HPSuperdome: locate and change the NIC location

HP Superdome locates and replaces the NIC

Assume that HP superdome has three partitions.

Partition 0 cell 0 cell 3

Partition 1 cell 2

Partition 2 cell1

How to locate the lan1 Nic (0/0/8/1/0)

# Ioscan-funClan

Class I H/W Path Driver S/W State H/W Type Description

========================================================== ==================================

Lan 0 0/0/1/1/0 iether claimed interface hp AD331-60001 PCI/PCI-X 1000Base-T Adapter

Lan 10/0/8/1/0Iether claimed interface hp AD332-60001 PCI/PCI-X 1000Base-SXAdapter

Lan 2 0/0/9/1/0 iether claimed interface hp AD332-60001 PCI/PCI-X 1000Base-SXAdapter

Lan 3 0/0/12/1/0 iether claimed interface hp AD331-60001 PCI/PCI-X 1000Base-T Adapter

Lan 4 3/0/1/1/0 iether claimed interface hp AD332-60001 PCI/PCI-X 1000Base-SXAdapter

Lan 5 3/0/8/1/0 iether claimed interface hp AD332-60001 PCI/PCI-X 1000Base-SXAdapter

Lan 6 3/0/9/1/0 iether claimed interface hp AD332-60001 PCI/PCI-X 1000Base-SXAdapter

Lan 7 3/0/12/1/0 iether claimed interface hp AD332-60001 PCI/PCI-X 1000Base-SXAdapter

# Ioscan-funCfc

Class I H/W Path Driver S/W State H/W Type Description

========================================================== ====================================

Fc 0 0/0/4/0/0/0/0 fclp claimed interface hp AD299-60001 4 Gb PCIe 1-port fiber rechannel Adapter

/Dev/fclp0

Fc 1 0/0/5/0/0/0/0 fclp claimed interface hp AD299-60001 4 Gb PCIe 1-port Fiber adapter

/Dev/fclp1

Fc 2 3/0/4/0/0/0/0 fclp claimed interface hp AD299-60001 4 Gb PCIe 1-port fiber rechannel Adapter

/Dev/fclp2

Fc 3 3/0/5/0/0/0/0 fclp claimed interface hp AD299-60001 4 Gb PCIe 1-port fiber rechannel Adapter

/Dev/fclp3

# Olrad-q

Driver (s)

Capable

Slot Path Bus Max Spd Pwr Occu Susp olar old Max Mode

Num Spd Mode

0-0-3-0 3/0/0/1 12288 133 Off No N/A PCI-X

0-0-3-1 3/0/1/1 12544 133 On Yes No Yes PCI-X

0-0-3-8 3/0/12/1 14592 133 On Yes No Yes PCI-X

0-0-3-9 3/0/10/1 14336 133 On Yes No Yes PCI-X

0-0-3-10 3/0/9/1 14080 133 On Yes No Yes PCI-X

0-0-3-11 3/0/8/1 13824 133 On Yes No Yes PCI-X

0-1-3-0 0/0/0/1 0 133 Off No N/A PCI-X

0-1-3-1 0/0/1/1 256 133 On Yes No Yes PCI-X

0-1-3-8 0/0/12/1 2304 133 On Yes No Yes PCI-X

0-1-3-9 0/0/10/1 2048 133 On Yes No Yes PCI-X

0-1-3-10 0/0/9/1 1792 133 On Yes No Yes PCI-X

0-1-3-11 0/0/8/11536 133 133 On Yes No Yes PCI-X

PCI-Express SlotsInformation

-----------------------------

Driver (s)

Capable

Slot Path Link Max Link Pwr Occu Susp olar old Mode

Spd Link Width

Spd Width

0-0-3-2 3/0/2/0/0/0 2.5 2.5x8x8 On Yes No Yes PCIe

0-0-3-3 3/0/4/0/0/0 2.5 2.5x8x4 On Yes No Yes PCIe

0-0-3-4 3/0/5/0/0/0 2.5 2.5x8x4 On Yes No Yes PCIe

0-0-3-5 3/0/6/0/0/0 2.5 2.5x8x8 On Yes No Yes PCIe

0-0-3-6 3/0/14/0/0/0 2.5 2.5x8x8 Off No N/A PCIe

0-0-3-7 3/0/13/0/0/0 2.5 2.5x8x8 Off No N/A PCIe

0-1-3-2 0/0/2/0/0/0 2.5 2.5x8x8 On Yes No Yes PCIe

0-1-3-3 0/0/4/0/0/0 2.5 2.5x8x4 On Yes No Yes PCIe

0-1-3-4 0/0/5/0/0/0 2.5 2.5x8x4 On Yes No Yes PCIe

0-1-3-5 0/0/6/0/0/0 2.5 2.5x8x8 On Yes No Yes PCIe

0-1-3-6 0/0/14/0/0/0 2.5 2.5x8x8 Off No N/A PCIe

0-1-3-7 0/0/13/0/0/0 2.5 2.5x8x8 Off No N/A PCIe

# Parstatus // view the partition status and the current status of the partition.

Note: No action specified. Defaultbehavior is display all.

[Complex]

Complex Name: Complex 01

Complex Capacity

Compute Cabinet (4 cell capable): 1

Active MP Location: cabinet 0

Original Product Name: superdome server SD16B

Original Serial Number: sgh1_xxxx

Current Product Order Number: A9xxxx

OEM Manufacturer:

Complex Profile Revision: 1.0

The total number of partitions present: 3

GSM sharing: Disabled Complex-wide

[Cabinet]

Cabinet I/O Bulk Power Backplane

Blowers Fans Supplies Power Boards

OK/

Cab Failed/

Num Cabinet Type N Status MP

========================================================== ==================================

0 4 cell slot 4/0/N + 5/0/N + 4/0/N + 2/0/N + Active

Notes: N + = There are one or more spareitems (fans/power supplies ).

N = The number of items meets butdoes not exceed the need.

N-= There are insufficient items to meet the need.

? = The adequacy of the coolingsystem/power supplies is unknown.

HO = Housekeeping only; The power is in a standby state.

NA = Not Applicable.

[Cell]

CPU Memory Use

OK/(GB) Core On

Hardware Actual Deconf/OK/Cell Next Par

Location Usage Max Deconf Connected To Capable BootNum

========================================================== ====================================

Cab0, cell0 Active Core 8/0/8 48.0/0.0 cab0, bay1, chassis3 yes 0

Cab0, cell1 Active Core 8/0/8 48.0/0.0 cab0, bay1, chassis1 yes 2

Cab0, cell2 Active Core 8/0/8 48.0/0.0 cab0, bay0, chassis1 yes 1

Cab0, cell3 Active Base 8/0/8 48.0/0.0 cab0, bay0, chassis3 yes 0

Cab0, cell4 Absent *------

Cab0, cell5 Absent *------

Cab0, cell6 Absent *------

Cab0, cell7 Absent *------

Note:Cab0 is a 32-way cabinet of superdome. When superdome is 64-way, there are two cabinets. Cab1 appears. Currently, cab0 has only four cell boards --- cell 0-cell3

Notes: * = Cellhas no interleaved memory.

[Chassis]

CoreConnected Par

Hardware Location Usage IO To Num

========================================================== ==========

Cab0, bay0, chassis0 Absent ---

Cab0, bay0, chassis1 Active-cab0, cell2 1

Cab0, bay0, chassis2 Absent ---

Cab0, bay0, chassis3 Active-cab0, cell3 0

Cab0, bay1, chassis0 Absent ---

Cab0, bay1, chassis1 Active-cab0, cell1 2

Cab0, bay1, chassis2 Absent ---

Cab0, bay1, chassis3 Active-cab0, cell0 0

-----------------Note: Cab0 contains bay0 and bay1

[Partition]

Par # of I/O

Num Status Cells Chassis Core cell Partition Name (first 30 chars)

========================================================== ==================================

0 Active 2 2 cab0, cell0 Partition 0-UX

1 Active 1 1 cab0, cell2 Partition 1-UX

2 Active 1 1 cab0, cell1 Partition 2-UX

[Partition-HyperThread]

Par Num Hyperthreading Enabled Hyperthreading Active

========================================================== ============

0 yes

1 yes

2 yes

Bytes ------------------------------------------------------------------------------------------------

Note:The ID of the slot depends on the platform. On low-level platforms, the slot ID only contains the slot ID. In all other platforms (including Superdome), the slot ID format is:Cabinet #-Bay #-Chassis #-Slot #

The slot number of Lan1 is:0-1-3-11

That is, Cabinet is 0, and Bay # is 1.,IOChasis 3 slot 11 Location (in fact, it is enough to know IOClasis)

Open the SuperDome front door (one side of the power cord is a backdoor). The IOChasis mark is usually displayed on the IO cage. Find IOChasis3 and slot 11.

TIPS: You can use olrad-I ATTN <solt ID> to flash the corresponding solt alarm light.

-----------------------------------------------------------------------

Olrad commands provide online addition, replacement, and deletion of I/0 cards

The olrad command will execute the system's key resource analysis (CRA) before executing any OL * job to ensure that the system will not remain in an inconsistent state after it is added, replaced, or deleted.

Common parameters:

-Q displays the status of all slots in the system that may use OL *. Slots with the same bus ID are considered as public slots.

-I flag slot ID control pay attention to the LED status. The valid values of this flag option are ATTN and OFF. Note that the LEDs in the corresponding slot are set to the appropriate status based on the flag value. ATTN will convert the LED to flash. Flag is case insensitive

-The C slot ID executes CRA on the specified slot ID and displays the result. This checks all key resources related to the affected hardware path of the specified slot. It analyzes the file system, capacity, processing programs, network jobs, replace (swap) and dump, and generates reports of affected resources.

--------- Instance 1: Determine the slot status -------------

# Olrad-q

--------- Example 2: Run CRA -------------

# Olrad-C slot ID

CRA severity boarding

1. CRA returnSUCCESS is not in use for affected resources

2. CRA returnWARNINGS is being used by resources on affected devices, but are not considered as critical resources.

3. data may be lost when CRA returnDATA_CRITICAL executes the job. Therefore, please proceed after consideration.

4. the CRA returnSYS_CRITICAL job may cause the system to shut down

5. CRA return ERROR: an internal cra error occurs.

--------- How to add a new card ---

1. Complete the preparation

# Olrad-q

# Olrad-C slot id

2. Prepare to add

# Olrad-a slot ID // perform CRA check, stop the driver, and turn off the power of the card

3. Install the card in the slot

4. Enter the command

# Olrad-A slot id // slot power-on and re-load the relevant driver

5. Check whether the verification is successful

# Olrad-q slot id

---------- Replacing bad cards -----------

1. Complete the preparation

# Olrad-q

# Olrad-C slot id

2. Prepare for replacement

# Olrad-r slot id

3. Replace the card (note: the new card and old card must use the same driver)

4. Enter the command

# Olrad-R slot id

5. verify whether the job is successful

# Olrad-q

---------- Delete a card ---------------

1. Complete the preparation

# Olrad-q

# Olrad-C slot id

2. Prepare to delete

# Olrad-d slot id // Delete the card. First, perform CRA detection, delete the driver instance, and turn off the power.

3. Remove a card

4. Enter the command

# Olrad-D slot id // Delete the card, which is usually used after the olrad command to delete the card

5. Verification

Olrad-q

------------- Convert the light to flash or turn off --------

# Olrad-I ATTN slot id

# Olrad-I off slot id