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Rapid Application Development Environment based on LabVIEW

Rapid Application Development Environment based on LabVIEW. A. Raimondo (AB/CO). ATC/ABOC Days, 21-23 January 2008. Why?. CO users applications domains. Beam Control JAVA. SCADA PVSS. Test & Development. LabVIEW, MatLab, scripts, etc. Rapid Application Development Environment. (RADE).

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Rapid Application Development Environment based on LabVIEW

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  1. Rapid Application Development Environment based on LabVIEW A. Raimondo (AB/CO) ATC/ABOC Days, 21-23 January 2008

  2. Why? A. Raimondo (AB/CO)

  3. CO users applications domains • Beam Control JAVA • SCADA PVSS • Test & Development LabVIEW, MatLab, scripts, etc. Rapid Application Development Environment (RADE) A. Raimondo (AB/CO)

  4. Test & Development applications characteristics • Short lifetime applications(i.e. specific analysis) • Punctually used applications (i.e. expert diagnostics) • Rapidly evolving applications (i.e. machine development) • Stand-alone systems (i.e. test facilities) A. Raimondo (AB/CO)

  5. LabVIEW programming language our contribution Requirements • Fast programming • Rapid learning curve • Drag and drop GUI development • Wide range of analysis libraries • Light/independent environment • Integration with the control infrastructure A. Raimondo (AB/CO)

  6. Other reasons for choosing LabVIEW • We have a deep experience (more then 10 years) • Supported by IT department • Commonly used in accelerators control in other labs: • LabVIEW is one of the main programming language used for accelerator control in ICALEPCS2007 presentations • A world wide LV Accelerator User Group has been set up by ORNL during ICALEPCS2007 • EPICS and Tango have made a LabVIEW interface to their environments, mainly for the same reasons (ease GUI development) A. Raimondo (AB/CO)

  7. …and in AB? LabVIEW is widely used (with custom libraries made by AB groups) A. Raimondo (AB/CO)

  8. Java GUI LV app Server app JAPC FESA 3rd party driver Equip. driver LabVIEW as equipment test tool Integration after test Equipment A. Raimondo (AB/CO)

  9. Example in AB: Optical Interface Board Tester (CO) A. Raimondo (AB/CO)

  10. LV app CMW CMW wrapper LabVIEW as specialist tool Java GUI Server app JAPC FESA Equip. driver Equipment A. Raimondo (AB/CO)

  11. Example in AB: SPS Power Converter View (PO) A. Raimondo (AB/CO)

  12. LV GUI LV2JAPC LabVIEW as GUI Java GUI Server app JAPC FESA Equip. driver Equipment A. Raimondo (AB/CO)

  13. Example in AB: Bunch Shape Measurement (OP) A. Raimondo (AB/CO)

  14. LV app SDDSlib LabVIEW as independent application Java GUI Server app JAPC SDDS FESA Equip. driver Equipment A. Raimondo (AB/CO)

  15. Example in AB: Post Mortem Analysis (CO) A. Raimondo (AB/CO)

  16. Proposed framework A. Raimondo (AB/CO)

  17. Covered domains Test facilities Expert tools Machine development A. Raimondo (AB/CO)

  18. Building blocks 2. Control Integration • Maintained interface libraries • CMW • RBAC • SDDS • DB • JAPC 1. Installation • Clear LabVIEW version policy • NFS installation for Linux • Windows TS installation 4. Development help • Defined GUI • Application templates • Configuration files • Training • Documentation 3. Support • Information Webpage • Mailing list • JIRA for issue tracking • User support A. Raimondo (AB/CO)

  19. The framework Defined GUI Configuration files Application templates Documentation Training LabVIEW libs JAPC SDDS Support Data Bases A. Raimondo (AB/CO)

  20. Workload Manpower for development: • 1.8 FTE (0.3 staff + 1.5 temporary) Planning: • May 2008 (GUI, templates and configuration) • July 2008 (training and documentation) Manpower for support: • 0.5 FTE/year A. Raimondo (AB/CO)

  21. Domains not covered • Applications with operational requirements - structured database configuration - version and release management - continuous monitoring and logging • NI front-end software and drivers for accelerator control A. Raimondo (AB/CO)

  22. ADE Questions? A. Raimondo (AB/CO)

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