lsnodecanisterhw

Use the lsnodecanisterhw command to display the configured and actual hardware configuration of node canisters in the clustered system.

Syntax

Parameters

-delim delimiter: (Optional) Specify a delimiter to separate data in the output.
-nohdr: (Optional) Suppress the headings in the output.

object_id | object_name: (Required) Specifies the object name or ID.

Description

This table provides the possible values that are applicable to the attributes that are displayed as data in the output views.

Table 1. lsnodecanisterhw attribute values
Attribute	Value
id	Indicates the node canister unique ID.
name	Indicates the node canister name.
status	Indicates the status. The values are: `offline` `service` `flushing` `pending` `online` `adding` `deleting`
IO_group_id	The I/O group ID.
IO_group_name	Indicates the I/O group name.
hardware	Indicates the node canister hardware type, such as `300`.
actual_different	Indicates whether the node canister hardware is different from the configured hardware.
actual_valid	Indicates whether the node canister 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 whether the actual memory is a valid configuration.
cpu_count	Indicates the maximum number of CPUs for the node canister.
cpu_socket	Indicates the ID of socket the CPU fields refer to.
cpu_configured	Indicates the configured CPU for this socket.
cpu_actual	Indicates the currently installed CPU in this socket.
cpu_valid	Indicates whether the currently installed CPU is a valid configuration.
adapter_count	Indicates the maximum number of adapters for the node canister (differs by node canister 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 whether the adapter in this location is valid.
ports_different	Indicates whether the current hardware is able to provide more I/O ports. The values are yes and no.