《软件工程--用Java语言描述(英文)》是1999-03年机械工业出版社出版的图书，作者是斯查(美)

• 作者 斯查(美)
• 出版社 机械工业出版社
• 出版时间 1999年03月
• 页数 618 页
• 定价 51.00

　　作品目录

　　BRlEF CONTENTS

　　Prologue 来自1

　　PART 1

　　Int端屋roduction to the

　　Software Process

　　CNAPTER l

　　Scope of Soflware Engineering

　　CNAPTER 2

　　The Software Process 360百科and

　　Its Pr敌处管工oblems

　　CNAPTER 3

　　Software Li天工怕意字入的前fe-Cycle Models

　　CMAPTER 4

　　Stepwise Retineme术希元球鸡结法材冲品nt, CASE, and

　　O温妒ther Tools of the Trade

　　CNAPTER 5

　　Testing Principles

　　CHAPTER 6

　　Introd英植音省uction to Objects

　　PART 2

　　务晶严抓做苗的奏下政写The Phases of the Software Process

　　CNAPTER l

　武谈再军　Requirements Phase

　　CNAPTER 8

　　Specification Phase

　　CMAP微式油难与既望脸商TER

　　Object-O语围爱皇财质传剂石到riented

　　Analysi顺商粮讲给音s Phase

　　C点带川饭部合送怀于使假MAPTER lO

　　Planning Phase

　　CMAPTER ll

　　Design Phase

　　CNAP洋放政庆引合加TER 12

　　implementation Phase

　　CMAPTER 13

　　Implementation and

　　Integratio乡n Phase

　　CMAPTER

　　Maintenance Phase

　　Epilogue

　　Appendices

　　APP严秋克报清组随家ENDlX A

　　Osbe院费步备齐重元方rt Oglesby, Art Dealer

　　APPENDlX B

　　Software

　　Engineering Resources

　　APPEHDlX C

　　MSG Case Study:

　　Rapid Prototype

　　APPENDlX D

　　MSG Case Study: Structured

　　Systems Analysis

　　BRIEFCONTENTS

　　APPENDIX E

　　MSG Case Study:

　　Object-Oriented A青双析满画nalysis

　　APPBNDIX F

　　MSG Case Study: Software Project

　　Management Plan

　　APPENDIX O

　　MSG Ca础材板脚品探造守法外识se Study: Design

　　APPENDIX H

　　MSG Case Study: Black-Box

　　Test Cases

　　APPENDIX I

　　MSG Case Study: Source

　　Code

　　Bibliography

　　Author Inde

　　Subject Inde

　　CONTENTS

　　Prologue

　　PART 1

　　Introduction to the

　　Software Process

　　CHAPTIR 1

　　Scope of Software Engineering

　　1.1 Historical Aspects

　　1.2 Economic Aspects

　　1.3 Maintenance Aspects

　　1.4 Specification and Design Aspects

　　1.5 Team Programming Aspects

　　1.6 The Object-Oriented Paradignr.

　　1.7 Tenninology

　　Chapter Review

　　For Further Reading

　　Problems

　　References

　　CHAPTIR 2

　　The Software Process and

　　Its Problems

　　2.1 Client, Developer, and User

　　2.2 Requirements Phase

　　2.2.1Requirements Phase Testing

　　2.3 Specification Phase

　　2.3.1Specification Phase Tesring

　　2.4 Planning Phase

　　2.4.1Planning Phase Testing

　　2.5 Design Phase

　　2.5.1Design Phase Testing

　　2.6 Implementation Phase

　　2.6.1Implementation Phase Testing

　　2.7 Integration Phase

　　2.7.1Integration Phase Testing

　　2.8 Maintenance Phase

　　2.8.1Maintenance Phase Testing

　　2.9 Retirement

　　2.10Problems with Software Production:

　　Essence and Accidents

　　2.10.1Complexity

　　2.10.2Confonnity

　　2.10.3Changeability

　　2.10.4Invisibility

　　2.10.5No Silver Bullet?

　　Chapter Review

　　For Further Reading

　　Problems

　　References

　　CHAPTIR 3

　　Software Life-Cycle Models

　　3.1 Build-and-Fix Model

　　3.2 Waterfall Model

　　3.2.1 Analysis of the Waterfall Model

　　3.3 Rapid Prototyping Model

　　3.3.1Integrating the Waterfall and Rapid

　　Prototyping Models

　　3.4 Incremental Model

　　3.4.1Analysis of the Incremcntal Model

　　3.5 SpiralModel

　　3.5.1 Analysis of the Spiral Model

　　3.6 Comparison of Life-Cycle Models

　　3.7 Capability Maturity Model

　　3.8 ISO 9000

　　Chapter Review

　　For Further Reading

　　Problems

　　References

　　CHAPTIR 4

　　Stepwise Refinement, CASE, and

　　Other Tools of the Trade

　　4.1 Stepwise Refinement

　　4.1.1Stepwise Refinemcnt Example

　　4.2 Cost-Benefit Analysis

　　4.3 CASE (Computer-Aided Software

　　Engineering)

　　4.3.1Taxonomy of CASE

　　4.4 Scope of CASE

　　4.5 Software Versions

　　4.5.1Revisions

　　4.5.2Variations

　　4.6 Configuration Control

　　4.6.1Configuration Control during Product

　　Maintenance

　　4.6.2Baselines

　　4.6.3Configuration Control during Product

　　Development

　　4.7Build Tools

　　4.8 Productivity Gains with CASE Technology

　　4.9 Software Metrics

　　Chapter Review

　　For Further Reading

　　Problems

　　References

　　CHAPTIR 5

　　Testing Principles

　　5.1 Quality Issues

　　5.1.1 Software Quality Assurance

　　5.1.2Managerial Independence

　　5.2 Nonexecution-Based Testing

　　5.2.1Walkthroughs

　　5.2.2Managing Walkthroughs

　　5.2.3Inspections

　　5.2.4Comparison of Inspections and Walkthroughs

　　5.2.5Metrics for Inspections

　　5.3 Execution-Based Testing

　　5.4 What Should Be Tested?

　　5.4.1Utility

　　5.4.2Reliability

　　5.4.3Robustness

　　5.4.4Perfonnance

　　5.4.5Correctness

　　5.5Testing versus Correctness Proofs

　　5.5.1Example of a Correctness Proof

　　5.5.2Correctness Proof Case Study

　　5.5.3Correctness Proofs and Software

　　Engineering 129

　　5.6 Who Should Perform Execution-Based

　　Testing?

　　5.7 When Testing Stops

　　Chapter Review

　　For Further Reading

　　Problems

　　References

　　CHAPTIR 6

　　Introduction to Objects

　　6.1 What Is a Module?

　　6.2 Cohesion

　　6.2.1Coincidental Cohesion

　　6.2.2Logical Cohesion

　　6.2.3Temporal Cohesion

　　6.2.4Procedural Cohesion

　　6.2.5Conununicational Cohesion

　　6.2.6Informational Cohesion

　　6.2.7Functional Cohesion

　　6.2.8Cohesion Example

　　6.3 Coupling

　　6.3.1Content Coupling

　　6.3.2Common Coupling

　　6.3.3Control Coupling

　　6.3.4Stamp Coupling

　　6.3.5Data Coupling

　　6.3.6Coupling Example

　　6.4 Data Encapsulation

　　6.4.1Data Encapsulation and Product

　　Development

　　6.4.2Data Encapsulation and Product

　　Maintenance

　　6.5Abstract Data Types

　　6.6Information Hiding

　　6.7Objects

　　6.8Polymorphism and Dynamic Binding

　　6.9Cohesion and Coupling of Objects

　　6.10Reuse

　　6.10.1Impediments to Reuse

　　6.11 Reuse Case Studies

　　6.11.1Raytheon Missile Systems

　　Division

　　6.11.2Toshiba Software Factory

　　6.11.3NASASoftware

　　6.11.4GTE Data Services

　　6.11.5HcwIett-Packard

　　6.12 Reuse and Maintenance

　　6.13 Objects and Productivity

　　Chapter Review

　　For Further Reading

　　Problems

　　References

　　PART

　　The Phases of the

　　Software Process

　　CHAPTIR 7

　　Requirements Phase

　　7.1 Requirements Analysis Techniques

　　7.2 Rapid Prototyping

　　7.3 Human Factors

　　7.4 Rapid Prototyping as a Specification

　　Technique

　　7.5 Reusing the Rapid Prototype

　　7.6 Other Uses of Rapid Prototyping

　　7.7 Management Implications of the Rapid

　　Prototyping Model

　　7.8 Experiences with Rapid Prototyping

　　7.9 Joint Application Design

　　7.10 Comparison of Requirements Analysis

　　Techniques

　　7.11 Testing during the Requirements Phase

　　7.12 CASE Tools for the Requirements

　　Phase 212

　　7.13 Metrics for the Requirements Phase

　　7.14 MSG Case Study: Requirements Phase

　　7.15 MSG Case Study: Rapid Prototype

　　Chapter Review

　　For Further Reading

　　Problems

　　References

　　CHAPTIR 8

　　Specification Phase

　　8.1 The Specification Document

　　8.2 Informal Specifications

　　8.2.1Case Study: Text Processing

　　8.3 Structured Systems Analysis

　　8.3.1Sally's Software Shop

　　8.4Other Semiformal Techniques

　　8.5Entity-Relationship Modeling

　　8.6Finite State Machines

　　8.6.1Elevator Problem: Finite State

　　Machines

　　8.7 Petri Nets

　　8.7.1Elevator Problem: Petri Nets

　　8.8 Z 250

　　8.8.1Elevator Problem: Z

　　8.8.2Analysis of Z

　　8.9 Other Formal Techniques

　　8.10 Comparison of Specification

　　Techniques

　　8.11 Testing during the Specification Phase

　　8.12 CASE Tools for the Specification Phase

　　8.13 Metrics for the Specification Phase

　　8.14 MSG Case Study: Structured Systems

　　Analysis

　　Chapter Review

　　For Further Readine

　　Problems

　　References

　　CHAPTIR 9

　　Object-Oriented

　　Analysis Phase

　　9.1 Object-Oriented versus Structured Paradigm

　　9.2 Object-Oriented Analysis

　　9.3 Elevator Problem Object-Oriented Analysis

　　9.3.1Class Modeling

　　9.3.2Dynamic Modeling

　　9.3.3Functional Modeling

　　9.4 Object-Oriented Life-Cycle Models

　　9.5 CASE Tools for the Object-Oriented

　　Analysis Phase

　　9.6 MSG Case Study: Object-Oriented

　　Analysis

　　Chapter Review

　　For Further Reading

　　Problems

　　References

　　CHAPTlR lO

　　Planning Phase

　　l0.l Estimating Duration and Cost

　　l0.l.lMetrics for the Size of . Product

　　l0.1.2Techniques of Cost Estimation

　　l0.l.3 Intennediate COCOMO

　　l0.l.4Tracking Duration and Cost

　　Estimates

　　10.2 Components of a Software Project

　　Management Plan

　　l0.3 Software Project Management Plan

　　Framework

　　10.4 IEEE Software Project Management

　　Plan

　　l0.5 Planning of Testing

　　l0.6 Planning of Object-Oriented Projects

　　l0.7 Training Requirements

　　l0.8 Documentation Standards

　　l0.9 CASE Tools for the Planning Phase

　　l0.l0 Testing during the Planning Phase

　　l0.l1 MSG Case Study: Planning Phase

　　Chapter Review

　　For Further Reaamg

　　Problems

　　References

　　CHAPTlR ll

　　Design Phase

　　ll.l Design and Abstraction

　　11.2 Action-Oriented Design

　　ll .3 Data Flow Analysis

　　ll .3.l Data Flow Analysis Example

　　ll.3.2 Extensions

　　ll.4 Transaction Analysis

　　ll.5 Data-Oriented Design

　　ll.6 Jackson System Development

　　ll.6.lOverview of Jackson System

　　Development

　　ll.6.2 Why Jackson System Development

　　is Presented in This Chapter

　　l1.6.3Elevator Problcm: Jackson System

　　Dcvelopment

　　ll.6.4Analysis of Jackson System

　　Development

　　l1.7 Techniques of Jackson, Wamier, and

　　On-

　　ll.8 Object-Oriented Design

　　ll.8.l Elevator Problem: Object-Oriented

　　Design

　　ll.9 Detailed Oesign

　　ll.l0 Comparison of Action-, Data-, and

　　Object-Oriented Design

　　ll.ll Difficulties Associated with Real-Time

　　Systems 353

　　ll.l2 Real-Time Design Techniques

　　ll.13 Testing during the Design Phase

　　ll.14 CASE Tools for the Design Phase

　　11.15 Metrics for the Design Phase

　　ll.16 MSG Case Study: Object-Oriented

　　Design

　　Chapter Review

　　For Further Reading

　　Problems

　　References

　　CHAPTlR

　　Implementation Phase

　　12.1 Choice of Programming Language

　　12.2 Fourth Generation Languages

　　12.3 Structured Programming

　　l2.3.lHistory of Structured

　　Programming

　　l2.3.2Why the goto Statement Is

　　Considered Harmful

　　l2.4 Good Programming Practice

　　12.5 Coding Standards

　　l2.6 Team Organization

　　12.7 Democratic Team Approach

　　12.7.1Analysis of the Democratic Team

　　Approach

　　l2.8Classical Chief Programmer Team

　　Approach 388

　　12.8.1 The New York Times Project

　　12.8.2Impracticality of the Qassical Chief

　　Programmer Team Approach

　　12.9 Beyond Chief Programmer and

　　Democratic Teams

　　12.10 Portability

　　12.10.1 Hardware Incompatibilities

　　12.10.2 Operating System Incompatibilities

　　12.10.3 Numerical Software Incompatibilities

　　12.10.4 Compiler Incompatibilities

　　12.11 Why Portability?

　　12.12 Techniques for Achieving Portability

　　12.12.1 Portable System Software

　　12.12.2 Portable Application Software

　　12.12.3 PortableData

　　12.13 ModuleReuse

　　12.14 Module Test Case Selection

　　12.14.1 Testing to Specifications versus

　　Testing to Code

　　12.14.2 Feasibility of Testing to

　　Specifications

　　12.14.3 Fcasibility of Testing to Code

　　12.15 Black-Box Module-Testing

　　Techniques

　　12.15.1 Equivalence Testing and Boundary

　　Value Analysis

　　12.15.2 Functional Testing

　　12.16 Glass-Box Module-Testing

　　Techniques

　　12.16.1 Structural Testing: Statement,

　　Branch, and Path Coverage

　　12.16.2 Complexity Metrics

　　12.17 Code Walkthroughs and Inspections

　　12.18 Comparison of Module-Testing

　　Techniques

　　12.19 Cleanroom

　　12.20 Testing Objects

　　12.21 Management Aspects of Module-

　　Testing

　　12.21.1 When to Rewrite Rather Than

　　Debug a Module

　　12.22 Testing Distributed Software

　　12.23 Testing Real-Time Software

　　12.24 CASE Tools for the Implementation Phase

　　12.25 MSG Case Study: Black-Box Test Cases

　　Chapter Review

　　For Further Reading

　　Problems

　　References

　　CHAPTIR 13

　　Implementation and

　　Integration Phase

　　13.1Implementation and Integration

　　13.1.1Top-Down Implementation and

　　Integration

　　13.1.2Bottom-Up Implementation and

　　Integration

　　13.1.3Sandwich Implementation and

　　Integration

　　13.1.4Implementation and Integration of

　　Object-Orientcd Products

　　13.1.5 Management Issues during the

　　Implementation and Integration Phase

　　13.2 Testing during the Implementation and

　　Integration Phase

　　13.3Integration Testing of Graphical User

　　Interfaces

　　13.4Product Testing

　　13.5Acceptance Testing

　　13.6 CASE Tools for the Implementation and

　　Integration Phase

　　13.7 CASE Tools for the Complete Software

　　Process

　　13.8 Language-Centered Environments

　　13.9 Structure-Oriented Environments

　　13.10 Toolkit Environments

　　13.11 Integrated Environments

　　13.11.1 Process Integration

　　13.11.2 Tool Integration

　　13.11.3 Other Fonns of Integration

　　13.12 Environments for Business

　　Applications

　　13.13 Public Tool Infrastructures

　　13.14 Comparison of Environment Types

　　13.15 Metrics for the Implementation and

　　Integration Phase

　　13.16 MSG Case Study: Implementation and

　　Integration Phase

　　Chapter Review

　　For Further Reading

　　Problems

　　References

　　CHAPTIR 14

　　Maintenance Phase

　　14.1 Why Maintenance Is Necessary

　　14.2 What Is Required of Maintenance

　　Progranuners

　　14.3 Maintenance Case Study

　　14.4 Management of Maintenance

　　14.4.1Fault Reports

　　14.4.2Authorizing Changes to the

　　Product

　　14.4.3 Ensuring Maintainability

　　14.4.4Problem of Repeated Maintenance

　　14.5 Maintenance of Object-Oriented

　　Software

　　14.6 Maintenance Skills versus Development

　　Skills

　　14.7 Reverse Engineering

　　14.8 Testing during the Maintenance

　　Phase

　　14.9 CASE Tools for the Maintenance

　　Phase

　　14.10 Metrics for the Maintenance Phase

　　Chapter Review

　　For Further Reading

　　Problems

　　References

　　Epilogue

　　Appendices

　　APPIMDIX A

　　Osbert Oglesby--Art Dealer

　　APPINDIX ?B

　　Software

　　Engineering Resources

　　APPINDIX c

　　MSG Case Study:

　　Rapid Prototype

　　APPINDIX D

　　MSG Case Study: Structured

　　Systems Analysis

　　APPINDIX E

　　MSG Case Study:

　　Object-Oriented Analysis

　　APPINDIX F

　　MSG Case Study: Software Project

　　Management Plan

　　APPINDIX O

　　MSG Case Study: Design

　　APPINDIX H

　　MSG Case Study: Black-Box

　　TestCases 539

　　APPINDIX 1

　　MSG Case Study: Source

　　Code

　　Bibliography

　　Author Index