Leo,
I think David was probably more interested in which ipmi plugin you were
using (ipmi or ipmidirect).
Andy
________________________________
From: [EMAIL PROTECTED]
[mailto:[EMAIL PROTECTED] On Behalf Of Leon
Jacob
Sent: Monday, November 05, 2007 2:23 AM
To: [email protected]
Subject: Re: [Openhpi-devel] Subagent Implementation
Sorry for the delay, We are developing an implementation of the IPMI
based on IPMI v1.5 rev 1.1 (Proofe of concept). And are also trying to
export the SDR tables (Full Record, entity associaton record, device
locator records, MC COnfirmation record, BMC Channel Info.
All these are records maintained by variour other processes in the
system, and like the SDR Full record table they need to be fetched
before responding to the snmp user.
- Leo
On 10/30/07, David Judkovics <[EMAIL PROTECTED]> wrote:
Leon,
I developed the MIB along with Konrad a couple years ago and
need a
little help remembering before I can try to help. What IPMI
interface
are you referring to?
Cheers
David Judkovics
On Tue, 2007-10-30 at 19:57 +0530, Leon Jacob wrote:
> 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)
> }
>
>
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