Re: [Freeipmi-users] ipmi-sensors with Intel SE7210

[Al Chu]

That's indeed strange.  

Hmmm.  I'm going to take a strange guess.  Do you happen to have the
linux kernel driving installed/running on your machine?  You can check
by seeing what kernel modules are listed using 'lsmod'.  I'm wondering
if their driver is interfering with the FreeIPMI driver.

Otherwise, I'm going to have to punt to Bala.  I'm not quite sure what
error conditions could cause the SDR downloads to halt part-way.

Al


On Fri, 2006-07-28 at 01:16 +0400, Alexey V Paramonov wrote:
> 5 minutes have passed and now:
> localhost ~ # ipmi-sensors -D ssif
> Fetching record 19 of 28 (current record ID 19)
> 10: Baseboard 1.5V (Voltage): 1.521 V (1.352/1.651): [OK]
> 11: Baseboard 3.3V (Voltage): NA (2.992/3.616): [Unknown]
> 12: Baseboard 5.0V (Voltage): 0.0 V (4.536/5.481): [OK]
> 13: Baseboard 12V (Voltage): NA (10.561/13.275): [Unknown]
> 14: MCH Vtt (Voltage): NA (1.248/1.6): [Unknown]
> 15: Processor Vccp (Voltage): 1.3455 V (1.1466/1.7082): [OK]
> 16: Baseboard Temp (Temperature): 27.0 C (0.0/54.0): [OK]
> 17: Baseboard Fan 1 (Fan): 0.0 RPM (NA/1994.01794616152): [OK]
> 18: Baseboard Fan 2 (Fan): 0.0 RPM (NA/1994.01794616152): [OK]
> 
> it passed 19 sensors, and even shows temperature in one zone...
> 
> Al Chu пишет:
> > On Fri, 2006-07-28 at 00:52 +0400, Alexey V Paramonov wrote:
> >   
> >> localhost ~ # ipmi-sensors -D ssif -i
> >> SDR Version 1.5
> >> 28 records available
> >>     
> >
> > It seems like you should have more records than ipmi-sensors says you
> > do.  Maybe the SDR cache wasn't fetched correctly the first time
> > through.  Perhaps try and flush the old sensors data cache and make
> > ipmi-sensors generate a new one.  Do
> >
> >   
> >> ipmi-sensors -f
> >>     
> >
> > to flush the old one. 
> >
> > As for why you're getting no output on some of the voltage sensors, I'm
> > not too sure.  Could you compile with --enable-debug and --enable-trace.
> > I might get some debug info to figure it out.
> >
> > Thanks,
> > Al
> >
> >   
> >>> And for kicks maybe try out ipmi-sensors -vv.
> >>>
> >>>   
> >>>       
> >> localhost ~ # ipmi-sensors -D ssif -vv
> >> Record ID: 1
> >> Record Type: 03h
> >> Sensor Name: LAN Scrty
> >> Group Name: Platform Chassis Intrusion
> >> Sensor Number: 1
> >> Slave Address/System Software ID: 10h
> >> Event/Reading Type Code: 6Fh
> >> Sensor Status: [Unknown]
> >>
> >> Record ID: 2
> >> Record Type: 03h
> >> Sensor Name: Password
> >> Group Name: Platform Security Violation
> >> Sensor Number: 2
> >> Slave Address/System Software ID: 10h
> >> Event/Reading Type Code: 6Fh
> >> Sensor Status: [Unknown]
> >>
> >> Record ID: 3
> >> Record Type: 03h
> >> Sensor Name: PWRGOOD#
> >> Group Name: Power Unit
> >> Sensor Number: 3
> >> Slave Address/System Software ID: 10h
> >> Event/Reading Type Code: 6Fh
> >> Sensor Status: [Unknown]
> >>
> >> Record ID: 4
> >> Record Type: 03h
> >> Sensor Name: Button
> >> Group Name: Button
> >> Sensor Number: 4
> >> Slave Address/System Software ID: 10h
> >> Event/Reading Type Code: 6Fh
> >> Sensor Status: [Unknown]
> >>
> >> Record ID: 5
> >> Record Type: 03h
> >> Sensor Name: Watchdog2
> >> Group Name: Watchdog 2
> >> Sensor Number: 5
> >> Slave Address/System Software ID: 10h
> >> Event/Reading Type Code: 6Fh
> >> Sensor Status: [Unknown]
> >>
> >> Record ID: 6
> >> Record Type: 03h
> >> Sensor Name: SyS Boot Init
> >> Group Name: System Boot Initiated
> >> Sensor Number: 6
> >> Slave Address/System Software ID: 10h
> >> Event/Reading Type Code: 6Fh
> >> Sensor Status: [Unknown]
> >>
> >> Record ID: 7
> >> Record Type: 03h
> >> Sensor Name: Sys Evnt
> >> Group Name: System Event
> >> Sensor Number: 7
> >> Slave Address/System Software ID: 10h
> >> Event/Reading Type Code: 6Fh
> >> Sensor Status: [Unknown]
> >>
> >> Record ID: 8
> >> Record Type: 03h
> >> Sensor Name: Pltfrm Evnt
> >> Group Name: Platform Alert
> >> Sensor Number: 8
> >> Slave Address/System Software ID: 10h
> >> Event/Reading Type Code: 6Fh
> >> Sensor Status: [Unknown]
> >>
> >> Record ID: 9
> >> Record Type: 12h
> >> Device Name: PC87431 mBMC
> >> Entity ID: 07h
> >> Entity Instance: 01h
> >>
> >> Record ID: 10
> >> Record Type: 01h
> >> Sensor Name: Baseboard 1.5V
> >> Group Name: Voltage
> >> Sensor Number: 11
> >> Event/Reading Type Code: 01h
> >> Slave Address/System Software ID: 10h
> >> B: 0
> >> M: 13
> >> R Exponent: -3
> >> B Exponent: 0
> >> Linear: 0
> >> Analog Data Format: 0
> >> Lower Critical Threshold: 1.352 Volts
> >> Upper Critical Threshold: 1.651 Volts
> >> Lower Non-Critical Threshold: 1.378 Volts
> >> Upper Non-Critical Threshold: 1.625 Volts
> >> Lower Non-Recoverable Threshold: NA
> >> Upper Non-Recoverable Threshold: NA
> >> Sensor Min. Reading: 0.0 Volts
> >> Sensor Max. Reading: 3.315 Volts
> >> Normal Min.: 1.43 Volts
> >> Normal Max.: 1.573 Volts
> >> Nominal reading: 1.495 Volts
> >> Negative Hysteresis: 1
> >> Positive Hysteresis: 1
> >> Sensor Reading: 1.521 Volts
> >> Sensor Status: [OK]
> >>
> >> Record ID: 11
> >> Record Type: 01h
> >> Sensor Name: Baseboard 3.3V
> >> Group Name: Voltage
> >> Sensor Number: 12
> >> Event/Reading Type Code: 01h
> >> Slave Address/System Software ID: 10h
> >> B: 0
> >> M: 16
> >> R Exponent: -3
> >> B Exponent: 0
> >> Linear: 0
> >> Analog Data Format: 0
> >> Lower Critical Threshold: 2.992 Volts
> >> Upper Critical Threshold: 3.616 Volts
> >> Lower Non-Critical Threshold: 3.056 Volts
> >> Upper Non-Critical Threshold: 3.552 Volts
> >> Lower Non-Recoverable Threshold: NA
> >> Upper Non-Recoverable Threshold: NA
> >> Sensor Min. Reading: 0.0 Volts
> >> Sensor Max. Reading: 4.08 Volts
> >> Normal Min.: 3.136 Volts
> >> Normal Max.: 3.472 Volts
> >> Nominal reading: 3.296 Volts
> >> Negative Hysteresis: 1
> >> Positive Hysteresis: 1
> >> Sensor Reading: NA
> >> Sensor Status: [Unknown]
> >>
> >> Record ID: 12
> >> Record Type: 01h
> >> Sensor Name: Baseboard 5.0V
> >> Group Name: Voltage
> >> Sensor Number: 13
> >> Event/Reading Type Code: 01h
> >> Slave Address/System Software ID: 10h
> >> B: 0
> >> M: 27
> >> R Exponent: -3
> >> B Exponent: 0
> >> Linear: 0
> >> Analog Data Format: 0
> >> Lower Critical Threshold: 4.536 Volts
> >> Upper Critical Threshold: 5.481 Volts
> >> Lower Non-Critical Threshold: 4.617 Volts
> >> Upper Non-Critical Threshold: 5.373 Volts
> >> Lower Non-Recoverable Threshold: NA
> >> Upper Non-Recoverable Threshold: NA
> >> Sensor Min. Reading: 0.0 Volts
> >> Sensor Max. Reading: 6.885 Volts
> >> Normal Min.: 4.752 Volts
> >> Normal Max.: 5.238 Volts
> >> Nominal reading: 4.995 Volts
> >> Negative Hysteresis: 1
> >> Positive Hysteresis: 1
> >> Sensor Reading: NA
> >> Sensor Status: [Unknown]
> >>
> >> Record ID: 13
> >> Record Type: 01h
> >> Sensor Name: Baseboard 12V
> >> Group Name: Voltage
> >> Sensor Number: 14
> >> Event/Reading Type Code: 01h
> >> Slave Address/System Software ID: 10h
> >> B: 0
> >> M: 59
> >> R Exponent: -3
> >> B Exponent: 0
> >> Linear: 0
> >> Analog Data Format: 0
> >> Lower Critical Threshold: 10.561 Volts
> >> Upper Critical Threshold: 13.275 Volts
> >> Lower Non-Critical Threshold: 10.797 Volts
> >> Upper Non-Critical Threshold: 13.039 Volts
> >> Lower Non-Recoverable Threshold: NA
> >> Upper Non-Recoverable Threshold: NA
> >> Sensor Min. Reading: 0.0 Volts
> >> Sensor Max. Reading: 15.045 Volts
> >> Normal Min.: 11.387 Volts
> >> Normal Max.: 12.626 Volts
> >> Nominal reading: 11.977 Volts
> >> Negative Hysteresis: 1
> >> Positive Hysteresis: 1
> >> Sensor Reading: NA
> >> Sensor Status: [Unknown]
> >>
> >> Record ID: 14
> >> Record Type: 01h
> >> Sensor Name: MCH Vtt
> >> Group Name: Voltage
> >> Sensor Number: 15
> >> Event/Reading Type Code: 01h
> >> Slave Address/System Software ID: 10h
> >> B: 0
> >> M: 16
> >> R Exponent: -3
> >> B Exponent: 0
> >> Linear: 0
> >> Analog Data Format: 0
> >> Lower Critical Threshold: 1.248 Volts
> >> Upper Critical Threshold: 1.6 Volts
> >> Lower Non-Critical Threshold: 1.296 Volts
> >> Upper Non-Critical Threshold: 1.568 Volts
> >> Lower Non-Recoverable Threshold: NA
> >> Upper Non-Recoverable Threshold: NA
> >> Sensor Min. Reading: 0.0 Volts
> >> Sensor Max. Reading: 4.08 Volts
> >> Normal Min.: 1.344 Volts
> >> Normal Max.: 1.52 Volts
> >> Nominal reading: 1.456 Volts
> >> Negative Hysteresis: 1
> >> Positive Hysteresis: 1
> >> Sensor Reading: NA
> >> Sensor Status: [Unknown]
> >>
> >>     
> >>> Al
> >>>
> >>>   
> >>>       
> 
-- 
Albert Chu
address@hidden
925-422-5311
Computer Scientist
High Performance Systems Division
Lawrence Livermore National Laboratory