolchain Section 4.3. C Library Alternatives Section 4.4. Java Section 4.5. Perl Section 4.6. Python Section 4.7. Ada Section 4.8. Other Programming Languages Section 4.9. Integrated Development Environments Section 4.10. Terminal Emulators
Chapter 5. Kernel Considerations Section 5.1. Selecting a Kernel Section 5.2.Configuring the Kernel Section 5.3. Compiling the Kernel Section 5.4. Installing the Kernel Section 5.5. In the Field
Chapter 6. Root Filesystem Content Section 6.1. Basic Root Filesystem Structure Section 6.2. Libraries Section 6.3. Kernel Modules Section 6.4. Kernel Images Section 6.5. Device Files Section 6.6. Main System Applications Section 6.7. Custom Applications Section 6.8. SystemInitialization
Chapter 7. Storage Device Manipulation Section 7.1. MTD-Supported Devices Section 7.2. Disk Devices Section 7.3. To Swap or Not to Swap
Chapter 8. Root Filesystem Setup Section 8.1. Selecting a Filesystem Section 8.2. Using an NFS-Mounted Root Filesystem to Write a Filesystem Image to Flash Section 8.3. CRAMFS Section 8.4. JFFS2 Section 8.5. Disk Filesystem over NFTL Section 8.6.Disk Filesystem over RAM Disk Section 8.7. Mounting Directories on TMPFS Section 8.8. Live Updates
Chapter 9. Setting Up the Bootloader Section 9.1. Bootloaders Galore Section 9.2. Server Setup for Network Boot Section 9.3. Using LILO with Disk and CompactFlash Devices Section 9.4. Using GRUB with DiskOnChip Devices Section 9.5. U-Boot
Chapter 10. Setting Up Networking Services Section 10.1.The Internet Super-Server Section 10.2. Remote Administration with SNMP Section 10.3. Network Login Through Telnet Section 10.4. Secure Communication with SSH Section 10.5. Serving Web Content Through HTTP Section 10.6. Dynamic Configuration Through DHCP
Chapter 11. Debugging Tools Section 11.1. Debugging Applications with gdb Section 11.2. Tracing Section 11.3. Performance Analysis Section11.4. Memory Debugging Section 11.5. A Word on Hardware Tools
Appendix A. Worksheet Section A.1. Project Identification Section A.2. Hardware Summary Section A.3. Development Tools Section A.4. Kernel
Section A.5. Root filesystem Section A.6. Storage Device Organization Section A.7. Bootloader Configuration and Use Section A.8. Networking services Section A.9. Custom Project Software SectionA.10. Debug Notes Section A.11. Additional Notes Section A.12. Embedded Linux Systems Worksheet
Appendix B. Resources Section B.1. Online Section B.2. Books Section B.3. Publications Section B.4. Organizations Section B.5. Linux and Open-Source-Oriented Hardware Projects
Appendix C. Important Licenses and Notices Section C.1. Exclusion of User-Space Applications from Kernel's GPL Section...
Author Publisher Date Published ISBN : Karim Yaghmour : O'Reilly : April 2003 : 0-596-00222-X
Table of Contents
Dedication Preface Audience of This Book Scope and Background Information Organization of the Material Hardware Used in This Book Software Versions Book Web Site Typographical Conventions Contact Information Acknowledgments
Chapter 1. IntroductionSection 1.1. Definitions Section 1.2. Real Life and Embedded Linux Systems Section 1.3. Example Multicomponent System Section 1.4. Design and Implementation Methodology
Chapter 2. Basic Concepts Section 2.1. Types of Hosts Section 2.2. Types of Host/Target Development Setups Section 2.3. Types of Host/Target Debug Setups Section 2.4. Generic Architecture of an Embedded Linux System Section2.5. System Startup Section 2.6. Types of Boot Configurations Section 2.7. System Memory Layout
Chapter 3. Hardware Support Section 3.1. Processor Architectures Section 3.2. Buses and Interfaces Section 3.3. I/O
Section 3.4. Storage Section 3.5. General Purpose Networking Section 3.6. Industrial Grade Networking Section 3.7. System Monitoring
Chapter 4. Development Tools Section 4.1. Usinga Practical Project Workspace Section 4.2. GNU Cross-Platform Development Toolchain Section 4.3. C Library Alternatives Section 4.4. Java Section 4.5. Perl Section 4.6. Python Section 4.7. Ada Section 4.8. Other Programming Languages Section 4.9. Integrated Development Environments Section 4.10. Terminal Emulators
Chapter 5. Kernel Considerations Section 5.1. Selecting a Kernel Section 5.2.Configuring the Kernel Section 5.3. Compiling the Kernel Section 5.4. Installing the Kernel Section 5.5. In the Field
Chapter 6. Root Filesystem Content Section 6.1. Basic Root Filesystem Structure Section 6.2. Libraries Section 6.3. Kernel Modules Section 6.4. Kernel Images Section 6.5. Device Files Section 6.6. Main System Applications Section 6.7. Custom Applications Section 6.8. SystemInitialization
Chapter 7. Storage Device Manipulation Section 7.1. MTD-Supported Devices Section 7.2. Disk Devices Section 7.3. To Swap or Not to Swap
Chapter 8. Root Filesystem Setup Section 8.1. Selecting a Filesystem Section 8.2. Using an NFS-Mounted Root Filesystem to Write a Filesystem Image to Flash Section 8.3. CRAMFS Section 8.4. JFFS2 Section 8.5. Disk Filesystem over NFTL Section 8.6.Disk Filesystem over RAM Disk Section 8.7. Mounting Directories on TMPFS Section 8.8. Live Updates
Chapter 9. Setting Up the Bootloader Section 9.1. Bootloaders Galore Section 9.2. Server Setup for Network Boot Section 9.3. Using LILO with Disk and CompactFlash Devices Section 9.4. Using GRUB with DiskOnChip Devices Section 9.5. U-Boot
Chapter 10. Setting Up Networking Services Section 10.1.The Internet Super-Server Section 10.2. Remote Administration with SNMP Section 10.3. Network Login Through Telnet Section 10.4. Secure Communication with SSH Section 10.5. Serving Web Content Through HTTP Section 10.6. Dynamic Configuration Through DHCP
Chapter 11. Debugging Tools Section 11.1. Debugging Applications with gdb Section 11.2. Tracing Section 11.3. Performance Analysis Section11.4. Memory Debugging Section 11.5. A Word on Hardware Tools
Appendix A. Worksheet Section A.1. Project Identification Section A.2. Hardware Summary Section A.3. Development Tools Section A.4. Kernel
Section A.5. Root filesystem Section A.6. Storage Device Organization Section A.7. Bootloader Configuration and Use Section A.8. Networking services Section A.9. Custom Project Software SectionA.10. Debug Notes Section A.11. Additional Notes Section A.12. Embedded Linux Systems Worksheet
Appendix B. Resources Section B.1. Online Section B.2. Books Section B.3. Publications Section B.4. Organizations Section B.5. Linux and Open-Source-Oriented Hardware Projects
Appendix C. Important Licenses and Notices Section C.1. Exclusion of User-Space Applications from Kernel's GPL Section...
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