lshardware

Use the lshardware command to view the configured and actual hardware configuration of a node in the clustered system (system).

Syntax

sainfo lshardware [ -delim delimiter ] [panel_name]

Parameters

-delimdelimiter: (Optional) By default in a concise view, all columns of data are space-separated. The width of each column is set to the maximum possible width of each item of data. In a detailed view, each item of data has its own row, and if the headers are displayed the data is separated from the header by a space. The -delim parameter overrides this behavior. Valid input for the -delim parameter is a one-byte character. If you enter -delim : on the command line, the colon character (:) separates all items of data in a concise view; for example, the spacing of columns does not occur. In a detailed view, the data is separated from its header by the specified delimiter.
panel_name: (Optional) The node panel name.
Note: If panel_name is not supplied, this applies to the node on which the command is running.

Description

When the node is in a service state, use this command to view the current hardware configuration. Table 1 provides the possible values that are applicable to the attributes that are displayed as data in the output views.

Table 1. lshardware attribute values
Attribute	Value
panel_name	Indicates the node panel name.
node_id	Indicates the node unique ID; blank if not in a system.
node_name	Indicates the node name; blank if not in a system.
node_status	Indicates the node status.
hardware	Indicates the hardware model, such as `CG8`.
actual_different	Indicates if the node hardware is different than the configured hardware.
actual_valid	Indicates if the node hardware is valid.
memory_configured	Indicates the configured amount of memory (in GB).
memory_actual	Indicates the currently installed amount of memory (in GB).
memory_valid	Indicates if the actual memory is a valid configuration.
cpu_count	Indicates the maximum number of CPUs for the node.
cpu_socket	Indicates the ID of socket to which the CPU fields refer.
cpu_configured	Indicates the configured CPU for this socket.
cpu_actual	Indicates the currently installed CPU in this socket.
cpu_valid	Indicates if the currently installed CPU is a valid configuration.
adapter_count	Indicates the maximum number of adapters for the node (differs by node type).
adapter_location	Indicates the location of this adapter.
adapter_configured	Indicates the configured adapter for this location.
adapter_actual	Indicates the currently installed adapter for this location.
adapter_valid	Indicates if the adapter in this location is valid.
ports_different	Indicates whether adapter ports can support more functions.

An invocation example for a 300 node

lshardware

The resulting output:

panel_name,123456
node_id,
node_name
status,service
hardware,300

actual_different,no
actual_valid,yes
memory_configured,8
memory_actual,8
memory_valid,yes
cpu_count,1
cpu_socket,1
cpu_configured,4 core Intel(R) Xeon(R) CPU E3110 @ 3.0GHz
cpu_actual,4 core Intel(R) Xeon(R) CPU E3110 @ 3.0GHz
cpu_valid,yes
cpu_socket,
cpu_configured,
cpu_actual,
cpu_valid,
adapter_count,6
adapter_location,0
adapter_configured,1Gb/s Ethernet adapter
adapter_actual,1Gb/s Ethernet adapter
adapter_valid,yes
adapter_location,0
adapter_configured,1Gb/s Ethernet adapter
adapter_actual,1Gb/s Ethernet adapter
adapter_valid,yes
adapter_location,0
adapter_configured,Four port 8Gb/s FC adapter card
adapter_actual,Four port 8Gb/s FC adapter card
adapter_valid,yes
adapter_location,0
adapter_configured,High-speed SAS adapter
adapter_actual,High-speed SAS adapter
adapter_valid,yes
adapter_location,0
adapter_configured,Midplane bus adapter
adapter_actual,Midplane bus adapter
adapter_valid,yes
adapter_location,1
adapter_configured,Two port 10Gb/s ethernet adapter
adapter_actual,Two port 10Gb/s ethernet adapter
adapter_valid,yes
ports_different,no