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本書是軟件工程領(lǐng)域的經(jīng)典教材，自1982年第1版出版至今，伴隨著軟件工程學科的發(fā)展不斷更新，影響了一代又一代的軟件工程人才，對學科建設(shè)也產(chǎn)生了積極影響。全書共四個部分，完整討論了軟件工程各個階段的內(nèi)容，是軟件工程相關(guān)專業(yè)本科生和研究生的教材，也是軟件工程師必備的參考書籍。

Contents Part1 Introduction to Software Engineering　01 Chapter 1 Introduction 03 1.1 Professional software development 05 1.2 Software engineering ethics 14 1.3 Case studies 17 Chapter 2 Software processes 29 2.1 Software process models 31 2.2 Process activities 40 2.3 Coping with change 47 2.4 Process improvement 51 Chapter 3 Agile software development 58 3.1 Agile methods 61 3.2 Agile development techniques 63 3.3 Agile project management 70 3.4 Scaling agile methods 74 Chapter 4 Requirements engineering 87 4.1 Functional and non-functional requirements 91 4.2 Requirements engineering processes 97 4.3 Requirements elicitation 98 4.4 Requirements specification 106 4.5 Requirements validation 115 4.6 Requirements change 116 Chapter 5 System modeling 124 5.1 Context models 127 5.2 Interaction models 130 5.3 Structural models 135 5.4 Behavioral models 140 5.5 model-driven architecture 145 Chapter 6 Architectural design 153 6.1 Architectural design decisions 157 6.2 Architectural views 159 6.3 Architectural patterns 161 6.4 Application architectures 170 Chapter 7 Design and implementation 182 7.1 Object-oriented design using the UmL 184 7.2 Design patterns 195 7.3 Implementation issues 198 7.4 Open-source development 205 Chapter 8 Software testing 212 8.1 Development testing 217 8.2 Test-driven development 228 8.3 Release testing 231 8.4 User testing 235 Chapter 9 Software evolution 241 9.1 Evolution processes 244 9.2 Legacy systems 247 9.3 Software maintenance 256 Part 2 System Dependability and Security 269 Chapter 10 Dependable systems 271 10.1 Dependability properties 274 10.2 Sociotechnical systems 277 10.3 Redundancy and diversity 281 10.4 Dependable processes 283 10.5 Formal methods and dependability 285 Chapter 11 Reliability engineering 292 11.1 Availability and reliability 295 11.2 Reliability requirements 298 11.3 Fault-tolerant architectures 304 11.4 Programming for reliability 311 11.5 Reliability measurement 317 Chapter 12 Safety engineering 325 12.1 Safety-critical systems 327 12.2 Safety requirements 330 12.3 Safety engineering processes 338 12.4 Safety cases 347 Chapter 13 Security engineering 359 13.1 Security and dependability 362 13.2 Security and organizations 366 13.3 Security requirements 368 13.4 Secure systems design 374 13.5 Security testing and assurance 388 Chapter 14 Resilience engineering 394 14.1 Cybersecurity 398 14.2 Sociotechnical resilience 402 14.3 Resilient systems design 410 Part 3 Advanced Software Engineering 421 Chapter 15 Software reuse 423 15.1 The reuse landscape 426 15.2 Application frameworks 429 15.3 Software product lines 432 15.4 Application system reuse 439 Chapter 16 Component-based software engineering 450 16.1 Components and component models 453 16.2 CBSE processes 459 16.3 Component composition 466 Chapter 17 Distributed software engineering 476 17.1 Distributed systems 478 17.2 Client–server computing 485 17.3 Architectural patterns for distributed systems 487 17.4 Software as a service 498 Chapter 18 Service-oriented software engineering 506 18.1 Service-oriented architecture 510 18.2 RESTful services 515 18.3 Service engineering 519 18.4 Service composition 527 Chapter 19 Systems engineering 537 19.1 Sociotechnical systems 542 19.2 Conceptual design 549 19.3 System procurement 552 19.4 System development 556 19.5 System operation and evolution 560 Chapter 20 Systems of systems 566 20.1 System complexity 570 20.2 Systems of systems classification 573 20.3 Reductionism and complex systems 576 20.4 Systems of systems engineering 579 20.5 Systems of systems architecture 585 Chapter 21 Real-time software engineering 596 21.1 Embedded system design 599 21.2 Architectural patterns for real-time software 606 21.3 Timing analysis 612 21.4 Real-time operating s

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