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One Dsl4negotiations Presented


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Digibiz conference Paper about the ONE project\'s architecture

Digibiz conference Paper about the ONE project\'s architecture

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  • 1. An MDA based environment for modelling and executing business Negotiations Pierfranco Ferronato, Jason Finnegan Soluta.Net, TSSG/WIT
  • 2. The ONE project
    • ONE Open Negotiation Environment
    • 3. Proposal/Contract no.: FP6-034744
    • 4.
    • 5. Started: September 2006
    • 6. End: June 2009
  • 7. ONE Objective
    • ''T he main objective of the project is to enrich Digital Ecosystems with an negotiation environment where organisations can specify and execute negotiation models for supplying complex, services or products as a virtual organisation ''
    • 8. ''To solve these problems, a negotiation environment must be affordable, open, not centrally managed, support the sharing of knowledge via flexible security and trust policies and be able to learn and evolve with the changing business conditions''
    • 9. In essence: allow users to create and customized their own negotiation models and to run them in a web environment
  • 10. ONE, the Environments
  • 11. The environments
  • 12. The Model Editor Simplified Negotiation Features Negotiation Notation
  • 13. ONE Web Portal
  • 14. Creating a negotiation
  • 15. Sending Admission Request
  • 16. Evaluating Offer
  • 17. Agreement!
  • 18. ONE, the MDA Approach
  • 19. The architectural strategy
    • Define a DSL (metamodel) for business negotiations
    • 20. Generate the model editor from the metamodel
    • 21. Run the model editor to generate XMI files for the model
    • 22. Process the XMI file at run-time to generate negotiation instances (adding data to the model)
    • 23. Models and instances are stored in model-independent content repository
    • 24. Have a negotiation engine execute the XML file
  • 25. Role of a DSL
    • Capture domain knowledge as assets!
      • Terms like:
        • Acceptance, constraints, offer, price, admission, issue, discount, negotiations, agreement, owner, participant,...
      • Actions like:
        • To admit, To offer, to agree, to be invited,...
    • A “template” for models creation
      • From a DSL many models can be created
      • 26. Allow an high level of reuse of tooling which becomes model independent
        • No re-coding in case of new models
      • Allow adaptability/flexibility
      • 27. Increase the ROI
  • 28. How to create a DSL?
    • UML/BPMN subset
      • UML is too complex, the effort requires does not allow
      • 29. BPMN is not Negotiation specific, customization is required
      • 30. Customization of a UML tool feasible
    • UML/BPMN Profile
      • Doable but not effective when creating a model
      • 31. Hard to tailor an UML tool
      • 32. Customization of a UML tool feasible
    • A new language (MOF or ECORE)
      • Hard to create
      • 33. Very effective
      • 34. A new DSL Editor has to be created
      • 35. ONE Project decided for the 3rd approach
  • 36. Creating a DSL
    • It was decided to Enterprise Architect UML Editor which has the ability to create metamodels and to export XMI 1.2/MOF 1.4 for reusability
    • 37. From the computable MOF metamodel through a series of transformation we could generate the and execute the negotiations
  • 38. Concept Simplified Result of work of the Waterford Institute of Technology, Ireland
  • 39. Information MM Simplified Result of work of the Waterford Institute of Technology, Ireland
  • 40. Action language issue
    • Negotiations need imperative language for decision block
      • “ If time left <5 minutes and new offers arrive, then extend negotiation deadline by other 10 minutes”
      • 41. “ Final price is equal to the value of the second offer arrived “
    • Behavioral logic (xUML) in UML/OMG is a recent UML “extension”
    • 42. We opt to go with Java Script which was added to the XMI streamed-line model
      • Not formal but practical for the need of the project
      • 43. Straight to the run-time where the Java code can be executed
  • 44. MDA Enabling Technologies
  • 45. How it was created and used transformation Sparx Systems EA Custom Code Negotiation Engine Bean Shell .eap file NMM XMI .ecore file Negotiation Model Editor NM XMI NM XMI with values Ecore->JPDL transformation JPDL Setup
  • 46. Setup The Setup creates a negotiation instance adding data to the model
  • 47. Run-time architecture
  • 48. The component model Simplified
  • 49. P2p Deployment model
  • 50. One Node
  • 51. Conclusions
    • Development
      • MDA is well supported by Open Source software
      • 52. Standards are sufficiently mature for supporting a MDA full featured project, like ONE
      • 53. MDD process eased the collaboration across partners
      • 54. Action semantics (aka executable UML) is not yet fully supported, we went Java Lang
      • 55. Still need to use a plethora of tools to “execute” DSL
    • The environment
      • The business analysts feel confident when modelling using DSL
      • 56. Runtime architecture pretty fragmented and complex
    • The definition of a DSL is still a very hard task to accomplish
    • 57. It's a success: we are creating “the ONE Company” for the industrialization process
  • 58. ONE Workshop 16:50-18:00 Workshop Tutorial – W2 Chaired by Volker Hoyer, Jason Finnegan ONE Running Business Negotiations in the web
  • 59. Thanks Pierfranco Ferronato, Jason Finnegan Soluta.Net, TSSG/WIT