Reason for change

The new version (AlarmsCfg-05-19-04, as opposed to AlarmsCfg-05-18-04) includes some limit changes to accommodate the fact that in the B2-1-0 version of the flight software all the events are compressed.

Test Procedure

We have processed monitoring products from real on-orbit data (LPA) locally with this version of AlarmsCfg.

Rollback procedure

The package can be rolled back to the previous version by flipping a soft link. Also note that the package is completely independent from any other package running in the pipeline and will not cause a version change of L1Proc.

CCB Jira

SSC-225@JIRA

Details (release notes for dataMonitoring/AlarmCfg for AlarmsCfg-05-19-04)

AlarmsCfg-05-19-04 24-Sep-2009 monzani added two checks to verify

  • Added two more error conditions to the verify alarm file: checking the FSW compression level (GDQMQ-320), checking that periodic evts never have the TEM bug (GDQMQ-319)

AlarmsCfg-05-19-02 22-Sep-2009 lbaldini Minor change to protect against a bug in the alarm handler

  • Limits on the digi trending quantity Mean_CompressionLevel moved by an "epsilon" as a workaround to a bug in the alarm handler (which is now fixed and will make it into the L1Proc at some point, see GDQMQ-272 for details).

AlarmsCfg-05-19-01 22-Sep-2009 lbaldini Minor change in one digi trend alarm.

  • num_sigma parameter set to zero for the alarm on digi trending quantity Mean_CompressionLevel (since we do not expect any single value lower than 8, we want to explicitely ignore the error on the average).

AlarmsCfg-05-19-00 21-Sep-2009 lbaldini Digi trend limits updated for flight software B2-1-0

  • Upper limits on digi trending OutF_Ratio_EvtSize_CompressedEvtSize changed from 3.25, 3.50 to 3.40, 3.60 to accommodate the B2-1-0 version of the flight software (error events are now compressed).
  • Lower limits on digi trending Mean_CompressionLevel changed from 7.0, 7.8 to 8.0, 8.0 to accommodate the B2-1-0 version of the flight software. Now all the events are compressed and everything whose compression level is different from 8 should be regarded as unexpected.