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Re: [Freeipmi-users] Problem with ipmi-sensors version 0.6.3 on Dell 295
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From: |
Al Chu |
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Subject: |
Re: [Freeipmi-users] Problem with ipmi-sensors version 0.6.3 on Dell 2950 |
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Date: |
Mon, 02 Jun 2008 14:23:23 -0700 |
Hey George,
Here's the patch.
cd freeipmi-0-6-3
patch -p0 < sensors-ignore.patch
make
PLMK if it works for you. For sensors that it receives "sensor data not
present" errors, it will output "NA" or "Unknown" or whatever is
appropriate for that particular sensor.
Al
On Mon, 2008-06-02 at 13:20 -0700, Al Chu wrote:
> Hey George,
>
> Well, it seems the motherboard is not responding to a sensor read
> request for a sensor it advertises exists. Not sure what to make of
> that. It probably is a issue w/ the firmware on the motherboard. I'll
> write a patch to work around it so ipmi-sensors does not quit on you.
> (I'll e-mail again later today when it's ready.)
>
> Al
>
> On Mon, 2008-06-02 at 10:42 -0700, Hartlieb, George wrote:
> > Hi,
> >
> > I am getting an error when I run ipmi-senors.
> >
> > System Info:
> > Dell 2950
> > RHEL4
> > Freeipmi 0.6.3
> >
> > First is the no-debug output, followed by the end of the debug output.
> >
> > Thanks,
> >
> > George
> >
> > ------------------------------------------------
> >
> > ./ipmi-sensors
> > 1: Temp (Temperature): -50.00 C (NA/90.00): [OK]
> > 2: Temp (Temperature): -45.00 C (NA/90.00): [OK]
> > 3: Temp (Temperature): 40.00 C (NA/NA): [OK]
> > 4: Temp (Temperature): 40.00 C (NA/NA): [OK]
> > 5: Ambient Temp (Temperature): 27.00 C (3.00/47.00): [OK]
> > 6: CMOS Battery (Battery): [OK]
> > 7: ROMB Battery (Battery): [OK]
> > 8: VCORE (Voltage): [State Deasserted]
> > 9: VCORE (Voltage): [State Deasserted]
> > 10: CPU VTT (Voltage): [State Deasserted]
> > 11: 1.5V PG (Voltage): [State Deasserted]
> > 12: 1.8V PG (Voltage): [State Deasserted]
> > 13: 3.3V PG (Voltage): [State Deasserted]
> > 14: 5V PG (Voltage): [State Deasserted]
> > 15: 1.5V PXH PG (Voltage): [State Deasserted]
> > 16: 5V Riser PG (Voltage): [State Deasserted]
> > 17: Backplane PG (Voltage): [State Deasserted]
> > 18: Linear PG (Voltage): [State Deasserted]
> > 19: 0.9V PG (Voltage): [State Deasserted]
> > 20: 0.9V Over Volt (Voltage): [State Deasserted]
> > 21: CPU Power Fault (Voltage): [State Deasserted]
> > 22: FAN 1 RPM (Fan): 6225.00 RPM (3450.00/NA): [OK]
> > 23: FAN 2 RPM (Fan): 6300.00 RPM (3450.00/NA): [OK]
> > 24: FAN 3 RPM (Fan): 5850.00 RPM (3450.00/NA): [OK]
> > 25: FAN 4 RPM (Fan): 5850.00 RPM (3450.00/NA): [OK]
> > 26: FAN 5 RPM (Fan): 4200.00 RPM (NA/NA): [OK]
> > 27: FAN 6 RPM (Fan): 4200.00 RPM (NA/NA): [OK]
> > 28: Presence (Entity Presence): [Entity Present]
> > 29: Presence (Entity Presence): [Entity Present]
> > 30: Presence (Entity Presence): [Entity Present]
> > 31: Presence (Entity Presence): [Entity Present]
> > 32: Presence (Entity Presence): [Entity Present]
> > 33: Presence (Entity Presence): [Entity Present]
> > 34: DRAC5 Conn 2 Cbl (Cable Interconnect): [Cable/Interconnect is connected]
> > ipmi_cmd_get_sensor_reading_discrete: bad completion code: request
> > data/parameter invalid
> >
> > ------------------------------------------------------------------------
> >
> > Get Sensor Reading Request
> > =====================================================
> > [ 2Dh] = cmd[ 8b]
> > [ 57h] = sensor_number[ 8b]
> > =====================================================
> > Get Sensor Reading Response
> > =====================================================
> > [ 2Dh] = cmd[ 8b]
> > [ 0h] = comp_code[ 8b]
> > [ 0h] = sensor_reading[ 8b]
> > [ 0h] = reserved1[ 5b]
> > [ 0h] = reading_state[ 1b]
> > [ 1h] = sensor_scanning[ 1b]
> > [ 1h] = all_event_messages[ 1b]
> > [ 1h] = state_0_asserted[ 1b]
> > [ 0h] = state_1_asserted[ 1b]
> > [ 0h] = state_2_asserted[ 1b]
> > [ 0h] = state_3_asserted[ 1b]
> > [ 0h] = state_4_asserted[ 1b]
> > [ 0h] = state_5_asserted[ 1b]
> > [ 0h] = state_6_asserted[ 1b]
> > [ 0h] = state_7_asserted[ 1b]
> > [ 0h] = state_8_asserted[ 1b]
> > [ 0h] = state_9_asserted[ 1b]
> > [ 0h] = state_10_asserted[ 1b]
> > [ 0h] = state_11_asserted[ 1b]
> > [ 0h] = state_12_asserted[ 1b]
> > [ 0h] = state_13_asserted[ 1b]
> > [ 0h] = state_14_asserted[ 1b]
> > [ 1h] = reserved2[ 1b]
> > 33: Presence (Entity Presence): [Entity Present]
> > =====================================================
> > SDR Compact Sensor Record
> > =====================================================
> > [ 22h] = record_id[16b]
> > [ 1h] = sdr_version_major[ 4b]
> > [ 5h] = sdr_version_minor[ 4b]
> > [ 2h] = record_type[ 8b]
> > [ 2Bh] = record_length[ 8b]
> > [ 0h] = sensor_owner_id.type[ 1b]
> > [ 10h] = sensor_owner_id[ 7b]
> > [ 0h] = sensor_owner_lun[ 2b]
> > [ 0h] = sensor_owner_lun.reserved[ 2b]
> > [ 0h] = channel_number[ 4b]
> > [ 59h] = sensor_number[ 8b]
> > [ 7h] = entity_id[ 8b]
> > [ 1h] = instance_number_for_entity[ 7b]
> > [ 0h] = treat_entity[ 1b]
> > [ 1h] = sensor_initialization.sensor_scanning[ 1b]
> > [ 1h] = sensor_initialization.event_generation[ 1b]
> > [ 1h] = sensor_initialization.init_sensor_type[ 1b]
> > [ 1h] = sensor_initialization.init_hysteresis[ 1b]
> > [ 0h] = sensor_initialization.init_thresholds[ 1b]
> > [ 1h] = sensor_initialization.init_events[ 1b]
> > [ 1h] = sensor_initialization.init_scanning[ 1b]
> > [ 0h] = sensor_initialization.reserved[ 1b]
> > [ 0h] = sensor_capabilities.event_message_control_support[ 2b]
> > [ 0h] = sensor_capabilities.threshold_access_support[ 2b]
> > [ 0h] = sensor_capabilities.hysteresis_support[ 2b]
> > [ 1h] = sensor_capabilities.auto_re_arm_support[ 1b]
> > [ 1h] = sensor_capabilities.entity_ignore_support[ 1b]
> > [ 1Bh] = sensor_type[ 8b]
> > [ 6Fh] = event_reading_type_code[ 8b]
> > [ 2h] = assertion_event_lower_threshold_reading_mask[16b]
> > [ 2h] = deassertion_event_upper_threshold_reading_mask[16b]
> > [ 3h] =
> > discrete_reading_settable_threshold_readable_threshold_mask[16b]
> > [ 0h] = sensor_unit1.percentage[ 1b]
> > [ 0h] = sensor_unit1.modifier_unit[ 2b]
> > [ 0h] = sensor_unit1.rate_unit[ 3b]
> > [ 0h] = sensor_unit1.analog_data_format[ 2b]
> > [ 0h] = sensor_unit2.base_unit[ 8b]
> > [ 0h] = sensor_unit3.modifier_unit[ 8b]
> > [ 1h] = share_count[ 4b]
> > [ 0h] = id_string_instance_modifier_type[ 2b]
> > [ 0h] = sensor_direction[ 2b]
> > [ 0h] = id_string_instance_modifier_offset[ 7b]
> > [ 0h] = entity_instance_sharing[ 1b]
> > [ 0h] = positive_going_threshold_hysteresis[ 8b]
> > [ 0h] = negative_going_threshold_hysteresis[ 8b]
> > [ 0h] = reserved[24b]
> > [ 0h] = oem[ 8b]
> > [ D0h] = id_string_type_length_code[ 8b]
> > [ BYTE ARRAY ... ] = id_string[16B]
> > [ 44h 52h 41h 43h 35h 20h 43h 6Fh ]
> > [ 6Eh 6Eh 20h 32h 20h 43h 62h 6Ch ]
> > =====================================================
> > Get Sensor Reading Request
> > =====================================================
> > [ 2Dh] = cmd[ 8b]
> > [ 59h] = sensor_number[ 8b]
> > =====================================================
> > Get Sensor Reading Response
> > =====================================================
> > [ 2Dh] = cmd[ 8b]
> > [ 0h] = comp_code[ 8b]
> > [ 0h] = sensor_reading[ 8b]
> > [ 0h] = reserved1[ 5b]
> > [ 0h] = reading_state[ 1b]
> > [ 1h] = sensor_scanning[ 1b]
> > [ 1h] = all_event_messages[ 1b]
> > [ 1h] = state_0_asserted[ 1b]
> > [ 0h] = state_1_asserted[ 1b]
> > [ 0h] = state_2_asserted[ 1b]
> > [ 0h] = state_3_asserted[ 1b]
> > [ 0h] = state_4_asserted[ 1b]
> > [ 0h] = state_5_asserted[ 1b]
> > [ 0h] = state_6_asserted[ 1b]
> > [ 0h] = state_7_asserted[ 1b]
> > [ 0h] = state_8_asserted[ 1b]
> > [ 0h] = state_9_asserted[ 1b]
> > [ 0h] = state_10_asserted[ 1b]
> > [ 0h] = state_11_asserted[ 1b]
> > [ 0h] = state_12_asserted[ 1b]
> > [ 0h] = state_13_asserted[ 1b]
> > [ 0h] = state_14_asserted[ 1b]
> > [ 1h] = reserved2[ 1b]
> > 34: DRAC5 Conn 2 Cbl (Cable Interconnect): [Cable/Interconnect is connected]
> > =====================================================
> > SDR Compact Sensor Record
> > =====================================================
> > [ 23h] = record_id[16b]
> > [ 1h] = sdr_version_major[ 4b]
> > [ 5h] = sdr_version_minor[ 4b]
> > [ 2h] = record_type[ 8b]
> > [ 2Bh] = record_length[ 8b]
> > [ 0h] = sensor_owner_id.type[ 1b]
> > [ 10h] = sensor_owner_id[ 7b]
> > [ 0h] = sensor_owner_lun[ 2b]
> > [ 0h] = sensor_owner_lun.reserved[ 2b]
> > [ 0h] = channel_number[ 4b]
> > [ 5Fh] = sensor_number[ 8b]
> > [ 7h] = entity_id[ 8b]
> > [ 1h] = instance_number_for_entity[ 7b]
> > [ 0h] = treat_entity[ 1b]
> > [ 1h] = sensor_initialization.sensor_scanning[ 1b]
> > [ 1h] = sensor_initialization.event_generation[ 1b]
> > [ 1h] = sensor_initialization.init_sensor_type[ 1b]
> > [ 1h] = sensor_initialization.init_hysteresis[ 1b]
> > [ 0h] = sensor_initialization.init_thresholds[ 1b]
> > [ 1h] = sensor_initialization.init_events[ 1b]
> > [ 1h] = sensor_initialization.init_scanning[ 1b]
> > [ 0h] = sensor_initialization.reserved[ 1b]
> > [ 0h] = sensor_capabilities.event_message_control_support[ 2b]
> > [ 0h] = sensor_capabilities.threshold_access_support[ 2b]
> > [ 0h] = sensor_capabilities.hysteresis_support[ 2b]
> > [ 1h] = sensor_capabilities.auto_re_arm_support[ 1b]
> > [ 1h] = sensor_capabilities.entity_ignore_support[ 1b]
> > [ 2h] = sensor_type[ 8b]
> > [ 3h] = event_reading_type_code[ 8b]
> > [ 3h] = assertion_event_lower_threshold_reading_mask[16b]
> > [ 3h] = deassertion_event_upper_threshold_reading_mask[16b]
> > [ 3h] =
> > discrete_reading_settable_threshold_readable_threshold_mask[16b]
> > [ 0h] = sensor_unit1.percentage[ 1b]
> > [ 0h] = sensor_unit1.modifier_unit[ 2b]
> > [ 0h] = sensor_unit1.rate_unit[ 3b]
> > [ 0h] = sensor_unit1.analog_data_format[ 2b]
> > [ 0h] = sensor_unit2.base_unit[ 8b]
> > [ 0h] = sensor_unit3.modifier_unit[ 8b]
> > [ 1h] = share_count[ 4b]
> > [ 0h] = id_string_instance_modifier_type[ 2b]
> > [ 0h] = sensor_direction[ 2b]
> > [ 0h] = id_string_instance_modifier_offset[ 7b]
> > [ 1h] = entity_instance_sharing[ 1b]
> > [ 0h] = positive_going_threshold_hysteresis[ 8b]
> > [ 0h] = negative_going_threshold_hysteresis[ 8b]
> > [ 0h] = reserved[24b]
> > [ 0h] = oem[ 8b]
> > [ D0h] = id_string_type_length_code[ 8b]
> > [ BYTE ARRAY ... ] = id_string[16B]
> > [ 50h 46h 61h 75h 6Ch 74h 20h 46h ]
> > [ 61h 69h 6Ch 20h 53h 61h 66h 65h ]
> > =====================================================
> > Get Sensor Reading Request
> > =====================================================
> > [ 2Dh] = cmd[ 8b]
> > [ 5Fh] = sensor_number[ 8b]
> > =====================================================
> > Get Sensor Reading Response
> > =====================================================
> > [ 2Dh] = cmd[ 8b]
> > [ CBh] = comp_code[ 8b]
> > ipmi_cmd_get_sensor_reading_discrete: bad completion code: request
> > data/parameter invalid
> >
> > ---------------------------------------------------------------------
> >
> > George Hartlieb System Administrator/Engineer
> > Phone: 650-604-5690 address@hidden
> >
> > ELORET Corporation
> > NASA/Ames Research Center
> > MS 234-1
> > Moffett Field, CA 94035-1000
> >
> >
> >
> > _______________________________________________
> > Freeipmi-users mailing list
> > address@hidden
> > http://lists.gnu.org/mailman/listinfo/freeipmi-users
--
Albert Chu
address@hidden
925-422-5311
Computer Scientist
High Performance Systems Division
Lawrence Livermore National Laboratory