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Il product development - 20 01 2011
- 1. Product Development Approach Moscow, 2011
- 2. World-class innovation products and solutions development in Russia; Innovation as the main competitive advantage for the global market entry with IT products and Web 2.0 projects (USA, Russia, Europe, Asia); Innovation as the only possible breakthrough element in Knowledge Economy for Russian Federation; Innovation as the major model for sustainable business development; Global innovation as attractive environment for the best Russian professionals. Mission
- 3. INDePT introduction; Case study project SOPRAX; Tools and techniques. Table of content
- 4. INDePT | Process Methodology Overview INDePT methodology is designed to provide flexibility, visibility and productivity to the whole life cycle of product development. INDePT methodology is agile, incremental and highly iterative. Six major attributes in the process: Customer Problems, Questions, Functionality, Feature Sets, Features Metrics.
- 5. INDePT | Process Iterations There are five major iterations in a process: Customer Problem Domain Analysis; System Functionality and Objects Analysis; System Design; Prototyping and Object Architecture; Features Partition and Coding and Rollout iterations.
- 6. INDePT | Phases Overall, methodology consists of three generic phases: Analysis Design and Development Rollout. Each phase represents a number of iterations with numerous inspections. The main principle of the process is timely communication, visible progress and monitored productivity and efficiency.
- 7. INDePT | Analysis phase Iteration 1 - Customer Problem Domain Analysis: An initial project-wide iteration conducted by problem domain experts/analysts at customer site (preferable). A high-level walkthrough of the scope of the system and its context is performed. Detailed domain walkthroughs are then held for each area to be modeled and developed. Normally takes 2 iterations (for small-scale projects 1 iteration should be sufficient). Iteration 2 - System Functionality and Objects Analysis: Continuation of the initial process focus is placed on functionality of the system. Normally takes 2-3 iterations for middle-large scale projects
- 8. INDePT | Design and Development phase Iteration 1 - System Design, Prototyping and Objects Architecture Iteration: Refines the functionality of the system to the feature set level of granularity and initial description of the features. Functional prototype presents the major functionality. System design and architecture is formed with detailed definition of objects definition and dependencies. Normally 3-5 iterations for middle-large scale projects Iteration 2 - Features Partition and Coding Iteration: Activity with domain and development members under the guidance of Project Manager and Chief Architect. A low-level module partitioning (feature level) is performed and appropriate feature sets/features are added into the Project Plan with commitment dates. Normally 2-3 iterations for middle-large scale projects.
- 9. INDePT | Metrics Process metrics provides factual information on current team productivity and performance patterns and enable managers to asses the current progress with maximum visibility and realistic information. Quantitative metrics: Actual/Planned Completion Date for the Feature; Actual/Planned Completion Date for the Feature Set; Number of days spent on Analysis Iterations Number of Defects found in Feature Set Number of Open/Closed Defects Number of Assigned (Open) Defects per Developer Qualitative metrics: Number of Severity (1, 2) Defects per Developer Complexity Ranking of the Modules Urgency Ranking of the Modules
- 10. INDePT | Rollout Iteration Rollout iteration provides integration and configuration of the whole system online or on customer site. Activity with domain and development members under the guidance of Project Managers from both sides. Developed modules are configured and released online. Major module inspections/documentation/testing procedures are reviewed and verified
- 11. INDePT | Methodology scheme
- 12. SOPRAX | The idea (Social Promo Accelerator) Social net + e-Shop
- 13. SOPRAX | Analysis phase result Feature set Features Features Features Features Feature set Feature set Feature set Feature set
- 14. SOPRAX | Technical specification Roles Detailed site map Technical requirements
- 15. SOPRAX | Designs System architecture design Deployment diagram
- 16. SOPRAX | Design prototyping: e-Shop e-Shop page sketch e-Shop page HTML layout
- 17. SOPRAX | Design prototyping: user profile User profile page sketch User profile page HTML layout
- 18. SOPRAX | The final portal e-Shop part Social part
- 19. SOPRAX | Project planning
- 20. SOPRAX | Process metrics
- 21. Tools | Used tools and techniques Destination Java Scheduler Teamcity XML Build tools Maven Test tools JUnit (unit tests) Cobertura (test coverage) Jalopy (code style) PMD (code analysis) EMMA (code coverage) Selenium (UI tesing) JMeter (performance testing) IDE Netbeans, Eclipse, Intelleij Idea Version control Subversion Documentation Confluence, JavaDoc, Adobe Acrobat Project Planning MS Project
- 22. Tools | Document repository Project directory An article example
- 23. Tools | SVN Code version control
- 24. Tools | Continuous integration
- 25. Tools | Bug tracking system
- 26. Tools | Automated testing
- 27. Created by Innovation Lab LLC