Object-Oriented and Classical Software Engineering With UML and C++

Name: Object-Oriented and Classical Software Engineering With UML and C++
Price: 6.34 USD
Availability: InStock
ISBN: 9780072395594

ISBN-10: 0072395591

ISBN-13: 9780072395594

Edition: 5th 2002

Authors: Stephen R. Schach

List price: $108.75

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Book details

List price: $108.75
Edition: 5th
Copyright year: 2002
Publisher: McGraw-Hill Higher Education
Publication date: 6/8/2001
Binding: Hardcover
Pages: 648
Size: 7.30" wide x 9.20" long x 1.10" tall
Weight: 2.442
Language: English

Preface	p. xv
Introduction to Software Engineering	p. 1
The Scope of Software Engineering	p. 3
Historical Aspects	p. 4
Economic Aspects	p. 7
Maintenance Aspects	p. 8
Specification and Design Aspects	p. 13
Team Programming Aspects	p. 15
The Object-Oriented Paradigm	p. 17
Terminology	p. 21
The Software Process	p. 30
Client, Developer, and User	p. 32
Requirements Phase	p. 33
Specification Phase	p. 35
Design Phase	p. 38
Implementation Phase	p. 40
Integration Phase	p. 41
Maintenance Phase	p. 42
Retirement	p. 43
Problems with Software Production: Essence and Accidents	p. 44
Improving the Software Process	p. 51
Capability Maturity Models	p. 51
Other Software Process Improvement Initiatives	p. 54
Costs and Benefits of Software Process Improvement	p. 55
Software Life-Cycle Models	p. 64
Build-and-Fix Model	p. 64
Waterfall Model	p. 65
Rapid Prototyping Model	p. 70
Incremental Model	p. 72
Extreme Programming	p. 75
Synchronize-and-Stabilize Model	p. 77
Spiral Model	p. 78
Object-Oriented Life-Cycle Models	p. 82
Comparison of Life-Cycle Models	p. 84
Teams	p. 90
Team Organization	p. 90
Democratic Team Approach	p. 92
Classical Chief Programmer Team Approach	p. 93
Beyond Chief Programmer and Democratic Teams	p. 97
Synchronize-and-Stabilize Teams	p. 101
Extreme Programming Teams	p. 102
The Tools of the Trade	p. 106
Stepwise Refinement	p. 106
Cost-Benefit Analysis	p. 113
Software Metrics	p. 114
Case	p. 115
Taxonomy of Case	p. 116
Scope of Case	p. 118
Software Versions	p. 122
Configuration Control	p. 124
Build Tools	p. 128
Productivity Gains with Case Technology	p. 129
Testing	p. 136
Quality Issues	p. 137
Nonexecution-Based Testing	p. 139
Execution-Based Testing	p. 145
What Should Be Tested?	p. 145
Testing versus Correctness Proofs	p. 151
Who Should Perform Execution-Based Testing?	p. 158
When Testing Stops	p. 160
From Modules to Objects	p. 167
What Is a Module?	p. 167
Cohesion	p. 171
Coupling	p. 177
Data Encapsulation	p. 184
Abstract Data Types	p. 194
Infromation Hiding	p. 195
Objects	p. 198
Inheritance, Polymorphism, and Dynamic Binding	p. 201
Cohesion and Coupling of Objects	p. 203
The Object-Oriented Paradigm	p. 204
Reusability, Portability, and Interoperability	p. 212
Reuse Concepts	p. 212
Impediments to Reuse	p. 214
Reuse Case Studies	p. 216
Objects and Reuse	p. 222
Reuse during the Design and Implementation Phases	p. 222
Reuse and Maintenance	p. 230
Portability	p. 231
Why Portability?	p. 239
Techniques for Achieving Portability	p. 240
Interoperability	p. 243
Future Trends in Interoperability	p. 245
Planning and Estimating	p. 257
Planning and the Software Process	p. 257
Estimating Duration and Cost	p. 259
Components of a Software Project Management Plan	p. 272
Software Project Management Plan Framework	p. 274
IEEE Software Project Management Plan	p. 274
Planning Testing	p. 278
Planning Object-Oriented Projects	p. 279
Training Requirements	p. 280
Documentation Standards	p. 281
CASE Tools for Planning and Estimating	p. 282
Testing the Software Project Management Plan	p. 282
The Phases of the Software Life Cycle	p. 289
Requirements Phase	p. 290
Requirements Elicitation	p. 291
Requirements Analysis	p. 294
Rapid Prototyping	p. 294
Human Factors	p. 296
Rapid Prototyping as a Specification Technique	p. 298
Reusing the Rapid Prototype	p. 300
Management Implications of the Rapid Prototyping Model	p. 302
Experiences with Rapid Prototyping	p. 304
Techniques for Requirements Elicitation and Analysis	p. 305
Testing during the Requirements Phase	p. 305
CASE Tools for the Requirements Phase	p. 306
Metrics for the Requirements Phase	p. 307
Object-Oriented Requirements?	p. 308
Air Gourmet Case Study: Requirements Phase	p. 308
Air Gourmet Case Study: Rapid Prototype	p. 311
Challenges of the Requirements Phase	p. 313
Specification Phase	p. 319
The Specification Document	p. 319
Informal Specifications	p. 321
Structured Systems Analysis	p. 323
Other Semiformal Techniques	p. 331
Entity-Relationship Modeling	p. 332
Finite State Machines	p. 335
Petri Nets	p. 341
Z	p. 346
Other Formal Techniques	p. 351
Comparison of Specification Techniques	p. 352
Testing during the Specification Phase	p. 353
CASE Tools for the Specification Phase	p. 354
Metrics for the Specification Phase	p. 355
Air Gourmet Case Study: Structured Systems Analysis	p. 355
Air Gourmet Case Study: Software Project Management Plan	p. 357
Challenges of the Specification Phase	p. 358
Object-Oriented Analysis Phase	p. 366
Object-Oriented Analysis	p. 366
Elevator Problem: Object-Oriented Analysis	p. 369
Use-Case Modeling	p. 369
Class Modeling	p. 371
Dynamic Modeling	p. 375
Testing during the Object-Oriented Analysis Phase	p. 378
CASE Tools for the Object-Oriented Analysis Phase	p. 383
Air Gourmet Case Study: Object-Oriented Analysis	p. 383
Challenges of the Object-Oriented Analysis Phase	p. 390
Design Phase	p. 395
Design and Abstraction	p. 395
Action-Oriented Design	p. 396
Data Flow Analysis	p. 397
Transaction Analysis	p. 403
Data-Oriented Design	p. 406
Object-Oriented Design	p. 406
Elevator Problem: Object-Oriented Design	p. 407
Formal Techniques for Detailed Design	p. 415
Real-Time Design Techniques	p. 416
Testing during the Design Phase	p. 418
CASE Tools for the Design Phase	p. 418
Metrics for the Design Phase	p. 419
Air Gourmet Case Study: Object-Oriented Design	p. 420
Challenges of the Design Phase	p. 429
Implementation Phase	p. 434
Choice of Programming Language	p. 434
Fourth-Generation Languages	p. 437
Good Programming Practice	p. 440
Coding Standards	p. 445
Module Reuse	p. 446
Module Test Case Selection	p. 447
Black-Box Module-Testing Techniques	p. 451
Glass-Box Module-Testing Techniques	p. 454
Code Walkthroughs and Inspections	p. 458
Comparison of Module-Testing Techniques	p. 458
Cleanroom	p. 459
Potential Problems When Testing Objects	p. 460
Management Aspects of Module Testing	p. 463
When to Rewrite Rather than Debug a Module	p. 463
CASE Tools for the Implementation Phase	p. 465
Air Gourmet Case Study: Black-Box Test Cases	p. 465
Challenges of the Implementation Phase	p. 467
Implementation and Integration Phase	p. 474
Introduction to Implementation and Integration	p. 474
Testing during the Implementation and Integration Phase	p. 481
Integration Testing of Graphical User Interfaces	p. 481
Product Testing	p. 482
Acceptance Testing	p. 483
CASE Tools for the Implementation and Integration Phase	p. 484
CASE Tools for the Complete Software Process	p. 484
Integrated Environments	p. 485
Environments for Business Applications	p. 486
Public Tool Infrastructures	p. 487
Potential Problems with Environments	p. 487
Metrics for the Implementation and Integration Phase	p. 488
Air Gourmet Case Study: Implementation and Integration Phase	p. 488
Challenges of the Implementation and Integration Phase	p. 489
Maintenance Phase	p. 493
Why Maintenance Is Necessary	p. 493
What Is Required of Maintenance Programmers	p. 494
Maintenance Case Study	p. 497
Management of Maintenance	p. 498
Maintenance of Object-Oriented Software	p. 501
Maintenance Skills versus Development Skills	p. 504
Reverse Engineering	p. 505
Testing during the Maintenance Phase	p. 506
CASE Tools for the Maintenance Phase	p. 507
Metrics for the Maintenance Phase	p. 507
Air Gourmet Case Study: Maintenance Phase	p. 508
Challenges of the Maintenance Phase	p. 508
Broadlands Area Children's Hospital	p. 513
Software Engineering Resources	p. 518
Air Gourmet Case Study: C Rapid Prototype	p. 520
Air Gourmet Case Study: Java Rapid Prototype	p. 521
Air Gourmet Case Study: Structured Systems Analysis	p. 522
Air Gourmet Case Study: Software Project Management Plan	p. 529
Air Gourmet Case Study: Object-Oriented Analysis	p. 534
Air Gourmet Case Study: Design for C++ Implementation	p. 535
Air Gourmet Case Study: Design for Java Implementation	p. 560
Air Gourmet Case Study: Black-Box Test Cases	p. 582
Air Gourmet Case Study: C++ Source Code	p. 588
Air Gourmet Case Study: Java Source Code	p. 589
Bibliography	p. 590
Author Index	p. 617
Subject Index	p. 623
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