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Visual Modeling with Rational Rose 2002 and UML (3rd Edition)

ISBN: 0201729326
EAN: 2147483647

Year: 2002
Pages: 134

Authors: Terry Quatrani

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• Main Page
• Table of content
• Copyright
• Foreword
• Preface
• Goals
• Approach
• Chapter Summaries
• Acknowledgments
• Chapter 1. Introduction
• What is Visual Modeling?
• The Triangle for Success
• The Role of Notation
• History of the UML
• The Role of Process
• What is Iterative and Incremental Development?
• The Rational Unified Process
• The Rational Rose Tool
• Summary
• Chapter 2. Beginning a Project
• Defining the Right Project
• Eastern State University (ESU) Background
• Risks for the Course Registration Problem
• ESU Course Registration Problem Statement
• Summary
• Chapter 3. Creating Use Cases
• System Behavior
• Actors
• Use Cases
• Use Case Relationships
• Use Case Diagrams
• Activity Diagrams
• Summary
• Chapter 4. Finding Classes
• What is an Object?
• State, Behavior, and Identity
• What is a Class?
• Stereotypes and Classes
• Discovering Classes
• Documenting Classes
• Packages
• Objects and Classes in the ESU Course Registration Problem
• Class Diagrams
• Summary
• Chapter 5. Discovering Object Interaction
• Use Case Realization
• Documenting Scenarios
• Sequence Diagrams
• Sequence Diagrams and Boundary Classes
• Complexity and Sequence Diagrams
• Collaboration Diagrams
• Why Are There Two Different Diagrams?
• Sequence Diagram for the ESU Course Registration System
• Summary
• Chapter 6. Specifying Relationships
• The Need for Relationships
• Association Relationships
• Aggregation Relationships
• Association or Aggregation?
• Naming Relationships
• Role Names
• Multiplicity Indicators
• Reflexive Relationships
• Finding Relationships
• Package Relationships
• Summary
• Chapter 7. Adding Behavior and Structure
• Representing Behavior and Structure
• Creating Operations
• Documenting Operations
• Relationships and Operation Signatures
• Creating Attributes
• Documenting Attributes
• Displaying Attributes and Operations
• Association Classes
• Summary
• Chapter 8. Discovering Inheritance
• Inheritance
• Generalization
• Specialization
• Inheritance Trees
• Single Inheritance Versus Multiple Inheritance
• Inheritance Versus Aggregation
• Summary
• Chapter 9. Analyzing Object Behavior
• Modeling Dynamic Behavior
• States
• State Transitions
• Special States
• State Transition Details
• State Details
• Summary
• Chapter 10. Checking the Model
• Why Homogenize?
• Combining Classes
• Splitting Classes
• Eliminating Classes
• Consistency Checking
• Scenario Walk-Through
• Event Tracing
• Documentation Review
• Summary
• Chapter 11. Designing the System Architecture
• The Need for Architecture
• The Architecture Team
• THe 41 View of Architecture
• The Logical View
• The Implementation View
• The Process View
• The Deployment View
• The Use Case View
• Summary
• Chapter 12. Building the Iterations
• The Iteration Planning Process
• Designing the User Interface
• Adding Design Classes
• The Emergence of Patterns
• Designing Relationships
• Designing Attributes and Operations
• Designing for Inheritance
• Coding, Testing, and Documenting the Iteration
• Using Reverse Engineering to Set the Stage for the Next Iteration
• Summary
• Appendix A. Code Generation and Reverse Engineering with C
• Code Generation
• Reverse Engineering Using the C Analyzer
• Appendix B. Code Generation and Reverse Engineering with Visual C and Visual Basic
• Code Generation
• Reverse Engineering
• Appendix C. A Visual Basic Example
• Make an ActiveX DLL
• Reuse the ActiveX DLL
• Glossary