Introduction to software engineering design : processes, principles, and patterns with UML2 / Christopher Fox.

By:

Fox, Christopher John

Material type: Text

TextPublication details: Boston : Pearson Education/Addison-Wesley, c2006.Edition: 1st edDescription: xiv, 706 p. : ill. ; 24 cmISBN:

0321410130 (pbk. : alk. paper)

Subject(s):

Software engineering

DDC classification:

005.1 FOX

Holdings
Item type	Current library	Call number	Copy number	Status	Date due	Barcode
Standard Loan	Moylish Library Main Collection	005.1 FOX (Browse shelf(Opens below))	1	Available		39002100329474

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Enhanced descriptions from Syndetics:

Introduction to Software Engineering Design i ntroduces software design with an emphasis on design practice at an introductory level using object-oriented analysis and design techniques and UML 2.0. This text provides comprehensive coverage of software engineering design with a focus on the processes, principles, and practices used to design software products. Readers will learn to design software using a wealth of pedagogical tools that include chapter objectives and orientation diagrams, a large running case study, end-of-section quizzes, team projects and end-of-chapter exercises.

Includes bibliographical references and index.

Table of contents provided by Syndetics

Preface (p. ix)
Part I Introduction (p. 1)
Chapter 1 A Discipline of Software Engineering Design (p. 3)
1.1 What Is Software Design? (p. 3)
1.2 Varieties of Design (p. 12)
1.3 Software Design in the Life Cycle (p. 16)
1.4 Software Engineering Design Methods* (p. 24)
Further Reading, Exercises, Review Quiz Answers (p. 27)
Chapter 2 Software Design Processes and Management (p. 33)
2.1 Specifying Processes with UML Activity Diagrams (p. 33)
2.2 Software Design Processes (p. 47)
2.3 Software Design Management* (p. 56)
Further Reading, Exercises, Review Quiz Answers (p. 63)
Part II Software Product Design (p. 69)
Chapter 3 Context of Software Product Design (p. 71)
3.1 Products and Markets (p. 71)
3.2 Product Planning (p. 74)
3.3 Project Mission Statement (p. 79)
3.4 Software Requirements Specification (p. 85)
Further Reading, Exercises, Review Quiz Answers (p. 92)
Chapter 4 Product Design Analysis (p. 98)
4.1 Product Design Process Overview (p. 98)
4.2 Needs Elicitation (p. 104)
4.3 Needs Documentation and Analysis (p. 109)
Further Reading, Exercises, Review Quiz Answers (p. 115)
Chapter 5 Product Design Resolution (p. 120)
5.1 Generating Alternative Requirements (p. 121)
5.2 Stating Requirements (p. 126)
5.3 Evaluating and Selecting Alternatives (p. 131)
5.4 Finalizing a Product Design (p. 136)
5.5 Prototyping (p. 142)
Further Reading, Exercises, Review Quiz Answers (p. 149)
Chapter 6 Designing with Use Cases (p. 157)
6.1 UML Use Case Diagrams (p. 158)
6.2 Use Case Descriptions (p. 168)
6.3 Use Case Models (p. 178)
Further Reading, Exercises, Review Quiz Answers (p. 185)
Part III Software Engineering Design (p. 191)
Chapter 7 Engineering Design Analysis (p. 193)
7.1 Introduction to Engineering Design Analysis (p. 194)
7.2 UML Class and Object Diagrams (p. 200)
7.3 Making Conceptual Models (p. 212)
Further Reading, Exercises, Review Quiz Answers (p. 220)
Chapter 8 Engineering Design Resolution (p. 226)
8.1 Engineering Design Resolution Activities (p. 226)
8.2 Engineering Design Principles (p. 231)
8.3 Modularity Principles (p. 233)
8.4 Implementability and Aesthetic Principles (p. 244)
Further Reading, Exercises, Review Quiz Answers (p. 248)
Chapter 9 Architectural Design (p. 253)
9.1 Introduction to Architectural Design (p. 254)
9.2 Specifying Software Architectures (p. 259)
9.3 UML Package and Component Diagrams (p. 269)
9.4 UML Deployment Diagrams* (p. 277)
Further Reading, Exercises, Review Quiz Answers (p. 281)
Chapter 10 Architectural Design Resolution (p. 287)
10.1 Generating and Improving Software Architectures (p. 288)
10.2 Evaluating and Selecting Software Architectures (p. 300)
10.3 Finalizing Software Architectures (p. 307)
Further Reading, Exercises, Review Quiz Answers (p. 312)
Chapter 11 Static Mid-Level Object-Oriented Design: Class Models (p. 318)
11.1 Introduction to Detailed Design (p. 319)
11.2 Advanced UML Class Diagrams (p. 324)
11.3 Drafting a Class Model (p. 336)
11.4 Static Modeling Heuristics (p. 345)
Further Reading, Exercises, Review Quiz Answers (p. 352)
Chapter 12 Dynamic Mid-Level Object-Oriented Design: Interaction Models (p. 359)
12.1 UML Sequence Diagrams (p. 359)
12.2 Interaction Design Process (p. 374)
12.3 Interaction Modeling Heuristics (p. 381)
Further Reading, Exercises, Review Quiz Answers (p. 389)
Chapter 13 Dynamic Mid-Level State-Based Design: State Models (p. 395)
13.1 UML State Diagrams (p. 395)
13.2 Advanced UML State Diagrams* (p. 407)
13.3 Designing with State Diagrams (p. 415)
Further Reading, Exercises, Review Quiz Answers (p. 423)
Chapter 14 Low-Level Design (p. 429)
14.1 Visibility, Accessibility, and Information Hiding (p. 430)
14.2 Operation Specification (p. 439)
14.3 Algorithm and Data Structure Specification* (p. 448)
14.4 Design Finalization (p. 452)
Further Reading, Exercises, Review Quiz Answers (p. 456)
Part IV Patterns in Software Design (p. 461)
Chapter 15 Architectural Styles (p. 463)
15.1 Patterns in Software Design (p. 463)
15.2 Layered Architectures (p. 467)
15.3 Other Architectural Styles (p. 473)
Further Reading, Exercises, Review Quiz Answers (p. 486)
Chapter 16 Mid-Level Object-Oriented Design Patterns (p. 490)
16.1 Collection Iteration (p. 490)
16.2 The Iterator Pattern (p. 498)
16.3 Mid-Level Design Pattern Categories (p. 504)
Further Reading, Exercises, Review Quiz Answers (p. 506)
Chapter 17 Broker Design Patterns (p. 510)
17.1 The Broker Category (p. 510)
17.2 The Facade and Mediator Patterns (p. 513)
17.3 The Adapter Patterns (p. 522)
17.4 The Proxy Pattern* (p. 529)
Further Reading, Exercises, Review Quiz Answers (p. 534)
Chapter 18 Generator Design Patterns (p. 540)
18.1 The Generator Category (p. 540)
18.2 The Factory Patterns (p. 544)
18.3 The Singleton Pattern (p. 553)
18.4 The Prototype Pattern* (p. 557)
Further Reading, Exercises, Review Quiz Answers (p. 564)
Chapter 19 Reactor Design Patterns (p. 568)
19.1 The Reactor Category (p. 568)
19.2 The Command Pattern (p. 572)
19.3 The Observer Pattern (p. 578)
Further Reading, Exercises, Review Quiz Answers (p. 586)
Appendices
Appendix A Glossary (p. 591)
Appendix B AquaLush Case Study (p. 609)
Appendix C References (p. 689)
Index (p. 693)