Software Engineering for Students A Programming Approach

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PART F PROJECT MANAGEMENT
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Software Engineering for Students D
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We work with leading authors to dev
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Pearson Education Limited Edinburgh
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vi Contents Part D ● Verification
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viii Detailed contents 3 The feasib
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x Detailed contents 9 Data flow des
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xii Detailed contents 14.7 Repetiti
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xiv Detailed contents 19.7 Unit tes
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xvi Detailed contents 26 Agile meth
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xviii Detailed contents 32.4 Softwa
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xx Preface Software Engineering and
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xxii Preface are engaged on a proje
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CHAPTER 1 This chapter: ■ reviews
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1.3 The cost of software production
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100% 10% 1970 SELF-TEST QUESTION Ha
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Analysis and design 1 /3 Coding 1 /
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SELF-TEST QUESTION 1.7 Maintenance
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1.8 Reliability 13 in the first pla
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1.8 Reliability 15 contain a comma
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Ease of maintenance Reliability Con
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Exercises 19 • Exercises These ex
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Further reading 21 Analyses of the
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■ documentation ■ maintenance
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2.2 The tasks 25 An important examp
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2.4 Methodology 27 reality. Like an
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■ error free ■ fault ■ tested
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3.2 ● Technical feasibility 3.3 C
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3.5 Case study 33 The hardware cost
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Answers to self-test questions 3.1
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4.2 The concept of a requirement 37
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4.3 The qualities of a specificatio
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4.5 The requirements specification
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4.6 The structure of a specificatio
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4.7 ● Use cases 4.7 Use cases 45
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Summary The ideal characteristics o
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Further reading 49 Further reading
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CHAPTER 5 This chapter explains: 5.
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5.3 Styles of human-computer interf
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5.5 Design principles and guideline
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5.5 Design principles and guideline
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SELF-TEST QUESTION 5.2 What problem
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5.8 Help systems 63 Our plan is to
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Further reading 65 5.5 Design a use
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CHAPTER 6 Modularity This chapter e
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6.2 Why modularity? 69 observed fau
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Figure 6.1 Two alternative software
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■ a simple program is more likely
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6.6 Information hiding 75 The class
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6.8 ● Coupling 6.8 Coupling 77 We
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6. Method calls with parameters tha
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3. Temporal cohesion 6.9 Cohesion 8
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> } public void setY(int newY) { y
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• Exercises 6.1 What is modularit
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CHAPTER 7 Structured programming Th
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7.2 Arguments against goto 89 If we
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■ if-then-else ■ while-do or re
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7.3 Arguments in favor of goto 93 l
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7.4 Selecting control structures 95
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while do if endif then else endWhil
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• Exercises 7.1 Review the argume
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count = 0 loop: count = count + 1 i
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> 8.2 Case study 103 A statement th
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start button event create defender
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8.3 ● Discussion Abstraction One
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Exercises 109 skill. On the other h
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CHAPTER 9 This chapter explains: 9.
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9.2 Identifying data flows 113 Noti
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9.3 Creation of a structure chart 1
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SELF-TEST QUESTION 9.4 Discussion 1
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Exercises 119 During the second sta
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CHAPTER 10 This chapter explains:
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In English, this reads: 10.2 A simp
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10.2 A simple example 125 Now comes
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10.4 Multiple input and output stre
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Process header Process issue 10.4 M
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10.5 Structure clashes 131 As seen
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10.5 Structure clashes 133 Let us r
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10.6 Discussion 135 ■ teachable -
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Exercises 137 2. a control block, s
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CHAPTER 11 Object-oriented design T
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Figure 11.1 The cyberspace invaders
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SELF-TEST QUESTION 11.1 Derive info
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11.5 Class-responsibility-collabora
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11.7 ● Discussion Summary 147 OOD
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11.11 Compare and contrast the prin
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CHAPTER 12 This chapter explains: 1
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12.3 Delegation 153 The concepts of
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12.5 Factory method 155 The followi
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12.8 Model, view controller (observ
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Figure 12.4 Pipe and Filter pattern
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Figure 12.6 Layers in a distributed
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Answers to self-test questions 163
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CHAPTER 13 Refactoring This chapter
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13.3 ● Move Method 13.6 Inline Cl
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class Sprite Instance variables x y
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Summary Summary 171 it is making po
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PART C PROGRAMMING LANGUAGES
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176 Chapter 14 ■ The basics and a
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178 Chapter 14 ■ The basics > > >
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180 Chapter 14 ■ The basics > Ear
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182 Chapter 14 ■ The basics > Cas
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184 Chapter 14 ■ The basics > > >
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186 Chapter 14 ■ The basics > } }
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188 Chapter 14 ■ The basics Unfor
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190 Chapter 14 ■ The basics Ada d
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192 Chapter 14 ■ The basics The w
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194 Chapter 14 ■ The basics In a
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196 Chapter 14 ■ The basics > str
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198 Chapter 14 ■ The basics Answe
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CHAPTER 15 Object-oriented programm
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202 Chapter 15 ■ Object-oriented
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222 Chapter 16 ■ Programming in t
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238 Chapter 17 ■ Software robustn
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260 Chapter 18 ■ Scripting GNU/Li
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262 Chapter 18 ■ Scripting In sum
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PART D VERIFICATION
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268 Chapter 19 ■ Testing We begin
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270 Chapter 19 ■ Testing within a
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272 Chapter 19 ■ Testing Test num
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274 Chapter 19 ■ Testing if (a >=
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276 Chapter 19 ■ Testing 3. apply
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278 Chapter 19 ■ Testing made con
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280 Chapter 19 ■ Testing 19.3 Dev
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282 Chapter 19 ■ Testing 19.2 The
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284 Chapter 20 ■ Groups The term
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286 Chapter 20 ■ Groups Of course
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288 Chapter 20 ■ Groups • Exerc
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CHAPTER 21 This chapter explains: 2
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Stage Input Output 21.3 Feedback be
Page 318 and 319: Summary The essence and the strengt
Page 320 and 321: CHAPTER 22 This chapter: 22.1 ● I
Page 322 and 323: 22.2 The spiral model 299 to try to
Page 324 and 325: 22.4 ● Discussion Exercises 301 A
Page 326 and 327: CHAPTER 23 Prototyping This chapter
Page 328 and 329: Therefore, in summary: ■ the prod
Page 330 and 331: 23.5 Evolutionary prototyping 307 U
Page 332 and 333: Reuse components 23.6 Rapid prototy
Page 334 and 335: Pitfalls For users, the problems of
Page 336 and 337: Answers to self-test questions 313
Page 338 and 339: 24.2 ● Big-bang implementation 24
Page 340 and 341: Tested component Figure 24.1 Top-do
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Page 344 and 345: ■ middle-out ■ use case based.
Page 346 and 347: SELF-TEST QUESTION 25.1 What is the
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Page 350 and 351: Summary 327 Inappropriate patches,
Page 352 and 353: Further reading 329 Cathedral and t
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Page 356 and 357: 26.3 Extreme programming 333 develo
Page 358 and 359: SELF-TEST QUESTION 26.3 Which of th
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Page 362 and 363: Figure 27.1 The phases of the unifi
Page 364 and 365: 27.5 ● Iteration 27.6 Case study
Page 366 and 367: The transition phase Summary 343 Th
Page 370 and 371: CHAPTER 28 Teams This chapter expla
Page 372 and 373: Time taken Figure 28.2 Having a bab
Page 374 and 375: 28.5 The chief programmer team 351
Page 376 and 377: 28.6 The object-oriented team 353 T
Page 378 and 379: Summary Answer to self-test questio
Page 380 and 381: CHAPTER 29 This chapter: ■ explai
Page 382 and 383: 29.3 Complexity metrics 359 that pr
Page 384 and 385: 29.4 Faults and reliability - estim
Page 386 and 387: 29.5 Software quality 363 encompass
Page 388 and 389: 29.7 Process improvement 365 specif
Page 390 and 391: Summary Metrics support software en
Page 392 and 393: Further reading 369 The definitive
Page 394 and 395: ■ it comprises a number of indivi
Page 396 and 397: 30.3 Cost estimation 373 The most r
Page 398 and 399: 30.4 ● Selecting tools and method
Page 400 and 401: 30.6 In the heat of the project 377
Page 402 and 403: 30.7 Managing people 379 productivi
Page 404 and 405: Further reading 381 30.5 You are th
Page 406: PART G REVIEW
Page 409 and 410: 386 Chapter 31 ■ Assessing method
Page 415 and 416: CHAPTER 32 Conclusion This chapter:
Page 417 and 418: 394 Chapter 32 ■ Conclusion Ada c
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396 Chapter 32 ■ Conclusion may h
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398 Chapter 32 ■ Conclusion Some
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400 Chapter 32 ■ Conclusion engin
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402 Chapter 32 ■ Conclusion • E
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APPENDICES
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408 Appendix A ■ Case studies The
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410 Appendix A ■ Case studies ■
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APPENDIX C The Unified Modeling Lan
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414 Appendix C ■ UML summary name
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416 Appendix C ■ UML summary This
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418 Bibliography Programmers - thei
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420 Index component types 70 compon
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422 Index Microsoft Project 376 mid
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424 Index Torvalds, L. 325-6 trust
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