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Challenging BX as a Software Engineer: What is a problem? How much BX do we need?

Challenging BX as a Software Engineer: What is a problem? How much BX do we need?. Ekkart Kindler. Maslow’s hammer. If all we have is a hammer, everything looks like a nail!. w. PetriNet. *. PObject. 1 source. Node. Arc. 1 target. Transition. Place. Token. *. Process / artifacts.

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Challenging BX as a Software Engineer: What is a problem? How much BX do we need?

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  1. Challenging BX as a Software Engineer:What is a problem? How much BX do we need? Ekkart Kindler

  2. Maslow’s hammer If all we have is a hammer,everything looks like a nail! w Challenging BX as a Software Engineer

  3. PetriNet * PObject 1 source Node Arc 1 target Transition Place Token * Process / artifacts Challenging BX as a Software Engineer

  4. Purpose of BX techniques • Which SE tasks, practices and development methods should our transformation techniquesbe applied for? • How much formality do they need? • How much bi-directionality do they need? • What are the ”degrees” of bi-directionality? • Have lenses, TGGS, whatever the same ”degree” of bi-directionality? Actually: how much can we afford! cost / benefit Challenging BX as a Software Engineer

  5. Examples • ”MDA model chain”: CIM, PIM, PSM, (Code) • Code generation / manual changes in code • Model (code) migration/evolution • Model & instance co-migration/evolution • Traceability • Representation of ”added or forgotten” stuff(transformational vs. incremental MDA) Challenging BX as a Software Engineer

  6. My Challenge Clarify for your BX technique: • Where in the development processdo you propose to use your technique? • How much bi-directionality is needed? • What is the (extra) cost? • What is the (extra) benefit? Do we have an adequate measure of bi-directionality? (Ab)use of the term case study! Challenging BX as a Software Engineer

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