The Rational Unified Process is unique in that it allows development teams to recognize the full benefits of the Unified Modeling Language (UML), software automation, and other industry best practices. The Rational Unified Process unifies the entire software development team and optimizes the productivity of every team member by putting the collective experience derived from thousands of projects and many industry leaders at your fingertips. With this book as your guide, you will be able to more easily produce the highest-quality software. Throughout the book, the author shares his inside knowledge of the process, focusing his coverage on key aspects that are critical to mastering this proven approach to software development. This Second Edition has been updated to match and reflect the contents of the latest version of the Rational Unified Process. RUP 2000 offers: roadmaps that provide overviews of how to apply the process to a wide variety of projects and technologies; expanded analysis of testing, spanning the entire product lifecycle; improved coverage of application interface design--especially as it applies to developing effective web applications; and, insights into designing systems using patterns and frameworks.
Preface
GOALS OF THIS BOOK
WHO SHOULD READ THIS BOOK?
HOW TO USE THIS BOOK
ORGANIZATION AND SPECIAL FEATURES
FOR MORE INFORMATION
SECOND EDITION
ACKNOWLEDGMENTS
1. Software Development Best Practices
THE VALUE OF SOFTWARE
SYMPTOMS AND ROOT CAUSES OF SOFTWARE DEVELOPMENT PROBLEMS
SOFTWARE BEST PRACTICES
DEVELOP SOFTWARE ITERATIVELY
MANAGE REQUIREMENTS
USE COMPONENT-BASED ARCHITECTURES
VISUALLY MODEL SOFTWARE
CONTINUOUSLY VERIFY SOFTWARE QUALITY
CONTROL CHANGES TO SOFTWARE
THE RATIONAL UNIFIED PROCESS
SUMMARY
2. The Rational Unified Process
WHAT IS THE RATIONAL UNIFIED PROCESS?
THE RATIONAL UNIFIED PROCESS AS AS A PRODUCT
PROCESS STRUCTURE: TWO DIMENSIONS
SOFTWARE BEST PRACTICES IN THE RATIONAL UNIFIED PROCESS
OTHER KEY FEATURES OF THE RATIONAL UNIFIED PROCESS
A BRIEF HISTORY OF THE RATIONAL UNIFIED PROCESS
SUMMARY
3. Static Structure: Process Description
A MODEL OF THE RATIONAL UNIFIED PROCESS
WORKERS
ACTIVITIES
ARTIFACTS
WORKFLOWS
ADDITIONAL PROCESS ELEMENTS
A PROCESS FRAMEWORK
SUMMARY
4. Dynamic Structure: Iterative Development
THE SEQUENTIAL PROCESS
OVERCOMING DIFFICULTIES: ITERATE!
GAINING CONTROL: PHASES AND MILESTONES
A SHIFTING FOCUS ACROSS THE CYCLE
PHASES REVISITED
BENEFITS OF AN ITERATIVE APPROACH
SUMMARY
5. An Architecture-centric Process
THE IMPORTANCE OF MODELS
ARCHITECTURE
THE IMPORTANCE OF ARCHITECTURE
A DEFINITION OF ARCHITECTURE
ARCHITECTURE REPRESENTATION
AN ARCHITECTURE-CENTRIC PROCESS
THE PURPOSE OF ARCHITECTURE
COMPONENT-BASED DEVELOPMENT
OTHER ARCHITECTURAL CONCEPTS
SUMMARY
6. A Use-Case-Driven Process
DEFINITIONS
IDENTIFYING USE CASES
EVOLVING USE CASES
ORGANIZING USE CASES
USE CASES IN THE PROCESS
SUMMARY
7. The Project Management Workflow
PURPOSE
PLANNING AN ITERATIVE PROJECT
THE CONCEPT OF RISK
THE CONCEPT OF METRICS
WHAT IS A METRIC?
WORKERS AND ARTIFACTS
WORKFLOW
BUILDING AN ITERATION PLAN
SUMMARY
8. The Business Modeling Workflow
PURPOSE
WHY BUSINESS MODELING?
USING SOFTWARE ENGINEERING TECHNIQUES FOR BUSINESS MODELING
BUSINESS MODELING SCENARIOS
WORKERS AND ARTIFACTS
WORKFLOW
FROM THE BUSINESS MODELS TO THE SYSTEMS
MODELING THE SOFTWARE DEVELOPMENT BUSINESS
TOOL SUPPORT
SUMMARY
9. The Requirements Workflow
PURPOSE
WHAT IS A REQUIREMENT?
TYPES OF REQUIREMENTS
CAPTURING AND MANAGING REQUIREMENTS
DESIGNING A USER-CENTERED INTERFACE
REQUIREMENTS WORKFLOW
WORKERS IN REQUIREMENTS
ARTIFACTS USED IN REQUIREMENTS
TOOL SUPPORT
SUMMARY
10. The Analysis and Design Workflow
PURPOSE
ANALYSIS VERSUS DESIGN
HOW FAR MUST DESIGN GO?
WORKERS AND ARTIFACTS
THE DESIGN MODEL
THE ANALYSIS MODEL
THE ROLE OF INTERFACES
ARTIFACTS FOR REAL-TIME SYSTEMS
COMPONENT-BASED DESIGN
WORKFLOW
TOOL SUPPORT
SUMMARY
11. The Implementation Workflow
PURPOSE
BUILDS
INTEGRATION
PROTOTYPES
WORKERS AND ARTIFACTS
WORKFLOW
TOOL SUPPORT
SUMMARY
12. The Test Workflow
PURPOSE
QUALITY
TESTING IN THE ITERATIVE LIFECYCLE
DIMENSIONS OF TESTING
THE TEST MODEL
WORKERS AND ARTIFACTS
WORKFLOW
TOOL SUPPORT
SUMMARY
13. The Configuration and Change Management Workflow
PURPOSE
THE CCM CUBE
WORKERS AND ARTIFACTS
WORKFLOW
TOOL SUPPORT
SUMMARY
14. The Environment Workflow
PURPOSE
WORKERS AND ARTIFACTS
WORKFLOW
SUMMARY
15. The Deployment Workflow
PURPOSE
WORKERS AND ARTIFACTS
WORKFLOW
SUMMARY
16. Typical Iteration Plans
PURPOSE
DEFINING THE PRODUCT VISION AND THE BUSINESS CASE
BUILDING AN ARCHITECTURAL PROTOTYPE
IMPLEMENTING THE SYSTEM
SUMMARY
17. Configuring and Implementing the Rational Unified Process
INTRODUCTION
THE EFFECT OF IMPLEMENTING A PROCESS
IMPLEMENTING THE RATIONAL UNIFIED PROCESS STEP BY STEP
CONFIGURING THE PROCESS
IMPLEMENTING A PROCESS IS A PROJECT
SUMMARY
A. Summary of Workers
B. Summary of Artifacts
Business Modeling Artifact Set
Requirements Artifact Set
Analysis and Design Artifact Set
Implementation Artifact Set
Test Artifact Set
Deployment Artifact Set
Configuration and Change Management Artifact Set
Project Management Artifact Set
Environment Artifact Set
Acronyms
Glossary
Glossary
Bibliography
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