leahi-common

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Merge branch 'staging' into LDT-1903-air-trap-level-control---td---0

Still need to range check the rate, reject if out of range, accept and assign if in range.

Still need to range check the rate, reject if out of range, accept and assign if in range.

I should have said "before test messages" instead of "first". But where you put them is fine so I will resolve.

I should have said "before test messages" instead of "first". But where you put them is fine so I will resolve.

LDT-2004: moved conductivity sensor enum to dd defs so both drivers can use it. Removed ifdef for teensy in relation to its overrides.

Updated

Updated

Assigned to local variable

Assigned to local variable

Updated to else part

Updated to else part

I’ve updated the logic to explicitly set bloodPrimeResumeState when transitioning out of ramp (including flow change), so resume will always return to the correct prior state.

I’ve updated the logic to explicitly set bloodPrimeResumeState when transitioning out of ramp (including flow change), so resume will always return to the correct prior state.

Updated

Updated

fixed in latest code

fixed in latest code

implemented

implemented

fixed

fixed

LDT-1903 removing ALARM_ID_TD_AIR_PUMP_DUTY_CYCLE_OUT_OF_RANGE

LDT-1903 Adding Air pump duty cycle out of range alarm

Actually, I think we should have the local variable to copy the payload into, then we should range check it (and potentially reject it if out of range), and if it is in range, only then should we a...

Actually, I think we should have the local variable to copy the payload into, then we should range check it (and potentially reject it if out of range), and if it is in range, only then should we assign new rate to your static variable.

I think this can just be an else since resume is the only remaining possibility.

I think this can just be an else since resume is the only remaining possibility.

Should we set resume state here? I know it's initialized to ramp state already, but in case we come back to ramp it may be safer to set it here.

Should we set resume state here? I know it's initialized to ramp state already, but in case we come back to ramp it may be safer to set it here.

You moved it, but didn't change anything. The comment says it's a timer counter but the variable name suggests it is actually a flow rate. I want you to fix the comment.

You moved it, but didn't change anything. The comment says it's a timer counter but the variable name suggests it is actually a flow rate. I want you to fix the comment.

I think system messages (non Dialin (test) functions should come first in this table so that they are found faster.

I think system messages (non Dialin (test) functions should come first in this table so that they are found faster.

I think this would be a TD s/w fault (alarm already define). Just need a new TD s/w fault ID in AlarmMgmtSWFaults.h.

I think this would be a TD s/w fault (alarm already define). Just need a new TD s/w fault ID in AlarmMgmtSWFaults.h.

This structure doesn't seem necessary - it's just a middle man. Why not just pass the #defines directly into the quadratic macro?

This structure doesn't seem necessary - it's just a middle man. Why not just pass the #defines directly into the quadratic macro?

Fixed

Fixed

removed from here

removed from here

fixed

fixed

We need new alarm . That should be included in SRS right ? or shall i use SET_ALARM_WITH_2_U32_DATA( ALARM_ID_TD_SOFTWARE_FAULT) ?

We need new alarm . That should be included in SRS right ? or shall i use SET_ALARM_WITH_2_U32_DATA( ALARM_ID_TD_SOFTWARE_FAULT) ?

Add blank line after declarations.

Add blank line after declarations.

Alarm should be handled inside of setAirPumpState().

Alarm should be handled inside of setAirPumpState().

Alarm should be handled inside of setAirPumpState().

Alarm should be handled inside of setAirPumpState().

Alarm should be handled inside of setAirPumpState().

Alarm should be handled inside of setAirPumpState().