02663nam a22003617i 450000500170000000700030001700800410002002000180006102000150007904000230009404100080011708200210012510000270014624500390017325000070021226400370021930000410025633600270029733700330032433800280035749000390038550000420042450510130046652006390147965000180211865000260213665000220216265000260218465000250221065000300223570000190226570000170228420251030135901.0t|230502s2022       ||||| |||| 00| 0 spa d  a9780136886099  a0136886094  aCO-ViULLerdabspa  heng0 223a005.1bB317s1 aBass, Leneautor.4aut10aSoftware architecture in practice.  a4. 1aUnited States :bPearson,c2022.  a438 páginas :b: figuras ; tables.  atextobtxt2rdacontent  asin mediaciónbn2rdamedia  avolumenbnc2rdacarrier1 aSEI SERIES IN SOFTWARE ENGINEERING  aContents and references (pp. 399-416)8 aPart I: Introduction. -- 1. What Is Software Architecture?. -- 2. Why Is Software Architecture Important?. -- Part II: Quality Attributes. -- 3. Understanding Quality Attributes. -- 4. Availability. -- 5. Deployability. -- 6. Energy Efficiency. -- 7. Integrability. -- 8. Modifiability. -- 9. Performance. -- 10. Safety. -- 11. Security. -- 12. Testability. -- 13. Usability. -- 14. Working with Other Quality Attributes. -- Part III: Architectural Solutions. -- 15. Software Interfaces. -- 16. Virtualization. -- 17. The Cloud and Distributed Computing. -- 18. Mobile Systems. -- Part IV: Scalable Architecture Practices. -- 19. Architecturally Significant Requirements. -- 20. Designing an Architecture. -- 21. Evaluating an Architecture. -- 22. Documenting an Architecture. -- 23. Managing Architecture Debt. -- Part V: Architecture and the Organization. -- 24. The Role of Architects in Projects. -- 25. Architecture Competence. -- Part VI: Conclusions. -- 26. A Glimpse of the Future: Quantum Computing.  aUpdated with eleven new chapters, Software Architecture in Practice, Fourth Edition, thoroughly explains what software architecture is, why it's important, and how to design, instantiate, analyze, evolve, and manage it in disciplined and effective ways. Three renowned software architects cover the entire lifecycle, presenting practical guidance, expert methods, and tested models for use in any project, no matter how complex. You'll learn how to use architecture to address accelerating growth in requirements, system size, and abstraction, and to manage emergent quality attributes as systems are dynamically combined in new ways. 0aSystem design 0aSoftware architecture 0aComputer software 0aComputer architecture 0aSoftware engineering 0aBusinessxData processing1 aClements, Paul1 aKazman, Rick