Verfügbarkeit: The art of UNIX programming

The art of UNIX programming:

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Bibliographische Detailangaben
1. Verfasser:	Raymond, Eric S. (VerfasserIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	Boston, MA [u.a.] Addison-Wesley 2004
Schriftenreihe:	Adison-Wesley professional computing series
Schlagworte:	UNIX (Computer file) Programmeren (computers) UNIX Operating systems (Computers) Programmierung
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	XXXII, 525 S.
ISBN:	0131429019

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Datensatz im Suchindex

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adam_text	Contents Preface ............................................................................................................. xxv I Context ........................................................................ 1 1 Philosophy: Philosophy Matters ................................................................ 3 1.1 Culture? What Culture? .................................................................. 3 1.2 The Durability of Unix ..................................................................... 4 1.3 The Case against Learning Unix Culture ........................................ 5 1.4 What Unix Gets Wrong ................................................................... 6 1.5 What Unix Gets Right ..................................................................... 7 1.5.1 Open-Source Software ..................................................... 7 1.5.2 Cross-Platform Portability and Open Standards ............... 8 1.5.3 The Internet and the World Wide Web .............................. 8 1.5.4 The Open-Source Community .......................................... 9 1.5.5 Flexibility All the Way Down .............................................. 9 1.5.6 Unix Is Fun to Hack .......................................................... 10 1.5.7 The Lessons of Unix Can Be Applied Elsewhere ............. 11 1.6 Basics of the Unix Philosophy ........................................................ 11 1.6.1 Rule of Modularity: Write simple parts connected by clean interfaces .......................................................................... 14 1.6.2 Rule of Clarity: Clarity is better than cleverness ............... 14 1.6.3 Rule of Composition: Design programs to be connected with other programs .......................................................... 15 1.6.4 Rule of Separation: Separate policy from mechanism; separate interfaces from engines ..................................... 16 1.6.5 Rule of Simplicity: Design for simplicity; add complexity only where you must ......................................................... 17 1.6.6 Rule of Parsimony: Write a big program only when it is clear by demonstration that nothing else will do ........................ 18 1.6.7 Rule of Transparency: Design for visibility to make inspection and debugging easier ...................................... 18 1.6.8 Rule of Robustness: Robustness is the child of transparency and simplicity. .......................................... 18 1.6.9 Rule of Representation: Fold knowledge into data, so program logic can be stupid and robust ....................... 19 1.6.10 Rule of Least Surprise: In interface design, always do the least surprising thing .................................................. 20 1.6.11 Rule of Silence: When a program has nothing surprising to say, it should say nothing .............................................. 20 1.6.12 Rule of Repair: Repair what you can — but when you must fail, fail noisily and as soon as possible ............................ 21 1.6.13 Rule of Economy: Programmer time is expensive; conserve it in preference to machine time ....................................... 22 1.6.14 Rule of Generation: Avoid hand-hacking; write programs to write programs when you can ....................................... 22 1.6.15 Rule of Optimization: Prototype before polishing. Get it working before you optimize it .......................................... 23 1.6.16 Rule of Diversity: Distrust all claims for one true way ..... 24 1.6.17 Rule of Extensibility: Design for the future, because it will be here sooner than you think .......................................... 24 1.7 The Unix Philosophy in One Lesson ............................................... 25 1.8 Applying the Unix Philosophy ......................................................... 26 1.9 Attitude Matters Too ........................................................................ 26 History: ATale of Two Cultures ................................................................. 29 2.1 Origins and History of Unix, 1969-1995......................................... 29 2.1.1 Genesis: 1969-1971........................................................ 30 2.1.2 Exodus: 1971-1980.......................................................... 32 2.1.3 TCP/IP and the Unix Wars: 1980-1990............................ 35 2.1.4 Blows against the Empire: 1991-1995 ............................. 41 2.2 Origins and History of the Hackers, 1961-1995............................. 43 2.2.1 At Play in the Groves of Academe: 1961-1980 ................ 44 2.2.2 Internet Fusion and the Free Software Movement: 1981-1991........................................................................ 45 2.2.3 Linuxand the Pragmatist Reaction: 1991-1998............... 48 2.3 The Open-Source Movement: 1998 and Onward ........................... 49 2.4 The Lessons of Unix History ........................................................... 51 3 Contrasts: Comparing the Unix Philosophy with Others ........................... 53 3.1 The Elements of Operating-System Style ....................................... 53 3.1.1 What Is the Operating System s Unifying Idea? ............... 54 3.1.2 Multitasking Capability ...................................................... 54 3.1.3 Cooperating Processes .................................................... 55 3.1.4 Internal Boundaries .......................................................... 57 3.1.5 File Attributes and Record Structures ......................,,.,..,. 57 3.1.6 Binary File Formats .......................................................... 58 3.1.7 Preferred User Interface Style .......................................... 58 3.1.8 Intended Audience ............................................................ 59 3.1.9 Entry Barriers to Development ......................................... 60 3.2 Operating-System Comparisons ..................................................... 61 3.2.1 VMS .................................................................................. 61 3.2.2 MacOS .............................................................................. 64 3.2.3 OS/2 ................................................................................. 65 3.2.4 Windows NT ..................................................................... 68 3.2.5 BeOS ................................................................................ 71 3.2.6 MVS .................................................................................. 72 3.2.7 VM/CMS ........................................................................... 74 3.2.8 Linux ................................................................................. 76 3.3 What Goes Around, Comes Around ............................................... 78 Design ........................................................................ 81 4 Modularity: Keeping It Clean, Keeping It Simple ...................................... 83 4.1 Encapsulation and Optimal Module Size ......................................., 85 4.2 Compactness and Orthogonality ..............................,,....,,.,.,..,,,,.,,. 87 4.2.1 Compactness ....................................................,,,.,.,,.,.,..,. 87 4.2.2 Orthogonality .................................................................... 89 4.2.3 The SPOT Rule .....................................................,.,........ 91 4.2.4 Compactness and the Strong Single Center .................... 9? 4.2.5 The Value of Detachment ...................,.....................,.,.,.,, 94 4.3 Software Is a Many-Layered Thing ................................,......,,........ 95 4.3.1 Top-Down versus Bottom-Up ..........................................., 95 4.3.2 Glue Layers ...................................................................... 97 4.3.3 CaseStudy: С Considered as Thin Glue .......................... 98 4.4 Libraries.......................................................................................... 99 4.4.1 Case Study: GIMP Plugins ............................................... 100 4.5 Unix and Object-Oriented Languages ............................................ 101 4.6 Coding for Modularity ...................................................................... 103 Textuality: Good Protocols Make Good Practice ...................................... 105 5.1 The Importance of Being Textual .................................................... 107 5.1.1 Case Study: Unix Password File Format .......................... 109 5.1.2 CaseStudy: . newsrc Format ....................................... 110 5.1.3 Case Study: The PNG Graphics File Format .................... 111 5.2 Data File Metaformats .................................................................... 112 5.2.1 DSV Style ......................................................................... 113 5.2.2 RFC 822 Format ............................................................... 114 5.2.3 Cookie-Jar Format ............................................................ 115 5.2.4 Record-Jar Format ........................................................... 116 5.2.5 XML .................................................................................. 117 5.2.6 Windows INI Format ......................................................... 119 5.2.7 Unix Textual File Format Conventions .............................. 120 5.2.8 The Pros and Cons of File Compression .......................... 122 5.3 Application Protocol Design ............................................................ 123 5.3.1 Case Study: SMTP, the Simple Mail Transfer Protocol ..... 124 5.3.2 Case Study: POP3, the Post Office Protocol .................... 124 5.3.3 Case Study: IMAP, the Internet Message Access Protocol ............................................................................ 126 5.4 Application Protocol Metaformats ................................................... 127 5.4.1 The Classical Internet Application Metaprotocol .............. 127 5.4.2 HTTP as a Universal Application Protocol ........................ 128 5.4.3 BEEP: Blocks Extensible Exchange Protocol ................... 130 5.4.4 XML-RPC, SOAP, and Jabber .......................................... 131 Transparency: Let There Be Light ............................................................. 133 6.1 Studying Cases ............................................................................... 135 6.1.1 Case Study: audacity ...................................................... 135 6.1.2 Case SXuáy.fetchmaiľs -v option .................................. 136 6.1.3 Case Study: GCC ............................................................. 139 6.1.4 Case Study: kmail ............................................................ 140 6.1.5 Case Study: SNG ............................................................. 142 6.1.6 Case Study: The Terminfo Database ................................ 144 6.1.7 Case Study: Freeciv Data Files ........................................ 146 6.2 Designing for Transparency and Discoverability ............................. 148 6.2.1 The Zen of Transparency .................................................. 149 6.2.2 Coding for Transparency and Discoverability .................... 150 6.2.3 Transparency and Avoiding Overprotectiveness ............... 151 6.2.4 Transparency and Editable Representations .................... 152 6.2.5 Transparency, Fault Diagnosis, and Fault Recovery ......... 153 6.3 Designing for Maintainability ..................................................,.,,,..,, 154 7 Multiprogramming: Separating Processes to Separate Function ............. 157 7.1 Separating Complexity Control from Performance Tuning .............. 159 7.2 Taxonomy of Unix IPC Methods ..................................................... 160 7.2.1 Handing off Tasks to Specialist Programs ........................ 160 7.2.2 Pipes, Redirection, and Filters .......................................... 161 7.2.3 Wrappers .......................................................................... 166 7.2.4 Security Wrappers and Bernstein Chaining ...................... 167 7.2.5 Slave Processes ............................................................... 168 7.2.6 Peer-to-Peer Inter-Process Communication ..................... 169 7.3 Problems and Methods to Avoid ..................................................... 176 7.3.1 Obsolescent Unix IPC Methods ........................................ 176 7.3.2 Remote Procedure Calls .................................................. 178 7.3.3 Threads—Threat or Menace? .......................................... 180 7.4 Process Partitioning at the Design Level ........................................ 181 8 Minilanguages: Findinga Notation That Sings ......................................... 183 8.1 Understanding the Taxonomy of Languages .................................. 185 8.2 Applying Minilanguages .................................................................. 187 8.2.1 Case Study: sng ............................................................... 187 8.2.2 Case Study: Regular Expressions ..........................,.,,....., 188 8.2.3 Case Study: Glade .......................,..,,..........,..,.,,.............. 191 8.2.4 Case Study: m4 ................................................,..,,........... 193 8.2.5 Case Study: XSLT .....................................................,...... 194 8.2.6 Case Study: The Documenter s Workbench Tool:; ............ 195 8.2.7 Case Study: fetchmail Run-Control Syntax ..................... 199 8.2.8 Case Study: awk .....................................................,........ 200 8.2.9 Case Study: PostScript ..................................................... 202 8.2.10 Case Study: be and dc ..................................................... 203 8.2.11 CaseStudy: Emacs Lisp ................................................... 205 8.2.12 Case Study: JavaScript .................................................... 205 8.3 Designing Minilanguages ................................................................ 206 8.3.1 Choosing the Right Complexity Level............................... 207 8.3.2 Extending and Embedding Languages ............................. 209 8.3.3 Writing a Custom Grammar .............................................. 210 8.3.4 Macros—Beware! ............................................................. 210 8.3.5 Language or Application Protocol? ................................... 212 9 Generation: Pushing the Specification Level Upwards ............................. 215 9.1 Data-Driven Programming .............................................................. 216 9.1.1 Case Study: ascii ............................................................. 217 9.1.2 Case Study: Statistical Spam Filtering ............................. 218 9.1.3 Case Study: Metaclass Hacking in fetchmailconf ........... 219 9.2 Ad-hoc Code Generation ................................................................ 225 9.2.1 Case Study: Generating Code for the ascii Displays ....... 225 9.2.2 Case Study: Generating HTML Code for a Tabular List .... 227 10 Configuration: Starting on the Right Foot-. ................................................ 231 10.1 What Should Be Configurable? ...................................................... 231 10.2 Where Configurations Live ............................................................. 233 10.3 Run-Control Files ............................................................................ 234 10.3.1 Case Study: The .netrc File ........................................ 236 10.3.2 Portability to Other Operating Systems ............................ 238 10.4 Environment Variables .................................................................... 238 10.4.1 System Environment Variables ......................................... 238 10.4.2 User Environment Variables ............................................. 240 10.4.3 When to Use Environment Variables ................................ 240 10.4.4 Portability to Other Operating Systems ............................ 242 10.5 Command-Line Options .................................................................. 242 10.5.1 The -ato - z of Command-Line Options ........................ 243 10.5.2 Portability to Other Operating Systems ............................ 248 10.6 How to Choose among the Methods .............................................. 248 10.6.1 Case Study: fetchmail ..................................................... 249 10.6.2 Case Study: The XFree86 Server ..................................... 251 10.7 On Breaking These Rules ............................................................... 252 11 Interfaces: User-Interface Design Patterns in the Unix Environment ........ 253 11.1 Applying the Rule of Least Surprise ............................................... 254 11.2 History of Interface Design on Unix ................................................ 256 11.3 Evaluating Interface Designs .......................................................... 257 11.4 Tradeoffs between CLI and Visual Interfaces .................................. 259 11.4.1 Case Study: Two Ways to Write a Calculator Program ..... 262 11.5 Transparency, Expressiveness, and Configurability ........................ 264 11.6 Unix Interface Design Patterns ....................................................... 266 11.6.1 The Filter Pattern .............................................................. 266 11.6.2 The Cantrip Pattern .......................................................... 268 11.6.3 The Source Pattern .......................................................... 268 11.6.4 The Sink Pattern ............................................................... 269 11.6.5 The Compiler Pattern ....................................................... 269 11.6.6 The ed pattern .................................................................. 270 11.6.7 The Roguelike Pattern ...................................................... 270 11.6.8 The Separated Engine and Interface Pattern .................. 273 11.6.9 The CLI Server Pattern ..................................................... 278 11.6.10 Language-Based Interface Patterns ................................. 279 11.7 Applying Unix Interface-Design Patterns ........................................ 280 11.7.1 The Polyvalent-Program Pattern ....................................... 281 11.8 The Web Browser as a Universal Front End ................................... 281 11.9 Silence Is Golden ............................................................................ 284 12 Optimization: ............................................................................................ 287 12.1 Don t Just Do Something, Stand There! ......................................... 287 12.2 Measure before Optimizing ............................................................. 288 12.3 Nonlocality Considered Harmful ..................................................... 290 12.4 Throughput vs. Latency .................................................................. 291 12.4.1 Batching Operations ......................................................... 292 12.4.2 Overlapping Operations .................................................... 293 12.4.3 Caching Operation Results ................................................ 293 13 Complexity: As Simple As Possible, but No Simpler ................................. 295 13.1 Speaking of Complexity .................................................................. 296 13.1.1 The Three Sources of Complexity .................................... 296 13.1.2 Tradeoffs between Interface and Implementation Complexity ........................................................................ 298 13.1.3 Essential, Optional, and Accidental Complexity ............... 299 13.1.4 Mapping Complexity ......................................................... 300 13.1.5 When Simplicity Is Not Enough ........................................ 302 13.2 ATale of Five Editors ...................................................................... 302 13.2.1 ed ...................................................................................... 304 13.2.2 vi ....................................................................................... 305 13.2.3 Sam .................................................................................. 306 13.2.4 Emacs ............................................................................... 307 13.2.5 Wily ................................................................................... 308 13.3 The Right Size for an Editor ............................................................ 309 13.3.1 Identifying the Complexity Problems ................................ 309 13.3.2 Compromise Doesn t Work ............................................... 312 13.3.3 Is Emacs an Argument against the Unix Tradition? .......... 314 13.4 The Right Size of Software ............................................................. 316 Implementation .......................................................... 319 14 Languages: To С or Not To C? .................................................................. 321 14.1 Unix s Cornucopia of Languages .................................................... 321 14.2 Why Not C? .................................................................................... 323 14.3 Interpreted Languages and Mixed Strategies ................................. 325 14.4 Language Evaluations .................................................................... 325 14.4.1 С ....................................................................................... 326 14.4.2 C++................................................................................... 327 14.4.3 Shell .................................................................................. 330 14.4.4 Perl ................................................................................... 332 14.4.5 Tel ..................................................................................... 334 14.4.6 Python .............................................................................. 336 14.4.7 Java .................................................................................. 339 14.4.8 Emacs Lisp ....................................................................... 342 14.5 Trends forthe Future ...................................................................... 344 14.6 Choosing an XToolkit ..................................................................... 346 15 Tools: The Tactics of Development ........................................................... 349 15.1 A Developer-Friendly Operating System ........................................ 349 15.2 Choosing an Editor ......................................................................... 350 15.2.1 Useful Things to Know about vi........................................ 351 15.2.2 Useful Things to Know about Emacs ................................ 351 15.2.3 The Antireligious Choice: Using Both ............................... 352 15.3 Special-Purpose Code Generators ................................................. 352 15.3.1 yace and lex ..................................................................... 353 15.3.2 Case Study: Glade ........................................................... 356 15.4 make: Automating Your Recipes ..................................................... 357 15.4.1 Basic Theory of make ....................................................... 357 15.4.2 make in Non-C/C+ł Development .................................... 359 15.4.3 Utility Productions ............................................................. 359 15.4.4 Generating Makefiles ........................................................ 362 15.5 Version-Control Systems ................................................................ 364 15.5.1 Why Version Control? ....................................................... 364 15.5.2 Version Control by Hand ................................................... 365 15.5.3 Automated Version Control ............................................... 366 15.5.4 Unix Tools for Version Control ........................................... 367 15.6 Runtime Debugging ........................................................................ 369 15.7 Profiling ........................................................................................... 370 15.8 Combining Tools with Emacs .......................................................... 370 15.8.1 Emacs and make .............................................................. 371 15.8.2 Emacs and Runtime Debugging ....................................... 371 15.8.3 Emacs and Version Control .............................................. 371 15.8.4 Emacs and Profiling .......................................................... 372 15.8.5 Like an IDE, Only Better ................................................... 373 16 Reuse: On Not Reinventing the Wheel ..................................................... 375 16.1 The Tale of J. Random Newbie ....................................................... 376 16.2 Transparency as the Key to Reuse ................................................. 379 16.3 From Reuse to Open Source .......................................................... 380 16.4 The Best Things in Life Are Open ................................................... 381 16.5 Whereto Look? .............................................................................. 384 16.6 Issues in Using Open-Source Software .......................................... 385 16.7 Licensing Issues ............................................................................. 386 16.7.1 What Qualifies as Open Source ....................................... 386 16.7.2 Standard Open-Source Licenses ..................................... 388 16.7.3 When You Need a Lawyer ................................................ 390 Community................................................................391 17 Portability: Software Portability and Keeping Up Standards ..................... 393 17.1 Evolution of С ................................................................................. 394 17.1.1 Early History of С ............................................................. 395 17.1.2 С Standards ...................................................................... 396 17.2 Unix Standards ............................................................................... 398 17.2.1 Standards and the Unix Wars ........................................... 398 17.2.2 The Ghost at the Victory Banquet .................................... 401 17.2.3 Unix Standards in the Open-Source World ....................... 402 17.3 IETF and the RFC Standards Process ........................................... 403 17.4 Specifications as DNA, Code as RNA ............................................ 405 17.5 Programming for Portability ............................................................ 408 17.5.1 Portability and Choice of Language .................................. 409 17.5.2 Avoiding System Dependencies ....................................... 412 17.5.3 Tools for Portability ........................................................... 413 17.6 Internationalization ......................................................................... 413 17.7 Portability, Open Standards, and Open Source .............................. 414 18 Documentation: Explaining Your Code to a Web-Centric World ............... 417 18.1 Documentation Concepts ............................................................... 418 18.2 The Unix Style ................................................................................ 420 18.2.1 The Large-Document Bias ................................................ 420 18.2.2 Cultural Style .................................................................... 421 18.3 The Zoo of Unix Documentation Formats ....................................... 422 18.3.1 troffand the Documenter s Workbench Tools .................. 422 18.3.2 TeX................................................................................... 424 18.3.3 Texinfo .............................................................................. 425 18.3.4 POD .................................................................................. 425 18.3.5 HTML ................................................................................ 426 18.3.6 DocBook ..................................,........................................ 426 18.4 The Present Chaos and a Possible Way Out .................................. 426 18.5 DocBook ......................................................................................... 427 18.5.1 Document Type Definitions ............................................... 427 18.5.2 Other DTDs ...................................................................... 428 18.5.3 The DocBookToolchain .................................................... 429 18.5.4 Migration Tools .................................................................. 431 18.5.5 Editing Tools ..................................................................... 432 18.5.6 Related Standards and Practices ..................................... 433 18.5.7 SGML ............................................................................... 433 18.5.8 XML-DocBook References ............................................... 433 18.6 Best Practices for Writing Unix Documentation .............................. 434 19 Open Source: Programming in the New Unix Community ........................ 437 19.1 Unix and Open Source ................................................................... 438 19.2 Best Practices for Working with Open-Source Developers ............. 440 19.2.1 Good Patching Practice .................................................... 440 19.2.2 Good Project-and Archive-Naming Practice .................... 444 19.2.3 Good Development Practice ............................................. 447 19.2.4 Good Distribution-Making Practice ................................... 450 19.2.5 Good Communication Practice ......................................... 454 19.3 The Logic of Licenses: How to Pick One ........................................ 456 19.4 Why You Should Use a Standard License ...................................... 457 19.5 Varieties of Open-Source Licensing ............................................... 457 19.5.1 MIT or X Consortium License ........................................... 457 19.5.2 BSD Classic License ........................................................ 457 19.5.3 Artistic License ................................................................. 458 19.5.4 General Public License ..................................................... 458 19.5.5 Mozilla Public License ...................................................... 459 20 Futures: Dangers and Opportunities ........................................................ 461 20.1 Essence and Accident in Unix Tradition .......................................... 461 20.2 Plan 9: The Way the Future Was ..................................................... 464 20.3 Problems in the Design of Unix ...................................................... 466 20.3.1 A Unix File Is Just a Big Bag of Bytes .............................. 466 20.3.2 Unix Support for GUIs Is Weak ......................................... 467 20.3.3 File Deletion Is Forever ..................................................... 468 20.3.4 Unix Assumes a Static File System .................................. 469 20.3.5 The Design of Job Control Was Badly Botched ................ 469 20.3.6 The Unix API Doesn t Use Exceptions ............................. 470 20.3.7 ioctl{2) andfentl{2) Arean Embarrassment .................... 471 20.3.8 The Unix Security Model May Be Too Primitive ................ 471 20.3.9 Unix Has Too Many Different Kinds of Names .................. 472 20.3.10 File Systems Might Be Considered Harmful ..................... 472 20.3.11 Towards a Global Internet Address Space ....................... 472 20.4 Problems in the Environment of Unix ............................................. 473 20.5 Problems in the Culture of Unix ...................................................... 475 20.6 Reasonsto Believe ......................................................................... 477 A Glossary of Abbreviations ........................................................................ 479 В References ............................................................................................... 483 С Contributors .............................................................................................. 495 D Rootless Root: The Unix Koans of Master Foo ......................................... 499 Colophon .......................................................................................................... 510 Index ................................................................................................................. 511
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id	DE-604.BV017367006
illustrated	Not Illustrated
indexdate	2024-07-09T19:17:11Z
institution	BVB
isbn	0131429019
language	English
lccn	2003058264
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-010467277
oclc_num	52638755
open_access_boolean
owner	DE-Aug4 DE-898 DE-BY-UBR DE-91G DE-BY-TUM DE-92 DE-11 DE-739
owner_facet	DE-Aug4 DE-898 DE-BY-UBR DE-91G DE-BY-TUM DE-92 DE-11 DE-739
physical	XXXII, 525 S.
publishDate	2004
publishDateSearch	2004
publishDateSort	2004
publisher	Addison-Wesley
record_format	marc
series2	Adison-Wesley professional computing series
spelling	Raymond, Eric S. Verfasser aut The art of UNIX programming Eric Steven Raymond Boston, MA [u.a.] Addison-Wesley 2004 XXXII, 525 S. txt rdacontent n rdamedia nc rdacarrier Adison-Wesley professional computing series UNIX (Computer file) Programmeren (computers) gtt UNIX gtt Operating systems (Computers) Programmierung (DE-588)4076370-5 gnd rswk-swf UNIX (DE-588)4061835-3 gnd rswk-swf UNIX (DE-588)4061835-3 s Programmierung (DE-588)4076370-5 s DE-604 Digitalisierung UB Passau application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=010467277&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Raymond, Eric S. The art of UNIX programming UNIX (Computer file) Programmeren (computers) gtt UNIX gtt Operating systems (Computers) Programmierung (DE-588)4076370-5 gnd UNIX (DE-588)4061835-3 gnd
subject_GND	(DE-588)4076370-5 (DE-588)4061835-3
title	The art of UNIX programming
title_auth	The art of UNIX programming
title_exact_search	The art of UNIX programming
title_full	The art of UNIX programming Eric Steven Raymond
title_fullStr	The art of UNIX programming Eric Steven Raymond
title_full_unstemmed	The art of UNIX programming Eric Steven Raymond
title_short	The art of UNIX programming
title_sort	the art of unix programming
topic	UNIX (Computer file) Programmeren (computers) gtt UNIX gtt Operating systems (Computers) Programmierung (DE-588)4076370-5 gnd UNIX (DE-588)4061835-3 gnd
topic_facet	UNIX (Computer file) Programmeren (computers) UNIX Operating systems (Computers) Programmierung
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=010467277&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT raymonderics theartofunixprogramming

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