Configuration database status report Eric van Herwijnen September 29 th 2004 work done by: Lana Abadie Felix Schmidt-Eisenlohr.

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Configuration database status report Eric van Herwijnen September 29 th 2004 work done by: Lana Abadie Felix Schmidt-Eisenlohr

Wed Sept 29th 2004Configuration Database Status Report2 Contents  Objectives (reminder)  Schema (done)  Integration with JCOP configuration db tool  Schema (to be done)  API  Production Status  Tools  Conslusion

External data handling architecture (see C. Gaspar, 25 nov 2003) Experimental Equipment

Wed Sept 29th 2004Configuration Database Status Report4 Objectives (reminder)  Initialize, configure and monitor detector components e.g. boards, channels, trigger algorithms  Running modes/activities physics, calibration, subdetector testing  Store configuration data in a database  Design and implementation Schema Tools: maintenance, data entry/retrieval, configuration, expansion, navigation

Wed Sept 29th 2004Configuration Database Status Report5 Schema (done)  Oracle DB  Devices (types, names)  Links (between devices)  Paths (from device a to device b)  Partitions (selectable subsets of the detector)  Activities (running modes)  Integrated with JCOP conf. db tool

Wed Sept 29th 2004Configuration Database Status Report6 Integration with JCOP conf. db tool  PVSS Oracle  Use this tool off the shelf  To store device parameter sets (values of registers)  For activity dependent recipes  Some version control  Independent table sets  Ensure consistency of names with LHCb tables

Wed Sept 29th 2004Configuration Database Status Report7 Schema (to be done)  Version control  How to store software or pointers to it?  Trigger algorithms for Trigger Challenge  Spares  History  Geographical location of devices

Wed Sept 29th 2004Configuration Database Status Report8 API  Required for db access from different clients (Python, C++)  Work started C++ routines to connect to PVSS (via DIM) Visualiser cdbVis (via Python)

Wed Sept 29th 2004Configuration Database Status Report9 Production status  Integrated into TFC control system Dynamically determines the switch connectivity Finds free devices Uses partitions Save recipes (hw configuration) in JCOP db  Software and panels in CVS:

Wed Sept 29th 2004Configuration Database Status Report11 Tools  Visualiser/editor cdbVis  Graphic interface (python) to db  Displays devices and their connections  Can select, copy & paste  Still to do: Mass data entry Partition editor Fault identification

Wed Sept 29th 2004Configuration Database Status Report13 Conclusion  Rudiments of system exist  Integrate with subdetector control systems  First production version early 2005