I'm trying to implement the sensor table, from the IPMI document, What
mib2c option should i be using?
mib2c.array-user.conf, [ i'm confused as hpi-subagent uses this but this
data should be fetched using the ipmi inteface from a elsewhere.]
mib2c.iterate.conf [ I thought this should be used. ]
or mib2c.mfd.conf [ looks like safe bet.]
- leo
sensorTable OBJECT-TYPE
SYNTAX SEQUENCE OF SensorEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"A table defining the staic sensor data found in the
Sensor Resource Data Repository."
::= { SensorManagement 1 }
sensorEntry OBJECT-TYPE
SYNTAX SensorEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
""
INDEX { sensorIndex }
::= { sensorTable 1 }
-- should this have fruid to identify which FRU this sensor belongs to??
SensorEntry ::= SEQUENCE {
-- Sensor Header Begin
sensorIndex INTEGER, -- 01 (2
bytes)
sensorSdrVersion Integer32, -- 02 (1Byte
)
sensorRecordType Integer32, -- 03 (1 Byte)
--sensorRecordLen Integet32, -- (1 Byte)
-- Sensor Header End
-- Record "KEY" Bytes Begin
sensorOwnerId Integer32, -- 04 (1 Byte)
sensorOwnerLun Integer32, -- 05 (1Byte)
sensorNumber Integer32, -- 06 (1 Byte)
-- Record "KEY" Bytes End
-- Record Body Begin
sensorEntityId Integer32, -- 07 (1 Byte)
sensorEntityInstance Integer32, -- 08 (1 Byte)
sensorInitialization Integer32, -- 09 (1 Byte)
sensorCapabilities Integer32, -- 10 (1 Byte)
sensorType INTEGER, -- 11(1 Byte)
sensorEvent INTEGER, -- 12 (1
Byte) Event/Reading Type Code.
sensorAssertionEventMask Integer32, -- 13 (2
Bytes)
sensorDeassertionEventMask Integer32, -- 14 (2
Bytes)
sensorDiscreteReadMask Integer32, --
15 (2 Bytes)
sensorUnits Integer32, -- 16 (1 Byte)
sensorBaseUnit Integer32, -- 17 (1 Byte)
sensorModifierUnit Integer32, -- 18 (1 Byte)
sensorLinearization Integer32, -- 19(1 Byte)
sensorM Integer32, -- 20(1 Byte)
sensorMTolerance Integer32, -- 21(1 Byte)
sensorB Integer32, -- 22(1 Byte)
sensorBAccuracy Integer32, -- 23(1 Byte)
sensorAccuracyExp Integer32, -- 24(1 Byte)
sensorRExp Integer32, -- 25(1 Byte)
sensorBExp Integer32, -- 26(1 Byte)
sensorCharacteristicFlags Integer32, -- 27(1 Byte)
sensorNominalReading Integer32, -- 28(1 Byte)
sensorNormalMaximum Integer32, -- 29(1 Byte)
sensorNormalMinimum Integer32, -- 30(1 Byte)
sensorMaximumReading Integer32, -- 31(1 Byte)
sensorMinimumReading Integer32, -- 32(1 Byte)
sensorUpperNonRecoverableThreshold Integer32, -- 33(1 Byte)
sensorUpperCriticalThreshold Integer32, -- 34(1 Byte)
sensorUpperNonCriticalThreshold Integer32, -- 35(1 Byte)
sensorLowerNonRecoverableThreshold Integer32, -- 36(1 Byte)
sensorLowerCriticalThreshold Integer32, -- 37(1 Byte)
sensorLowerNonCriticalThreshold Integer32, -- 38(1 Byte)
sensorPositiveGoingThresholdHysteresis Integer32, -- 39(1 Byte)
sensorNegativeGoingThresholdHysteresis Integer32, -- 40(1 Byte)
-- ignore the two reserved bytes for now
sensorOem Integer32, -- 41(1 Byte)
sensorIdStringType Integer32, -- 42 Type/Len
(1Byte)
sensorIdString DisplayString -- 43 (max 16
Bytes)
}
-------------------------------------------------------------------------
This SF.net email is sponsored by: Splunk Inc.
Still grepping through log files to find problems? Stop.
Now Search log events and configuration files using AJAX and a browser.
Download your FREE copy of Splunk now >> http://get.splunk.com/
_______________________________________________
Openhpi-devel mailing list
[email protected]
https://lists.sourceforge.net/lists/listinfo/openhpi-devel
