Software Design 2e - DIM

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451BibliographyAbbott R.J. (1983). Program design by informal English descriptions. Comm. ACM, 26(11),882–894Adelson B. and Soloway E. (1985). The role of domain experience in software design. IEEETrans. Software Eng., SE-11(11), 1351–60Akin O. (1990). Necessary conditions for design expertise and creativity. Design Studies, 11(2),107–13Alexander C., Ishikawa S., Silverstein M., Jacobson M., Fiksdahl-King I. and Angel S. (1977). APattern Language. Oxford University PressArlow J. and Neustadt I. (2002). UML and the Unified Process: Practical Object-OrientedAnalysis and Design. Addison-WesleyAvison D.E. and Fitzgerald G. (1995). Information Systems Development: Methodologies,Techniques and Tools, 2nd edn. McGraw-HillBaker F.T. (1972). Chief programmer team management of production programming. IBMSystems J., 11(1), 56–73Barrow P.D.M. and Mayhew P.J. (2000). Investigating principles of stakeholder evaluation in amodern IS development approach. Journal of Systems & Software, 52(2/3), 95–103Batini C., Ceri S. and Navathe S.B. (1992). Conceptual Database Design. Benjamin/CummingsBennett K.H., Munro M., Gold N.E., Layzell P.J., Budgen D. and Brereton O.P. (2001). An architecturalmodel for service-based software with ultra rapid evolution. In Proceedings of ICSM’01,Florence, pp. 292–300. Los Alamitos, California: IEEE Computer Society PressBieman J.M. and Kang B-K. (1998). Measuring design-level cohesion. IEEE Trans. SoftwareEng., 24(2), 111–24Birrell N.D. and Ould M.A. (1985). A Practical Handbook for Software Development.Cambridge University PressBlackburn J.D., Scudder G.D. and Van Wassenhove L.N. (1996). Improving speed and productivityof software development: A global survey of software developers. IEEE Trans. SoftwareEng., 22(12), 875–84Boehm B.W. (1981). Software Engineering Economics. Prentice-HallBoehm B.W. (1988). A spiral model of software development and enhancement. IEEEComputer, 21(5), 61–72Boehm B.W. (2002). Get ready for Agile Methods, with Care. IEEE Computer, 35(1), 64–9Booch G.R. (1983). Software Engineering with Ada, 1st edn. Benjamin/CummingsBooch G.R. (1986). Object-oriented development. IEEE Trans. Software Eng., SE-12(2),211–21Booch G.R. (1987). Software Engineering with Ada, 2nd edn. Benjamin/CummingsBooch G.R. (1991). Object-Oriented Design with Applications. Benjamin/Cummings
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Software Design
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Software DesignDavid Budgen
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viContentsChapter 4 Design Qualitie
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viiiContentsChapter 16 Designing wi
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xPreface to the second editiondescr
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xiiPreface to the First EditionWhy
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xivPreface to the first editionto t
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xviPublisher’s AcknowledgementsWe
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chapter 13The Nature of the Design
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Design is just as important with so
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Initialobservations7More systematic
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development. However, it should als
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From this relatively simple case st
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nnWhere possible, the panels used i
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It might well be argued that while
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system being developed. Clearly, in
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case study, the outline plan on squ
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nnnWicked problems do not have an e
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on to Pittsburgh. Airline B is the
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262.1 What is software?The software
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28nChangeability. Software suffers
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30The software design processFigure
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32The software design processthat a
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38The software design processproces
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40The software design processform p
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44The software design process2.3 De
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463.1 A context for designDesign in
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48Design in the software developmen
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54A personal itchDesign in the soft
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60nthe associated role of requireme
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chapter 463Design Qualities4.1 The
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is virtually impossible to modify i
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measurable characteristic that can
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69Assessing design qualityFigure 4.
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nnnnreliabilityefficiencymaintainab
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Table 4.1The cognitive dimensions73
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system. The results of this study u
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nnnmodules are easy to replace;each
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Table 4.3The principal forms of coh
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Identifying attributes that are the
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Our study of the nature of the desi
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nTechnical design reviews can provi
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chapter 589Describing a Design Solu
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91Figure 5.1Example of a ‘physica
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term is used to describe ‘stakeho
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95Design viewpoints for softwareFig
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nnof mark-up languages such as HTML
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nnntextdiagramsmathematical express
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happens with pioneering ideas, it h
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I have termed ‘derived viewpoints
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1066.1 The need to share knowledgeT
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108Transferring design knowledge6.1
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110then briefly consider how the co
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112Transferring design knowledgethe
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114Transferring design knowledge6.2
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116mainTransferring design knowledg
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118Transferring design knowledgennn
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120Transferring design knowledgeOne
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1226.5 A unified interpretation?Tra
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124Transferring design knowledgeA s
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chapter 7127Some Design Representat
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Table 7.1The selection of black box
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131Black box notationsFigure 7.1A f
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133Black box notationsFigure 7.3mac
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135Black box notationsFigure 7.4A
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nattributes are classes of values t
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The ERD viewpointERDs are purely an
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7.2.4 The StatechartLike the STD th
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145Black box notationsFigure 7.13St
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7.2.5 The Jackson Structure Diagram
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149Black box notationsFigure 7.17 A
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153Figure 7.21The UML class notatio
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155Use case (title indicates the ac
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157cardrejectedprocesscardcard acce
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159White box notationsFigure 7.27A
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only the presence of the latter is
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In its most simple form, such a com
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NarrativeUser starts web browserUse
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If anything, pseudocode is used rat
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Many notations can be conveniently
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171Developing a diagramFigure 7.38E
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Stevens P. with Pooley R. (2000). U
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chapter 8175The Rationale for Metho
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provide a methodological analysis o
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179Figure 8.2nnSome properties of f
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ones that may be usefully supported
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183Figure 8.3The use of virtual mac
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In particular, the use of a design
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need to be recognized. Unfortunatel
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A somewhat different approach to cl
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Exercises1918.1 How would you class
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1949.1 The role of strategy in meth
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196Design processes and design stra
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212ExercisesDesign processes and de
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21410.1 Design by template and desi
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216Design patternspatterns for obje
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218Design patternsFigure 10.1A simp
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220Design patternsnnnnnnnnnnnName u
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222Design patternsFigure 10.3The pr
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224ClientRequesthandlerDesign patte
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226Design patternsout how to produc
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2281Design patternsRequirementsPatt
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230Design patternsThe patterns comm
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chapter 11233Stepwise Refinement11.
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2. The degree of modularity resulti
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compiler237lexical analysisFigure 1
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Further reading239Wirth N. (1971).
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24212.1 Black box to white box in s
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244well be to deliver a solution on
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246Incremental designpossible model
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248Incremental designnnthe roles, r
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250Incremental designFunctionalityT
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252Incremental designBusinessstudyF
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254Incremental designalthough it ma
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256ExercisesIncremental design12.1
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25813.1 Origins, development and ph
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260Structured systems analysis and
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288ExercisesStructured systems anal
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29014.1 Some background to JSPJacks
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292Jackson Structured Programming (
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chapter 15315Jackson System Develop
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317The JSD modelFigure 15.1Top-leve
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319Figure 15.3Generic form of ESD.t
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321Figure 15.6Process 1.The SSD for
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323The JSD processFigure 15.9 The J
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Entity analysis (the entity-action
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327The JSD processFigure 15.13The J
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329The JSD processFigure 15.14 The
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331The JSD processFigure 15.15 The
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333The JSD processFigure 15.16The c
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Information function step335From a
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The situation is analogous to that
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Exercises33915.1 Construct an ESD t
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34216.1 The ‘object concept’Des
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344Designing with objectsThe evolut
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346Designing with objectsFigure 16.
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348Designing with objectsFor the ob
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352 Executable units of code(subpro
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354A summary of the core concepts o
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356Designing with objectsnnnnnnnorg
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358Designing with objectsA rather l
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360Designing with objects16.2.1 Sur
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364closely at the representation pa
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366Designing with objectsAn empiric
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368Designing with objectsof a frame
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370Designing with objects16.3.2 Des
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372Designing with objectsDepartment
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376Designing with objects1. The obj
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378Designing with objectsdescribe a
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380Designing with objectsnnapproach
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382Designing with objectssequence d
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384Designing with objectsnnhow is t
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386step, it is those analysis-relat
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388Designing with objectsStep 7: De
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390Designing with objectsbehaviour,
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392indicate the degree of effort. A
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394Designing with objectsThe UP wor
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398Designing with objectsSimilarly,
Page 417 and 418: 400Designing with objectswww.omg.or
Page 419 and 420: 40217.1 The component conceptCompon
Page 421 and 422: 404Component-based designmore than
Page 423 and 424: 406Component-based designFigure 17.
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Page 429 and 430: 412Component-based design4. Archite
Page 431 and 432: 41417.3 Designing componentsCompone
Page 433 and 434: 416Component-based designSourceInde
Page 435 and 436: 418Component-based designwww.sei.ed
Page 437 and 438: 42018.1 The case for rigourA formal
Page 439 and 440: 422A formal approach to designmight
Page 441 and 442: 424A formal approach to designFigur
Page 443 and 444: 426A formal approach to design18.2.
Page 445 and 446: 428 Table 18.1 Set operations used
Page 447 and 448: 430A formal approach to designClear
Page 449 and 450: 432InitResSystA formal approach to
Page 455 and 456: 438A formal approach to designThis
Page 457 and 458: 44018.2 Write simple Z specificatio
Page 459 and 460: 44219.1 What is software now?Whithe
Page 461 and 462: 444Whither software design?Figure 1
Page 463 and 464: 446Whither software design?Figure 1
Page 465 and 466: 448Whither software design?Another
Page 470 and 471: Buxton J. and McDermid J. (1992). H
Page 472 and 473: Guindon R. (1990). Designing the de
Page 474 and 475: Perry D.E. and Wolf A.L. (1992). Fo
Page 476: Ward P.T. and Mellor S.J. (1985). S
Page 479 and 480: 462IndexCcall and return (architect
Page 481 and 482: 464Indexgraphical user interface (G
Page 483 and 484: 466Indexprogram design 290program i
Page 485: 468WYIndexwalkthrough 81waterfall m
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