vparstatus2.1m (2011 03)

ManualsBrandsHP ManualsSoftwareHP-UX Manpages

vparstatus2(1M)

For OA Based Partition Management Systems

vparstatus2(1M)

NAME

vparstatus - display information about one or more virtual partitions

SYNOPSIS

Invoked from operating system (OS):

vparstatus [-v|-M]

vparstatus [-d [cpu_path]]... [

-v|-M]

vparstatus [-p vpar_id]... [-v|

-M]

vparstatus -r [-M]

vparstatus -w [-M]

vparstatus -A [-M]

vparstatus -Z parspec_name

Invoked from Onboard Administrator (OA):

vparstatus {[-d -N

npar_id]... | [-d cpu_path]... } [-v|-M

]

vparstatus {[-p vpar_id -N npar_id]... | [

-p npar_id:vpar_id]... }

[

-v|-M]

vparstatus -r [-M]

vparstatus -A -N npar_id [-M]

vparstatus -N npar_id [-v|-M]

vparstatus -Z parspec_name

Platform Support Remarks

This

vparstatus describes functionality on systems with Onboard Administrator (OA) based par-

tition management. For vparstatus on systems not running OA based partition management,

refer to vparstatus1 (1M) by typing man vparstatus1.

DESCRIPTION

Note :

vparstatus output is limited to 80 columns, and as a result, a few ﬁelds may get trucated. Use

the verbose option in such cases to view the detailed information.

The various forms of the

vparstatus command display:

• The hardware resources associated with one or more virtual partitions, presented in summary format

by default. The

-v option presents the same data in detailed format, while the -M

option presents it

in machine-readable format.

• Resources currently available, that is, not assigned to any virtual partition. The

-M option presents

the same data in machine-readable format.

• The state, the number and name of the virtual partition owning the CPU, and any siblings of any or

all CPUs in the virtual partition environment, presented in summary format by default. The

-v

option presents the same data in detailed format, while the -M option presents it in machine-readable

format.

• The revisions of the partition management tools.

There are two major display groups, one for virtual partitions and a second for CPU/memory

conﬁguration. Each is subdivided into one of three listing formats: summary, detailed or verbose, and

machine-readable. All are described below.

Virtual Partitions:

If no arguments are supplied,

vparstatus displays a summary format of run-state, state, and all

resources of all virtual partitions in the current virtual partition database. One or more virtual partitions

may be speciﬁed explicitly in order to restrict the output to information about the speciﬁed virtual parti-

tions.

Listing Formats:

There are three major virtual partition listing formats. The format chosen depends on command options

and forms:

HP-UX 11i Version 3: March 2011 − 1 − Hewlett-Packard Company 1

Summary of content (8 pages)

PAGE 1
vparstatus2(1M) For OA Based Partition Management Systems vparstatus2(1M) NAME vparstatus - display information about one or more virtual partitions SYNOPSIS Invoked from operating system (OS): vparstatus [-v|-M] vparstatus [-d [cpu_path]]... vparstatus [-p vpar_id]... [-v|-M] [-v|-M] vparstatus -r [-M] vparstatus -w [-M] vparstatus -A [-M] vparstatus -Z parspec_name Invoked from Onboard Administrator (OA): vparstatus { [-d -N npar_id]... | [-d cpu_path]...
PAGE 2
vparstatus2(1M) For OA Based Partition Management Systems vparstatus2(1M) • Default: The summary format lists number, name, run-state, state, and resource totals. It is displayed if neither the -v nor -M option is used. • Verbose: The detailed format lists number, name, run-state, state, and detailed resource assignments, one per line with annotative headings. The -v option produces this format.
PAGE 3
vparstatus2(1M) vparstatus2(1M) The virtual partition in an unknown (error) run-state. UNKNOWN • For OA Based Partition Management Systems Summary of detailed CPU, I/O, and memory resource allocations. The summary memory allocation display includes a count of Socket Local Memory (SLM) and InterLeaved Memory (ILM) ranges (both user-specified and system-assigned), total megabytes for each memory type, and the granularity (least common multiple) of each memory type.
PAGE 4
vparstatus2(1M) For OA Based Partition Management Systems vparstatus2(1M) each allocated CPU. Note that the boot processor, if any, is either user assigned or system assigned. There are no other CPU categories. If a CPU is shown as the boot processor, the CPU is not shown in either of the other lists. This is so that the sum of processors in the three lists always represents the total CPU allocation of the virtual partition.
PAGE 5
vparstatus2(1M) For OA Based Partition Management Systems vparstatus2(1M) 3072: The total base ILM memory assigned to the virtual partition. 1024: ILM granularity, in megabytes. 1/1/0 4096: The total base SLM memory assigned to the virtual partition. 1024: SLM granularity, in megabytes. • Available resources: The list of major fields is: CPU resources , I/O resources , and memory resources . The three subfields within CPU resources are: • A comma-separated list of available CPU paths.
PAGE 6
vparstatus2(1M) For OA Based Partition Management Systems === ================... 1 vpar1 2 vpar2 ========= UP DOWN vparstatus2(1M) ========= Active Inactive [Virtual Partition Resource Summary] Virtual Partition CPU Num Num Name Min/Max CPUs === ================...
PAGE 7
vparstatus2(1M) For OA Based Partition Management Systems vparstatus2(1M) 1/1/1/3 1/3/0/0 1/3/0/1 1/3/0/2 1/3/0/3 1/3/1/0 1/3/1/1 1/3/1/2 1/3/1/3 [Socket CPU (Socket-ID Count)]: [Available CPUs]: 1/1/0 1/1/1 1/3/0 1/3/1 2 4 4 4 12 [Available I/O devices (path)]: [Available ILM (MB)]: [Root Port] [Slot] 1/1/0/0/2 1/1/5 1/1/0/1/0 1/1/1 1/1/0/1/2 1/1/2 1/1/0/2/0 1/1/3 1/1/0/2/2 1/1/6 1/3/0/0/0 1/3/4 1/3/0/0/2 1/3/5 1/3/0/1/0 1/3/1 1/3/0/1/2 1/3/2 1/3/0/2/0 1/3/3 1/3/0/2/2 1/3/6 9/1/0/0/0 9/1/4 9/1/0/
PAGE 8
vparstatus2(1M) 1/1/0/0 OK vparstatus2(1M) For OA Based Partition Management Systems 1 vpar1 1/1/0/3 - - ERRORS OA syslog contains additional description of errors encountered during partition operations. Users can view the OA syslog from the OA using "SHOW SYSLOG OA" command.