Gomaa, Hassan. 　著

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Foreword. Preface. Acknowledgments. I. OVERVIEW. 1. Introduction.Software Reuse. Software Product Lines. Modeling Requirements Variabilityin Software Product Lines: Feature Modeling. Modeling Design Variability inSoftware Product Lines. Reusable Design Patterns. Modeling Single Systemswith UML. COMET: A UML-Based Software Design Method for Single Systems.Modeling Software Product Lines with UML. UML as a Standard. Related Texts.Summary. 2. Design Concepts for Software Product Lines. Object-OrientedConcepts. Information Hiding. Relationships between Classes. DynamicModeling. Sequential and Concurrent Applications. Software Architecture andComponents. Summary. 3. Software Product Line Engineering. EvolutionarySoftware Product Line Engineering Process. Software Product Line EngineeringPhases. Forward and Reverse Evolutionary Engineering. Integration of PLUSwith the Spiral Model. Integration of PLUS with Unified Software DevelopmentProcess. Requirements, Analysis, and Design Modeling in Software ProductLines. Software Product Line Scoping. Summary. II. REQUIREMENTS, ANALYSIS,AND DESIGN MODELING FOR SOFTWARE PRODUCT LINES. 4. Use Case Modeling forSoftware Product Lines. The Use Case Model in Single Systems. The Use CaseModel for Software Product Lines. Identifying Use Cases. DocumentingProduct Line Use Cases. Example of a Use Case Description. ModelingVariability in Use Cases. Modeling Small Variations. Modeling Variabilitywith the Extend Relationship. Modeling Variability with the IncludeRelationship. Use Case Development Strategies. Summary. 5. FeatureModeling for Software Product Lines. Introduction to Feature Analysis.Commonality/Variability Feature Analysis. Features and Use Cases. FeatureModeling with UML. Feature Groups. Advanced Feature Modeling with UML.Summary. 6. Static Modeling in Software Product Lines. Modeling Commonalityand Variability in Product Lines. Static Modeling of the Software ProductLine Problem Domain. Static Modeling of the Software Product Line Scope.Static Modeling of Entity Classes. Modeling Application Classes and Objects.Summary. 7. Dynamic Interaction Modeling for Software Product Lines.Dynamic Modeling in Single Systems. Evolutionary Dynamic Modeling inSoftware Product Lines. Kernel First Approach. Software Product LineEvolution Approach. Message Sequence Numbering on Interaction Diagrams.Example of Evolutionary Dynamic Analysis for the Microwave Oven Product Line.Summary. 8. Finite State Machines and Statecharts for Software ProductLines. Finite State Machines for Kernel and Single Systems. HierarchicalStatecharts. Finite State Machines and Statecharts for Software ProductLines. Inherited State Machines in Software Product Lines. ParameterizedState Machines in Software Product Lines. Comparison of Approaches. KernelFirst Approach: State-Dependent Dynamic Analysis. Software Product LineEvolution Approach. Dynamic Analysis with Communicating State-DependentObjects. Summary. 9. Feature/Class Dependency Modeling for Software ProductLines. Classes and Variation Points. Class Reuse Categorization forSoftware Product Lines. Feature/Class Dependencies. Feature-Based ImpactAnalysis. Feature/Object and Feature/Class Dependency Modeling in UML.Summary. 10. Architectural Patterns for Software Product Lines.Categorization of Software Patterns. Software Architectural StructurePatterns. Software Architectural Communication Patterns. SoftwareArchitectural Transaction Patterns. Documenting Software ArchitecturalPatterns. Applying Software Architectural Patterns. Summary. 11. SoftwareProduct Line Architectural Design: Component-Based Design. SoftwareArchitecture Issues. Configurable Architectures and Software Components.Steps in Designing Distributed Applications. Design of SoftwareArchitecture. Design of Component-Based Software Architecture. Separationof Concerns in Component Design. Aggregate and Composite Subsystems.Component Structuring Criteria. Design of Server Components. Distributionof Data. Design of Component Interfaces. Design of Components. Summary.12. Software Application Engineering. Phases in Software ApplicationEngineering. Software Application Engineering with the USDP. ApplicationDeployment. Tradeoffs in Software Application Engineering. Example ofSoftware Application Engineering. Summary. III. CASE STUDIES. 13.Microwave Oven Software Product Line Case Study. Problem Description. UseCase Modeling. Feature Modeling. Static Modeling. Dynamic Modeling.Software Product Line Evolution. Feature/Class Dependency Analysis. DesignModeling. Software Application Engineering. 14. Electronic CommerceSoftware Product Line Case Study. Problem Description. Use Case Modeling.Feature Modeling. Static Modeling. Dynamic Modeling. Software Product LineEvolution. Feature/Class Dependency Analysis. Design Modeling. SoftwareApplication Engineering. 15. Factory Automation Software Product Line CaseStudy. Problem Description. Use Case Modeling. Feature Modeling. StaticModeling. Dynamic Modeling. Software Product Line Evolution. Feature/ClassDependency Analysis. Design Modeling. Software Application Engineering.Appendix A: Overview of the UML Notation. UML Diagrams. Use Case Diagrams.Classes and Objects. Class Diagrams. Interaction Diagrams. StatechartDiagrams. Packages. Concurrent Communication Diagrams. DeploymentDiagrams. UML Extension Mechanisms. Conventions Used in This Book.Summary. Appendix B: Catalog of Software Architectural Patterns. SoftwareArchitectural Structure Patterns. Software Architectural CommunicationPatterns. Software Architectural Transaction Patterns. Glossary.Bibliography. Index.