AlarmDefs.h

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DEN-9054 updated the alarm defs

  1. … 2 more files in changeset.
Added alarms for HD/DG FPGA power status

The signal is debounced for 50ms. I added a debounce for a longer time.

The signal is debounced for 50ms. I added a debounce for a longer time.

The calibration structures are populated during POST. The initialization will be addressed in DEN-9480.

The calibration structures are populated during POST. The initialization will be addressed in DEN-9480.

I moved this enum to DGDefs.h in HD-DEN-9054.

I moved this enum to DGDefs.h in HD-DEN-9054.

Done.

Done.

Need function header.

Need function header.

Should we debounce switches before changing states? Check with Noe to see if FPGA is already debouncing these signals.

Should we debounce switches before changing states? Check with Noe to see if FPGA is already debouncing these signals.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

Done.

Done.

I removed the enum.

I removed the enum.

These fill volumes will come from non-volatile memory. I also removed the TODOs.

These fill volumes will come from non-volatile memory. I also removed the TODOs.

Done.

Done.

Done.

Done.

Fixed it.

Fixed it.

Done.

Done.

If the calibration data is invalid, the function will raise an alarm. But the all the calibration records that fail CRC test will be in benign values by NVDataMgmt.c so the benign value is taken as...

If the calibration data is invalid, the function will raise an alarm. But the all the calibration records that fail CRC test will be in benign values by NVDataMgmt.c so the benign value is taken as the target flush volume.

This function is called during POST to get all the pertaining calibration data but since the modes do not have have POST states, it was decided to use DrainPump.c to get the calibration information.

This function is called during POST to get all the pertaining calibration data but since the modes do not have have POST states, it was decided to use DrainPump.c to get the calibration information.