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A MODEL-DRIVEN APPROACH FOR PROCESS DEFINITION, CUSTOMIZATION AND EXECUTION

A MODEL-DRIVEN APPROACH FOR PROCESS DEFINITION, CUSTOMIZATION AND EXECUTION. Process Specification. F igure 1 – Fragment of Case Study Result. Process Specification. F igure 2 – EPF specification fragment of Case Study Result. Process Specification.

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A MODEL-DRIVEN APPROACH FOR PROCESS DEFINITION, CUSTOMIZATION AND EXECUTION

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  1. A MODEL-DRIVEN APPROACH FOR PROCESS DEFINITION, CUSTOMIZATION AND EXECUTION

  2. Process Specification Figure 1 – Fragment of Case Study Result

  3. Process Specification • Figure 2 – EPF specification fragment of Case Study Result

  4. Process Specification • Figure 2 – Export EPF specification as Method Plugin

  5. Variability Management of Software Process • Figure 3 – Import EPFSpecitication as a GenArch Project

  6. Variability Management of Software Process • Figure 3 – Fragment of GenArch Features Annotation for Case Study

  7. Variability Management of Software Process • Figure 3 – GenArch Generating Models of Case Study Fragment

  8. Variability Management of Software Process • Figure 3 – Fragment of Case Study Feature Model

  9. Variability Management of Software Process • Figure 3 – Fragment of Case Study Configuration Model

  10. Variability Management of Software Process • Figure 3 – Fragment of Case Study Process Model

  11. Automatic Software Derivation • Figure 3 – Derivating the XXX process

  12. Process to Workflow Derivation • Figure ?? – Importing the EPF model of process specification in Eclipse Modelling Tools

  13. Process to Workflow Derivation • Figure ?? – Executing M2M Transformation (UMA Model to JPDL Model) using QVTO

  14. Process to Workflow Derivation • Figure ?? – Executing M2T Transformation (JPDL Model to JPDL Specification) using Acceleo

  15. Workflow Deployment and Execution

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