面向?qū)ο筌浖こ蹋ㄓ⑽陌妫?/h1>

Part I　Introduction　1
1　System development as an industrial process　1
1.1　Introduction　1
1.2　A useful analogy　2
1.3　System development characteristics　8
1.4　Summary　19
2　The system life cycle　21
2.1　Introduction　21
2.2　System development as a process of change　21
2.3　System development and reuse　26
2.4　System development and methodology　29
2.5　Objectory　38
2.6　Summary　40
3　What is object-orientation?　42
3.1　Introduction　42
3.2　Object　44
3.3　Class and instance　49
3.4　Polymorphism　55
3.5　Inheritance　56
3.6　Summary　68
4　Object-oriented system development　69
4.1　Introduction　69
4.2　Function/data methods　73
4.3　Object-oriented analysis　76
4.4　Object-oriented construction　79
4.5　Object-oriented testing　80
4.6　Summary　83
5　Object-oriented programming　84
5.1　Introduction　84
5.2　Objects　86
5.3　Classes and instances　87
5.4　Inheritance　93
5.5　Polymorphism　99
5.6　An example　102
5.7　Summary　105
Part II　Concepts　107
6　Architecture　109
6.1　Introduction　109
6.2　System development is model building　113
6.3　Model architecture　125
6.4　Requirements model　126
6.5　Analysis model　130
6.6　The design model　143
6.7　The implementation model　149
6.8　Test model　150
6.9　Summary　151
7　Analysis　153
7.1　Introduction　153
7.2　The requirements model　156
7.3　The analysis model　174
7.4　Summary　199
8　Construction　201
8.1　Introduction　201
8.2　The design model　204
8.3　Block design　229
8.4　Working with construction　251
8.5　Summary　256
9　Real-time specialization　259
9.1　Introduction　259
9.2　Classification of real-time systems　259
9.3　Fundamental issues　260
9.4　Analysis　261
9.5　Testing and verification　263
9.6　Testing and verification　272
9.7　Summary　273
10　Database specialization　274
10.1　Introduction　274
10.2　Relational DBMS　276
10.3　Object DBMS　285
10.4　Discussion　287
10.5　Summary　288
11　Components　289
11.1　Introduction　289
11.2　What is a component?　294
11.3　Use of components　297
11.4　Component management　301
11.5　Summary　311
12　Testing　313
12.1　Introduction　313
12.2　On testing　315
12.3　Unit testing　323
12.4　Integration testing　330
12.5　System testing　333
12.6　The testing process　333
12.7　Summary　338
Part III　Applications　341
13　Case study: warehouse management system　343
13.1　Introduction　343
13.2　ACME Warehouse Management Inc.　343
13.3　The requirements model　345
13.4　The analysis model　356
13.5　Construction　376
14　Case study: telecom　393
14.1　Introduction　393
14.2　Telecommunication switching systems　393
14.3　The requirements model　397
14.4　The analysis model　407
14.5　The design model　416
14.6　The implementation model　428
15　Managing object-oriented software engineering　436
15.1　Introduction　436
15.2　Project selection and preparation　436
15.3　Product development organization　445
15.4　Project organization and management　450
15.5　Project staffing　459
15.6　Software quality assurance　463
15.7　Software metrics　468
15.8　Summary　472
16　Other object-oriented methods　474
16.1　Introduction　474
16.2　A summary of object-oriented methods　476
16.3　Object-Oriented Analysis(OOA/Coad-Yourdon)　479
16.4　Object-Oriented Design(OOD/Booch)　484
16.5　Hierarchical Object-Oriented Design(HOOD)　487
16.6　Object Modeling Technique(OMT)　493
16.7　Responsibility-Driven Design　496
16.8　Summary　500
Appendix A　On the development of Objectory　503
A.1　Introduction　503
A.2　Objectory as an activity　505
A.3　From idea to reality　515
References　518
Index 　525