统一软件工程 英文版PDF|Epub|txt|kindle电子书版本网盘下载

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1 Introduction to Java in the Context of Software Engineering1

1.1 Getting Acquainted1

1.2 What Is Java Programming?1

1.2.1 What is Software Engineering?2

1.3 Learning Objectives6

1.3.1 Learning Layout7

1.3.2 Learning Connections8

1.4 Executive Summary9

1.5 Learning Modules10

1.5.1 Concepts10

1.5.2 Unified Process-Based Methodology Overview12

1.5.3 Position in Process14

1.5.4 Domain Model17

1.5.5 Scenarios17

1.5.6 The Unified Modeling Language21

1.6 The Java Programming Language21

1.6.1 Historical Perspective on Java21

1.6.2 Java Basics23

1.7 Relationships28

1.7.1 Caveats and Complexities30

1.8 Example:The Voting Program30

1.8.1 Project(System)Vision31

1.8.2 Project Description31

1.8.3 Stakeholder Analysis32

1.8.4 Customer Profile32

1.8.5 Market Analysis32

1.8.6 Risk Analysis33

1.8.7 Business Use Case Model and Use Cases33

1.8.8 Competitive Analysis36

1.8.9 Distribution Plan41

1.8.10 Financial Plan42

1.8.11 High-Level Project Plan43

1.8.12 Recommendations43

1.9 Ongoing Case Study43

1.9.1 Introduction43

1.9.2 Initial Concept44

1.9.3 Business Justification45

1.9.4 Stakeholder Analysis46

1.9.5 Case Assignments46

1.10 Resources:Connections·People·Companies46

1.11 Summary and Recommendations47

1.12 Review Questions47

1.13 Glossary-Terminology-Concepts48

1.14 Exercises50

1.15 Setting up a Java Development Environment50

1.15.1 Versions of Java51

1.15.2 Class and Classpath Setup51

1.16 Java Programming Exercises51

2 Experimenting with Classes and Objects52

2.1 Learning Objectives54

2.1.1 Learning Layout55

2.1.2 Learning Connections56

2.2 Executive Summary57

2.3 Learning Modules58

2.3.1 Concepts58

2.3.2 Position in Process73

2.4 The Purpose of Object Orientation in Software Engineering74

2.5 Problems with Procedural Programming75

2.6 How O-O Solves Software Development Problems76

2.7 Understanding Object Orientation77

2.8 Object-Orientation in Java79

2.8.1 Java Classes and Objects79

2.9 Architecture and Class Hierarchy82

2.10 Economies of Reuse82

2.10.1 Quality83

2.10.2 Consistency83

2.10.3 Implement Once83

2.10.4 Flexibility83

2.11 Use Case Models and Classes84

2.12 "Real-Life"Variations85

2.13 Translating Generic Class Descriptions into Java Classes85

2.14 Unified Modeling Language Perspective86

2.15 A Simple Java Program:The Voting Program Prototype86

2.16 Relationships87

2.16.1 Caveats and Complexities87

2.17 Example:The Voting Program88

2.17.1 The Domain Model88

2.17.2 Requirements Specification Outline89

2.17.3 Deliverables103

2.17.4 Other Requirements103

2.18 Ongoing Case Study104

2.18.1 Market Analysis104

2.18.2 Risk Management104

2.18.3 Business Use Case Model and Business Use Cases105

2.18.4 Competitive Analysis105

2.18.5 Distribution Plan(Pricing，Packaging，Promotion，Positioning)105

2.18.6 Financial Plan(Revenue Plan，Budget，Cash Flow Analysis，ROI Analysis)106

2.18.7 High-Level Project Plan106

2.18.8 Recommendations106

2.18.9 Case Assignments106

2.19 Resources:Connections·People·Companies107

2.20 Summary and Recommendations107

2.21 Review Questions107

2.22 Glossary-Terminology-Concepts108

2.23 Exercises108

3 The Structure and Syntax of Java109

3.1 Learning Objectives111

3.1.1 Learning Layout111

3.1.2 Learning Connections111

3.2 Executive Summary112

3.3 Learning a Programming Language114

3.3.1 For the Novice114

3.3.2 For the Experienced Software Engineer119

3.3.3 Similarities to Other O-O Programming Languages120

3.4 Learning Modules122

3.4.1 Concepts122

3.5 The Java Family of Classes and Packages143

3.6 Third-Party Components144

3.7 Software Quality Assurance144

3.8 Position in Process146

3.8.1 Design Model147

3.8.2 Component Design147

3.8.3 Class Hierarchy147

3.8.4 System Architecture148

3.8.5 Prototyping150

3.9 Relationships150

3.9.1 Caveats and Complexities152

3.10 Example:The Voting Program152

3.10.1 Component Design152

3.10.2 Class Hierarchy153

3.10.3 System Architecture153

3.10.4 Prototype153

3.10.5 Design Specification，Quality Assurance Specification，and Configuration Management Plan153

3.11 Ongoing Case Study155

3.12 Resources:Connections·People·Companies158

3.13 Summary and Recommendations158

3.14 Review Questions159

3.15 Glossary-Terminology-Concepts159

3.16 Exercises159

3.17 Optional Chapter Addendum:LibraryManager，an Application Example160

3.17.1 Program Code161

3.17.2 Analysis179

4 Design and Development of Java Applications183

4.1 Learning Objectives185

4.1.1 Software Engineering Methodology186

4.1.2 Java Syntax and Structure187

4.1.3 Object Orientation190

4.1.4 Software Quality Assurance191

4.1.5 Attitude and Motivation192

4.1.6 Learning Layout193

4.1.7 Learning Connections193

4.2 Executive Summary193

4.3 Learning Modules196

4.3.1 Software Engineering History196

4.3.2 Process Models205

4.3.3 "Object Thinking"209

4.3.4 Object Orientation210

4.3.5 Java Control Structures214

4.4 Position in Process227

4.4.1 Design Specification227

4.4.2 Unit Test Specification229

4.4.3 Quality Assurance Plan229

4.4.4 Configuration Management Plan230

4.4.5 Documentation Plan230

4.5 Example:The Voting Program231

4.5.1 Introduction231

4.5.2 Functional Overview234

4.5.3 System Architecture235

4.5.4 Class Hierarchy236

4.5.5 Component Definition and Design238

4.5.6 Prototype Description and Evaluation238

4.5.7 Environment239

4.5.8 Supporting Disciplines240

4.6 Ongoing Case Study245

4.7 Resources:Connections·People·Companies246

4.8 Summary and Recommendations247

4.9 Review Questions247

4.10 Glossary-Terminology-Concepts247

4.11 Exercises248

4.12 Optional Chapter Addendum:Pattern-Driven Design248

4.12.1 Pattern Principle 1:High Cohesion248

4.12.2 Pattern Principle 2:Low Coupling249

4.12.3 Most Popular Patterns249

5 Architecture-Driven Component Development251

5.1 Learning Objectives251

5.1.1 Revisiting System and Software Architecture252

5.1.2 Java Component Interaction and Integration255

5.1.3 Learning Layout260

5.1.4 Learning Connections260

5.2 Executive Summary260

5.3 Learning Modules262

5.3.1 Concepts263

5.3.2 Architectural Perspectives264

5.3.3 Developing Java Components269

5.3.4 Java Class Interaction276

5.3.5 Java Objects278

5.3.6 Methods and Constructors278

5.3.7 Polymorphism:Method Overloading279

5.3.8 Polymorphism:Method Overriding280

5.3.9 Inheritance:Extending Classes280

5.3.10 Inheritance:Implementing Interfaces280

5.3.11 User Interface:An Introduction281

5.3.12 User Input and User Input Validation282

5.4 Position in Process283

5.4.1 Component Implementation284

5.4.2 Unit Testing284

5.4.3 Build Management285

5.5 Example:The Voting Program287

5.5.1 Components288

5.6 Ongoing Case Study310

5.6.1 Some Notes on the Model Home Interior Design Business311

5.7 Resources:Connections·People·Companies312

5.8 Summary and Recommendations312

5.9 Review Questions312

5.10 Glossary-Terminology-Concepts313

5.11 Exercises313

6 Introduction to Distributed Computing Concepts314

6.1 Learning Objectives315

6.1.1 Creating Value315

6.1.2 Agile Techniques318

6.1.3 Learning Layout319

6.1.4 Learning Connections319

6.2 Executive Summary320

6.3 Learning Modules322

6.3.1 Concepts322

6.3.2 Agile Methods and Rapid Application Development324

6.3.3 Distributed Java Applications325

6.3.4 Methodology，Tools，and Distributed Solutions327

6.3.5 Information Persistence331

6.4 Position in Process333

6.4.1 Class and Object Integration333

6.4.2 Package Integration334

6.4.3 Subsystem Integration335

6.4.4 System Integration335

6.4.5 Integration Testing335

6.5 Iterative Improvements337

6.6 Example:The Voting Program337

6.6.1 The Voting Program—Updated UserInterfacePresentation Class338

6.7 On-going Case Study352

6.8 Resources:Connections·People·Companies353

6.9 Summary and Recommendations353

6.10 Review Questions354

6.11 Glossary-Terminology-Concepts354

6.12 Exercises355

7 Interfacing with Users356

7.1 Learning Objectives356

7.1.1 User Interface Requirements357

7.1.2 User Interface Design Best Practices358

7.1.3 Java Graphical User Interface Programming359

7.1.4 Learning Layout359

7.1.5 Learning Connections359

7.2 Executive Summary361

7.3 Learning Modules362

7.3.1 Model-View Controller Design Pattern362

7.3.2 User Interface Design Principles362

7.3.3 Java User Interface Components365

7.3.4 Containers370

7.3.5 Layout Managers371

7.3.6 Display Elements377

7.3.7 Interactive Elements377

7.3.8 Event Handling378

7.3.9 Types of Applications381

7.4 Position in Process382

7.4.1 Alpha Testing383

7.4.2 Beta Testing383

7.4.3 Early Access Testing383

7.5 Example384

7.5.1 Example Explanation384

7.6 Case Study385

7.7 Resources386

7.8 Summary and Recommendations386

7.9 Review Questions386

7.10 Glossary-Terminology-Concepts387

7.11 Exercises388

8 Implementing Java Programs389

8.1 Learning Objectives390

8.1.1 Learning Layout390

8.1.2 Program Structure392

8.1.3 Multiple Concurrent Tasks393

8.1.4 Multimedia393

8.1.5 Learning Connections394

8.2 Executive Summary394

8.3 Learning Modules395

8.3.1 End User Perspective396

8.3.2 Administrator Perspective396

8.3.3 Process Perspective397

8.3.4 Software Engineering Perspective398

8.3.5 Data Perspective398

8.3.6 Logic Perspective399

8.3.7 System Perspective399

8.3.8 Multitasking—Multiple Threads400

8.3.9 Animation Using Multithreading401

8.3.10 Handling Sound411

8.3.11 Handling Exceptions414

8.4 Position in Process416

8.5 Example and Explanation417

8.6 Case Study418

8.7 Resources418

8.7.1 Connections418

8.7.2 People418

8.7.3 Companies419

8.8 Summary and Recommendations419

8.9 Review Questions419

8.10 Glossary-Terminology-Concepts419

8.11 Exercises421

9 Software Quality Assurance422

9.1 Learning Objectives424

9.1.1 Learning Layout425

9.1.2 Learning Connections425

9.2 Executive Summary425

9.3 Learning Modules429

9.3.1 Software Quality Assurance430

9.3.2 Java Application Structure438

9.4 Position in Process442

9.5 Example442

9.5.1 Example Explanation443

9.5.2 Practical Application444

9.6 Resources445

9.6.1 Connections445

9.6.2 Companies445

9.7 Summary and Recommendations445

9.8 Review Questions446

9.9 Glossary-Terminology-Concepts446

9.10 Exercises446

10 Information Management in Java447

10.1 Learning Objectives448

10.1.1 Learning Layout449

10.1.2 Learning Connections449

10.2 Executive Summary449

10.3 Learning Modules454

10.3.1 Information Life-cycle454

10.3.2 Data and File Structures454

10.3.3 16-Bit Character I/O456

10.3.4 Persistence and Serialization461

10.3.5 Example File I/O Programs462

10.3.6 Database Access472

10.4 Position in the Process477

10.5 Example478

10.5.1 Example Explanation479

10.5.2 Practical Application479

10.6 Resources480

10.6.1 Connections480

10.6.2 Companies480

10.7 Summary and Recommendations480

10.8 Review Questions480

10.9 Glossary-Terminology-Concepts481

10.10 Exercises481

11 Reality Check:Java Programs in the Real World486

11.1 Learning Objectives487

11.1.1 Learning Layout487

11.1.2 Learning Connections488

11.2 Executive Summary488

11.3 Learning Modules490

11.3.1 Standalone Applications490

11.3.2 Client-Server Applications499

11.3.3 Web-Centric Distributed Applications503

11.3.4 Patterns506

11.4 Position in Process514

11.5 Example514

11.5.1 Example Explanation514

11.5.2 Practical Application517

11.5.3 Time Boxing517

11.6 Resources517

11.7 Summary517

11.8 Review Questions517

11.9 Glossary-Terminology-Concepts518

11.10 Exercises518

12 Software Integration and Deployment519

12.1 Learning Objectives520

12.1.1 Learning Layout521

12.1.2 Learning Connections522

12.2 Executive Summary523

12.3 Learning Modules524

12.3.1 System Integration524

12.3.2 Solution Deployment527

12.3.3 Abstract Data Structures529

12.4 Position in Process540

12.5 Data Structure Example Application:Linked List542

12.6 Resources545

12.6.1 Connections545

12.6.2 People545

12.6.3 Companies546

12.7 Summary and Recommendations546

12.8 Review Questions546

12.9 Glossary-Terminology-Concepts547

12.10 Exercises547

13 Java on Various Computer Platforms548

13.1 Learning Objectives548

13.1.1 Learning Layout549

13.1.2 Learning Connections549

13.2 Executive Summary549

13.3 Learning Modules552

13.3.1 Java HotSpotTM Virtual Machines553

13.3.2 Java on Sun Microsystems Computers553

13.3.3 Java on IBM Computers553

13.3.4 Java on Hewlett-Packard Computers553

13.3.5 Java on Other Platforms555

13.3.6 Java on Special Devices555

13.3.7 Java and Microsoft?556

13.3.8 Java Development Tools556

13.3.9 UML Development Tools558

13.3.10 Networking with Java558

13.4 Example562

13.4.1 Example Explanation563

13.4.2 Practical Application564

13.4.3 Source Code Control，a Subset of Configuration Management564

13.5 Position in Process564

13.6 Resources565

13.6.1 Connections565

13.6.2 Companies565

13.7 Summary and Recommendations565

13.8 Review Questions566

13.9 Glossary-Terminology-Concepts566

13.10 Exercises566

14 Advanced Topics in Java Software Engineering567

14.1 Learning Objectives568

14.1.1 Learning Layout568

14.1.2 Learning Connections569

14.2 Executive Summary569

14.3 Learning Modules570

14.3.1 Mobile Applications571

14.3.2 Web and Application Services572

14.4 Summary Comments574

14.5 Position in Process575

14.5.1 Documentation575

14.5.2 Technical Marketing578

14.6 Example579

14.6.1 Example Explanation579

14.6.2 Practical Application580

14.7 Resources580

14.7.1 Connections580

14.7.2 People580

14.8 Summary581

14.9 Review Questions581

14.10 Glossary-Terminology-Concepts581

14.11 Exercises581

15 The Unified Modeling Language:A Primer582

15.1 Learning Objectives582

15.1.1 Learning Layout582

15.1.2 Learning Connections584

15.2 Executive Summary585

15.3 Learning Modules587

15.3.1 Class and Object Diagrams588

15.3.2 Use Case Diagram592

15.3.3 Activity Diagram593

15.3.4 Sequence Diagram595

15.3.5 Communication Diagram596

15.3.6 State Machine Diagram599

15.3.7 Deployment Diagram600

15.4 Resources:Connections·People·Companies601

15.5 Summary and Recommendations602

15.6 Review Questions603

15.7 Glossary-Terminology-Concepts603

15.8 Exercises604

Index606