文件名称:
The Art Of UNIX Programming (2003)
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详细说明： Copyright Addison-Wesley Professional Computing Series List of Figures List of Tables List of Examples Preface Who Should Read This Book How to Use This Book Related References Conventions Used in This Book Our Case Studies Author's Acknowledgements Part I: Context Chapter 1. Philosophy: Philosophy Matters Section 1.1. Culture? What Culture? Section 1.2. The Durability of Unix Section 1.3. The Ca se against Learning Unix Culture Section 1.4. What Unix Gets Wrong Section 1.5. What Unix Gets Right Section 1.6. Basics of the Unix Philosophy Section 1.7. The Unix Philosophy in One Lesson Section 1.8. Applying the Unix Philosophy Section 1.9. Attitude Matters Too Chapter 2. History: A Tale of Two Cultures Section 2.1. Origins and History of Unix, 1969–1995 Section 2.2. Origins and History of the Hackers, 1961–1995 Section 2.3. The Open-Source Movement: 1998 and Onward Section 2.4. The Lessons of Unix History Chapter 3. Contrasts: Comparing the Unix Philosophy with Others Section 3.1. The Elements of Operating-System Style Section 3.2. Operating-System Comparisons Section 3.3. What Goes Around, Comes Around Part II: Design Chapter 4. Modularity: Keeping It Clean, Keeping It Simple Section 4.1. Encapsulation and Optimal Module Size Section 4.2. Compactness and Orthogonality Section 4.3. Software Is a Many-Layered Thing Section 4.4. Libraries Section 4.5. Unix and Object-Oriented Languages Section 4.6. Coding for Modularity Chapter 5. Textuality: Good Protocols Make Good Practice Section 5.1. The Importance of Being Textual Section 5.2. Data File Metaformats Section 5.3. Application Protocol Design Section 5.4. Application Protocol Metaformats Chapter 6. Transparency: Let There Be Light Section 6.1. Studying Cases Section 6.2. Designing for Transparency and Discoverability Section 6.3. Designing for Maintainability Chapter 7. Multiprogramming: Separating Processes to Separate Function Section 7.1. Separating Complexity Control from Performance Tuning Section 7.2. Taxonomy of Unix IPC Methods Section 7.3. Problems and Methods to Avoid Section 7.4. Process Partitioning at the Design Level Chapter 8. Minilanguages: Finding a Notation That Sings Section 8.1. Understanding the Taxonomy of Languages Section 8.2. Applying Minilanguages Section 8.3. Designing Minilanguages Chapter 9. Generation: Pushing the Specification Level Upwards Section 9.1. Data-Driven Programming Section 9.2. Ad-hoc Code Generation Chapter 10. Configuration: Starting on the Right Foot Section 10.1. What Should Be Configurable? Section 10.2. Where Configurations Live Section 10.3. Run-Control Files Section 10.4. Environment Variables Section 10.5. Command-Line Options Section 10.6. How to Choose among the Methods Section 10.7. On Breaking These Rules Chapter 11. Interfaces: User-Interface Design Patterns in the Unix Environment Section 11.1. Applying the Rule of Least Surprise Section 11.2. History of Interface Design on Unix Section 11.3. Evaluating Interface Designs Section 11.4. Tradeoffs between CLI and Visual Interfaces Section 11.5. Transparency, Expressiveness, and Configurability Section 11.6. Unix Interface Design Patterns Section 11.7. Applying Unix Interface-Design Patterns Section 11.8. The Web Browser as a Universal Front End Section 11.9. Silence Is Golden Chapter 12. Optimization Section 12.1. Don't Just Do Something, Stand There! Section 12.2. Measure before Optimizing Section 12.3. Nonlocality Considered Harmful Section 12.4. Throughput vs. Latency Chapter 13. Complexity: As Simple As Possible, but No Simpler Section 13.1. Speaking of Complexity Section 13.2. A Tale of Five Editors Section 13.3. The Right Size for an Editor Section 13.4. The Right Size of Software Part III: Implementation Chapter 14. Languages: To C or Not To C? Section 14.1. Unix's Cornucopia of Languages Section 14.2. Why Not C? Section 14.3. Interpreted Languages and Mixed Strategies Section 14.4. Language Evaluations Section 14.5. Trends for the Future Section 14.6. Choosing an X Toolkit Chapter 15. Tools: The Tactics of Development Section 15.1. A Developer-Friendly Operating System Section 15.2. Choosing an Editor Section 15.3. Special-Purpose Code Generators Section 15.4. make: Automating Your Recipes Section 15.5. Version-Control Systems Section 15.6. Runtime Debugging Section 15.7. Profiling Section 15.8. Combining Tools with Emacs Chapter 16. Reuse: On Not Reinventing the Wheel Section 16.1. The Tale of J. Random Newbie Section 16.2. Transparency as the Key to Reuse Section 16.3. From Reuse to Open Source Section 16.4. The Best Things in Life Are Open Section 16.5. Where to Look? Section 16.6. Issues in Using Open-Source Software Section 16.7. Licensing Issues Part IV: Community Chapter 17. Portability: Software Portability and Keeping Up Standards Section 17.1. Evolution of C Section 17.2. Unix Standards Section 17.3. IETF and the RFC Standards Process Section 17.4. Specifications as DNA, Code as RNA Section 17.5. Programming for Portability Section 17.6. Internationalization Section 17.7. Portability, Open Standards, and Open Source Chapter 18. Documentation: Explaining Your Code to a Web-Centric World Section 18.1. Documentation Concepts Section 18.2. The Unix Style Section 18.3. The Zoo of Unix Documentation Formats Section 18.4. The Present Chaos and a Possible Way Out Section 18.5. DocBook Section 18.6. Best Practices for Writing Unix Documentation Chapter 19. Open Source: Programming in the New Unix Community Section 19.1. Unix and Open Source Section 19.2. Best Practices for Working with Open-Source Developers Section 19.3. The Logic of Licenses: How to Pick One Section 19.4. Why You Should Use a Standard License Section 19.5. Varieties of Open-Source Licensing Chapter 20. Futures: Dangers and Opportunities Section 20.1. Essence and Accident in Unix Tradition Section 20.2. Plan 9: The Way the Future Was Section 20.3. Problems in the Design of Unix Section 20.4. Problems in the Environment of Unix Section 20.5. Problems in the Culture of Unix Section 20.6. Reasons to Believe Appendix A. Glossary of Abbreviations Appendix B. References Appendix C. Contributors Appendix D. Rootless Root: The Unix Koans of Master Foo Editor's Introduction Master Foo and the Ten Thousand Lines Master Foo and the Script Kiddie Master Foo Discourses on the Two Paths Master Foo and the Methodologist Master Foo Discourses on the Graphical User Interface Master Foo and the Unix Zealot Master Foo Discourses on the Unix-Nature Master Foo and the End User Index ...展开收缩
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