Résumé
The Rational Unified Process (RUP) has been widely adopted
across the software industry. However, many software
developers and managers—especially those working in
medium-to-small development organizations—are
hesitant to delve into this seemingly complex and
time-consuming topic.
2. The Requirements Workflow.
3. The Analysis Workflow.
4. The Design Workflow.
5. The Implementation Workflow.
6. The Test Workflow.
7. The Inception Phase.
8. Elaboration Phase.
9. The Construction Phase.
10. The Transition Phase.
Appendix A. The Rational Unified Process.
Appendix B. Extreme Programming and the RUP.
Appendix C. The ICONIX Process.
Bibliography.
Glossary.
Index.
The Unified Process Explained is a concise, accessible, and practical guide that's meant to help significantly shorten the learning curve for practitioners unfamiliar with this methodology. It explains the essentials of the Unified Process (the RUP's core elements), guides you through the process step-by-step, and shows how you can put the methodology to work on your next project.
The book starts with a useful overview of the history, motivation, key concepts, and terminology of the Unified Process. The author then details the five pillars of development: requirements, analysis, design, implementation, and test workflows. In addition, the book enumerates the four phases of Unified Process development: inception, elaboration, construction, and transition; and it shows how the workflows are integrated into these phases. In laying out the details of this integration, the book illustrates the Unified Process's most useful feature—its iterative nature.
With this book as your guide, you will gain an understanding of important concepts and activities such as:
- Iterations and increments
- Business and domain modeling
- Identifying actors and use cases
- Prototyping the user interface
- Robustness analysis
- Design and deploymemodels
- Statechart and activity diagrams
- Implementation models
A large-scale example of an Internet bookstore runs throughout the book to illustrate concepts and techniques. The industry-standard Unified Modeling Language is used to express structure and function. The Unified Process Explained demystifies this valuable methodology and will lead you on your way to successfully applying the Rational Unified Process.
Contents
1. Overview.
Introduction.
History.
Use Case Driven.
Architecture-Centric.
Iterative and Incremental.
The Four Phases.
The Five Workflows.
Iterations and Increments.
Artifacts, Workers, and Activities.
History.
Use Case Driven.
Architecture-Centric.
Understanding the Big
Picture.
Organizing the Development Effort.
Facilitating the Possibilities for Reuse.
Evolving the System.
Guiding the Use Cases.
Organizing the Development Effort.
Facilitating the Possibilities for Reuse.
Evolving the System.
Guiding the Use Cases.
Iterative and Incremental.
Logical Progress Toward a
Robust Architecture.
Dealing With Ongoing Changes in Requirements.
Greater Flexibility to Change the Plan.
Continuous Integration.
Early Understanding.
Ongoing Focus on Risk.
Dealing With Ongoing Changes in Requirements.
Greater Flexibility to Change the Plan.
Continuous Integration.
Early Understanding.
Ongoing Focus on Risk.
The Four Phases.
Inception.
Elaboration.
Construction.
Transition.
Elaboration.
Construction.
Transition.
The Five Workflows.
Requirements.
Analysis.
Design.
Implementation.
Test.
Analysis.
Design.
Implementation.
Test.
Iterations and Increments.
Artifacts, Workers, and Activities.
Artifacts.
Workers.
Activities.
Workers.
Activities.
2. The Requirements Workflow.
Introduction.
Artifacts.
Workers.
Activities.
Reach Agreement on the
System Context.
List Candidate Requirements.
Identify and Negotiate Functional Requirements.
Specify Nonfunctional Requirements.
List Candidate Requirements.
Identify and Negotiate Functional Requirements.
Specify Nonfunctional Requirements.
Artifacts.
Domain Model.
Business Model.
Glossary.
Actor.
Use Case 24.
User-Interface Prototype.
Use Case Model.
Architecture Description (View of the Use Case Model).
Supplementary Requirements.
Business Model.
Glossary.
Actor.
Use Case 24.
User-Interface Prototype.
Use Case Model.
Architecture Description (View of the Use Case Model).
Supplementary Requirements.
Workers.
System Analyst.
Use Case Specifier.
User-Interface Designer.
Architect.
Use Case Specifier.
User-Interface Designer.
Architect.
Activities.
Build the Domain
Model.
Build the Business Model.
Find Actors and Use Cases.
Prototype the User Interface.
Prioritize the Use Cases.
Detail a Use Case.
Structure the Use Case Model.
Build the Business Model.
Find Actors and Use Cases.
Prototype the User Interface.
Prioritize the Use Cases.
Detail a Use Case.
Structure the Use Case Model.
3. The Analysis Workflow.
Introduction.
Artifacts.
Workers.
Activities.
Artifacts.
Analysis Class.
Use Case Realization-Analysis.
Analysis Package.
Analysis Model.
Architecture Description (View of the Analysis Model).
Use Case Realization-Analysis.
Analysis Package.
Analysis Model.
Architecture Description (View of the Analysis Model).
Workers.
Architect.
Use Case Engineer.
Component Engineer.
Use Case Engineer.
Component Engineer.
Activities.
Perform Architectural
Analysis.
Analyze a Use Case.
Analyze a Class.
Analyze a Package.
Analyze a Use Case.
Analyze a Class.
Analyze a Package.
4. The Design Workflow.
Introduction.
Artifacts.
Workers.
Activities.
Artifacts.
Design Class.
Use Case Realization-Design.
Interface.
Design Subsystem.
Design Model.
Architecture Description (View of the Design Model).
Deployment Model.
Architecture Description (View of the Deployment Model).
Use Case Realization-Design.
Interface.
Design Subsystem.
Design Model.
Architecture Description (View of the Design Model).
Deployment Model.
Architecture Description (View of the Deployment Model).
Workers.
Architect.
Use Case Engineer.
Component Engineer.
Use Case Engineer.
Component Engineer.
Activities.
Perform Architectural
Design.
Design a Use Case
Design a Class.
Design a Subsystem.
Design a Use Case
Design a Class.
Design a Subsystem.
5. The Implementation Workflow.
Introduction.
Artifacts.
Workers.
Activities.
Artifacts.
Component.
Interface.
Implementation Subsystem.
Implementation Model.
Architecture Description (View of the Implementation Model).
Integration Build Plan.
Interface.
Implementation Subsystem.
Implementation Model.
Architecture Description (View of the Implementation Model).
Integration Build Plan.
Workers.
Architect.
Component Engineer.
System Integrator.
Component Engineer.
System Integrator.
Activities.
Perform Architectural
Implementation.
Implement a Class.
Perform Unit Test.
Implement a Subsystem.
Integrate the System.
Implement a Class.
Perform Unit Test.
Implement a Subsystem.
Integrate the System.
6. The Test Workflow.
Introduction.
Artifacts.
Workers.
Activities.
Artifacts.
Test Case.
Test Procedure.
Test Component.
Test Model.
Test Plan.
Defect.
Test Evaluation.
Test Procedure.
Test Component.
Test Model.
Test Plan.
Defect.
Test Evaluation.
Workers.
Test Engineer.
Component Engineer.
Integration Tester.
System Tester.
Component Engineer.
Integration Tester.
System Tester.
Activities.
Plan Test.
Design Test.
Implement Test.
Perform Integration Test.
Perform System Test.
Evaluate Test.
Design Test.
Implement Test.
Perform Integration Test.
Perform System Test.
Evaluate Test.
7. The Inception Phase.
Introduction.
Getting Started.
Requirements Activities.
Analysis Activities.
Design Activities.
Taking Stock.
Looking Ahead.
Getting Started.
Plan the Inception
Phase.
Expand the System Vision.
Establish the Evaluation Criteria.
Expand the System Vision.
Establish the Evaluation Criteria.
Requirements Activities.
Build the Domain
Model.
Build the Business Model.
Find Actors and Use Cases.
Prioritize the Use Cases.
Detail a Use Case.
Build the Business Model.
Find Actors and Use Cases.
Prioritize the Use Cases.
Detail a Use Case.
Analysis Activities.
Perform Architectural
Analysis.
Analyze a Use Case.
Analyze a Use Case.
Design Activities.
Perform Architectural
Design.
Taking Stock.
Assess Each
Iteration.
Assess the Phase as a Whole.
Assess the Phase as a Whole.
Looking Ahead.
Make the Initial Business
Case.
Do Initial Planning for the Elaboration Phase.
Do Initial Planning for the Elaboration Phase.
8. Elaboration Phase.
Introduction.
Getting Started.
Requirements Activities.
Analysis Activities.
Design Activities.
Implementation Activities.
Test Activities.
Taking Stock.
Looking Ahead.
Getting Started.
Plan the Elaboration
Phase.
Establish the Evaluation Criteria.
Establish the Evaluation Criteria.
Requirements Activities.
Build the Domain
Model.
Build the Business Model.
Find Actors and Use Cases.
Prototype the User Interface.
Prioritize the Use Cases.
Detail a Use Case.
Structure the Use Case Model.
Build the Business Model.
Find Actors and Use Cases.
Prototype the User Interface.
Prioritize the Use Cases.
Detail a Use Case.
Structure the Use Case Model.
Analysis Activities.
Perform Architectural
Analysis.
Analyze a Use Case.
Analyze a Class.
Analyze a Package.
Analyze a Use Case.
Analyze a Class.
Analyze a Package.
Design Activities.
Perform Architectural
Design.
Design a Use Case.
Design a Class.
Design a Subsystem.
Design a Use Case.
Design a Class.
Design a Subsystem.
Implementation Activities.
Perform Architectural
Implementation.
Implement a Class.
Perform Unit Test.
Implement a Subsystem.
Integrate the System.
Implement a Class.
Perform Unit Test.
Implement a Subsystem.
Integrate the System.
Test Activities.
Plan Test.
Design Test.
Implement Test.
Perform Integration Test.
Perform System Test.
Evaluate Test.
Design Test.
Implement Test.
Perform Integration Test.
Perform System Test.
Evaluate Test.
Taking Stock.
Assess Each
Iteration.
Assess the Phase as a Whole.
Assess the Phase as a Whole.
Looking Ahead.
Make the Full Business
Case.
Do Initial Planning for the Construction Phase.
Do Initial Planning for the Construction Phase.
9. The Construction Phase.
Introduction.
Getting Started.
Requirements Activities.
Analysis Activities.
Design Activities.
Implementation Activities.
Test Activities.
Taking Stock.
Getting Started.
Plan the Construction
Phase.
Establish the Evaluation Criteria.
Establish the Evaluation Criteria.
Requirements Activities.
Find Actors and Use
Cases.
Prototype the User Interface.
Prioritize the Use Cases.
Detail a Use Case.
Structure the Use Case Model.
Prototype the User Interface.
Prioritize the Use Cases.
Detail a Use Case.
Structure the Use Case Model.
Analysis Activities.
Perform Architectural
Analysis.
Analyze a Use Case.
Analyze a Class.
Analyze a Package.
Analyze a Use Case.
Analyze a Class.
Analyze a Package.
Design Activities.
Perform Architectural
Design.
Design a Use Case.
Design a Class.
Design a Subsystem.
Design a Use Case.
Design a Class.
Design a Subsystem.
Implementation Activities.
Implement a Class.
Perform Unit Test.
Implement a Subsystem.
Integrate the System.
Perform Unit Test.
Implement a Subsystem.
Integrate the System.
Test Activities.
Plan Test.
Design Test.
Implement Test.
Perform Integration Test.
Perform System Test.
Evaluate Test.
Design Test.
Implement Test.
Perform Integration Test.
Perform System Test.
Evaluate Test.
Taking Stock.
Assess Each
Iteration.
Assess the Phase as a Whole.
Looking Ahead.
Do Initial Planning for the Transition Phase.
Assess the Phase as a Whole.
Looking Ahead.
Do Initial Planning for the Transition Phase.
10. The Transition Phase.
Introduction.
Getting Started.
Activities.
Taking Stock.
Looking Ahead.
Getting Started.
Plan the Transition
Phase.
Establish the Evaluation Criteria.
Establish the Evaluation Criteria.
Activities.
Get the Beta Release
Out.
Install the Beta Release.
Respond to Test Results.
Adapt the Product to Varied User Environments.
Complete the Artifacts.
Install the Beta Release.
Respond to Test Results.
Adapt the Product to Varied User Environments.
Complete the Artifacts.
Taking Stock.
Assess Each
Iteration.
Assess the Phase as a Whole.
Assess the Phase as a Whole.
Looking Ahead.
Complete the Business
Case.
Do a Postmortem for the Project.
Plan the Next Release or Generation.
Do a Postmortem for the Project.
Plan the Next Release or Generation.
Appendix A. The Rational Unified Process.
Workflows.
Artifact Sets.
Workers.
Project Management.
Business Modeling.
Requirements.
Analysis and Design.
Implementation.
Test.
Configuration and Change Management.
Environment.
Deployment.
Business Modeling.
Requirements.
Analysis and Design.
Implementation.
Test.
Configuration and Change Management.
Environment.
Deployment.
Artifact Sets.
Workers.
Appendix B. Extreme Programming and the RUP.
A High-Level View of
XP.
XP and the RUP: Common Ground.
XP and the RUP: Key Differences.
So, Is XP an Instance of the RUP Or Not?
Values.
Fundamental Principles.
Development Practices.
Fundamental Principles.
Development Practices.
XP and the RUP: Common Ground.
XP and the RUP: Key Differences.
So, Is XP an Instance of the RUP Or Not?
Appendix C. The ICONIX Process.
Bibliography.
Glossary.
Index.
L'auteur - Kendall Scott
Kendall Scott is a UML trainer and consultant. With more than 16 years of experience as a technical writer, he is skilled in converting complex, technical material into understandable and easy-to-use manuals. He is the author of another Addison-Wesley book and co-author of three other books published by Addison-Wesley.
Caractéristiques techniques
| PAPIER | |
| Éditeur(s) | Addison Wesley |
| Auteur(s) | Kendall Scott |
| Parution | 05/02/2002 |
| Nb. de pages | 186 |
| Format | 18,6 x 23,4 |
| Couverture | Broché |
| Poids | 427g |
| Intérieur | Noir et Blanc |
| EAN13 | 9780201742046 |
| ISBN13 | 978-0-201-74204-6 |
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