面向对象设计的 UML 实践 英文2025|PDF|Epub|mobi|kindle电子书版本百度云盘下载

面向对象设计的 UML 实践 英文PDF格式电子书版下载

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1 Introduction to UML1

1．1Models and modelling1

1．2Methodologies5

1．3The unified Modeling Language7

1．4Design models and code10

1．5The software development process12

1．6Summary13

1．7Exercises13

2．1The object model15

2 Modelling with Objects15

2．2Objects17

2．3Objects properties19

2．4Avoiding data replication21

2．5Links21

2．6Message passing25

2．7Polymorphism27

2．8Dynamic binding30

2．9Class diagrams31

2．10The applicability of the object model33

2．11Summary34

2．12Exercises35

3 Diagram Editor : Use Case View38

3．1 Statement of requirements38

3．2 The use case view40

3．3 Creating new diagrams43

3．4 Use case realization44

3．5 Creating new elements46

3．6 Selecting elements51

3．7 Deleting elements54

3．8 Moving and resizinge lements55

3．9 Use case extension58

3．10 Use case diagrams60

3．11 Summary61

3．12 Exercises62

4 Diagram Editor: Design View65

4．1 The role of the design view65

4．2 Classes and associations66

4．3 Generalization70

4．4 Creation tools72

4．5 Selection tools73

4．6 Features of classes75

4．7 Complete class diagram76

4．8 Dynamic modelling of the diagram editor77

4．9 A statechart for creation tools79

4．10 A statechart for selection tools82

4．11 Statecharts of other classes84

4．12 Summary85

4．13 Exercises85

5 Diagram Editor: Implementation View88

5．1 Application frameworks88

5．2 The applet framework92

5．3 Implementation of classes96

5．4 Implementation of associations98

5．5 Implementation of statecharts102

5．6 Managing tools105

5．7 The document/view architecture106

5．8 Summary108

5．9 Exercises109

6 Class Diagrams111

6．1 Primitive notions112

6．2 Classes114

6．3 Describing objects with classes115

6．4 Associations119

6．5 The need for generalization125

6．6 Generalization and specialization126

6．7 Inheritance of attributes and operations129

6．8 Association generalization133

6．9 Aggregation135

6．10 Composite objects138

6．11 Association classes140

6．12 Qualified associations144

6．13 Multiple inheritance146

6．14 Summary150

6．15 Exercises152

7．1 Collaborations160

7 Interaction Diagrams160

7．2 Classifier roles162

7．3 Association roles163

7．4 Transient links163

7．5 Interaction diagrams164

7．6 Object creation168

7．7 Object destruction169

7．8 Iterated messages170

7．9 Multiobjects171

7．10 Conditional messages173

7．11 Messages of self176

7．12 Summary177

7．13 Exercises178

8 Statecharts180

8．1 State-dependent behaviour181

8．2 States,events and transitions182

8．3 Initial and final states183

8．4 Guard conditions184

8．5 Actions186

8．6 Activities188

8．7 Composite states190

8．8 History states193

8．9 Summary of the CD player194

8．10 Dynamic modelling in practice195

8．11 Time events200

8．12 Activity states200

8．13 Summary of the ticket machine201

8．14 Summary201

8．15 Exercises203

9 Constraints207

9．1 Standard constraints208

9．2 The Object Constraint Language209

9．3 The context of a constraint210

9．4 Navigation expressions211

9．5 Objects and collections214

9．6 Constraints218

9．7 Stereotyped constraints221

9．8 Constraints and generalization223

9．9 Summary224

9．10 Exercises225

10 Implementation Strategies227

10．1 Implementing associations228

10．2 Unidirectional implementations229

10．3 Bidirectional implementations232

10．4 Implementing qualifiers238

10．5 Implementing associations as classes240

10．6 Implementing constraints242

10．7 Implementing statecharts243

10．8 Persitency247

10．9 Interfacing to databases249

10．10 Summary252

10．11 Exercises253

11 Design pragmatics254

11．1 Physical design255

11．2 Interfaces260

11．3 Reverse engineering261

11．4 Templates264

11．5 Optimization of design models265

11．6 Summary270

11．7 Exercises271

12 Principles and Patterns272

12．1 The open-closed principle273

12．2 No concrete superclasses277

12．3 Decouple the interface hierarchy279

12．4 The Liskov substitution principle281

12．5 Interactions determine structure282

12．6 Design patterns284

12．7 Recursive structures286

12．8 The State and Strategy pattems290

12．9 MVC, document/view and Observer291

12．10 Applying Visitor to the stock control program294

12．11 Summary298

12．12 Exercises298

13 Cab Dispatching System300

13．1 Use cases300

13．2 handing immediate jobs301

13．3 Handing prebooked jobs307

13．4 Allocating a cab to a job309

13．5 Job confirmation312

13．6 Cancelling a job315

13．7 Progression of jobs316

13．8 Completing the static model317

13．9 Implementation overview318

13．10 Summary321

13．11 Exercises322

A Summary of Notation Used323

A．1 Common notations323

A．2 Use case diagrams325

A．3 Object diagrams326

A．4 Collaborations326

A．5 Sequence diagrams327

A．6 Collaboration diagrams328

A．7 Class diagrams329

A．8 Statechart diagrams331

A．9 Component diagrams332

A．10 Templates332

References334

Index336