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

[Bala.A]

This is known bug.

When I was testing SSIF driver, I got the same behavior.  Not only
ipmi-sensors, all freeipmi tools run incompletely.  Sometimes I'm getting
this error in ipmi-raw too.  After debugging, I found ipmi_ssif_write() or
ipmi_ssif_read() failure sometimes.

I will re-read IPMI 2.0 spec and I will fix this bug soon.

Thanks,

Bala
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> 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 ÐÉÛÅÔ:
>> 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
>>>>
>>>>
>>>>
>
>