hpvmstatus Command man Page
Run the man hpvmstatus command to display the man page of hpvmstatus.
# man hpvmstatus
NAME
hpvmstatus - Displays status information about one or more virtual
machines.
SYNOPSIS
hpvmstatus [-V|-X|-M] [-v]
hpvmstatus {-P vm-name|-p vm-number} [-D | -L] [-V|-X|-M] [-v]
hpvmstatus -e {-P vm-name|-p vm-number} [-V|-X|-M] [-v]
hpvmstatus -i {-P vm-name|-p vm-number} [-X|-M] [-v]
hpvmstatus -r {-P vm-name|-p vm-number} [-V|-X|-M] [-v]
hpvmstatus -d {-P vm-name|-p vm-number} [-V|-X|-M] [-v] [-D]
hpvmstatus -m [-M|-X]
hpvmstatus -S [-M|-X]
hpvmstatus -s [-M|-X]
hpvmstatus -n [-V|-M]
hpvmstatus -R {-P vm-name|-p vm-number} [-M|-X]
hpvmstatus -C {-P vm-name|-p vm-number} [-V|-X|-M] [-v] [-D]
hpvmstatus -A {-P vm-name|-p vm-number}
DESCRIPTION
The hpvmstatus command displays information about the operational
state and virtual hardware configuration of the virtual machines on
the VSP. Information displayed by the hpvmstatus command includes the
following:
+ Version of the command (if you specify the -v option).
+ Name of the virtual machine (limited to 20 characters in
summary format).
+ State of the virtual machine. The machine will be in one of
the following states:
+ On: The virtual machine is "powered on." It may be at its
console prompt, or it may have booted its operating system
and be fully functional. This is the normal state of a
running virtual machine.
+ Off: The virtual machine is fully halted.
+ On (RMT): The virtual machine is a Serviceguard-packaged VM
that is running on another member of the cluster. Use the
hpvmstatus -m to get a list of systems in the multi-server
environment, MSE.
+ Off (NR): This designates that the guest is not running and
has been set to prevent starting using the not-runnable,
(NR), attribute.
+ Invalid: The virtual machine configuration file is
corrupted or invalid. The configuration file must be
corrected before this virtual machine can be started.
+ Off (NA): This designates that the guest is defined, but
its configuration is not active (the vPar or VM does not
consume resources and cannot be booted).
+ Running condition of the guest. The machine can be in one of
the following conditions:
+ On (EFI): The virtual machines is running normally in
Extensible Firmware Interface (EFI).
+ On (OS): The virtual machine is powered on and is running
normally in the operating system.
+ On (ATTN): The virtual machine may need attention because
it is not responding to interrupts.
+ On (MGT): This designates that the guest is the target of a
migration between two Integrity VM servers.
+ On (MGS): This designates that the guest is the source of a
migration between two Integrity VM servers.
+ Resources allocated to this virtual machine.
+ Attributes assigned to this virtual machine.
+ Dynamic memory information, if dynamic memory is enabled for
this virtual machine.
The hpvmstatus command displays the active configuration for guests
that are on, including the resource assignments that are currently in
effect. For guests with a status of off, the command displays the
configuration to be used when the guest in next booted.
The hpvmstatus command displays variety of information:
+ To list all the virtual machines that are on the VSP, enter
the hpvmstatus command without any options.
+ To display detailed information about a virtual machine, use
the -P or -p option to specify the virtual machine.
+ To display devices in the same format used on the command
line, use the -d option.
+ To display a virtual machine's log file, for either the VSP or
the specified virtual machine, include the -e option.
+ To display the virtual machine's memory and CPU resource
allocation and entitlement information, use the -r option.
+ To display the mode the scheduler is in, use the -S option.
To obtain a display in machine-readable format, use the -M or -X
option.
Only superusers can execute the hpvmstatus command.
Integrity VM allows the guest to have two configurations, one for the
last started configuration and one for the next start configuration or
deferred configuration. If the guest is running, the last started
configuration is the one that the guest is currently using and the
next start configuration is the one that will be used the next time
the guest is started. Having two configurations allows the
administrator to set up a different configuration for the next start
while the guest is running.
To view the next start configuration, use the -D option specifying a
deferred start configuration. To view the last start configuration,
use the -L option specifying the last start configuration.
Note: When guests are controlled by Serviceguard in an Integrity
VM multi-server environment (MSE), the run status of the
SG-controlled guest is distributed to all VSPs in the
cluster. The guest is marked as "On (RMT)" in the cluster.
This allows administrator to be aware that the guest is
running on a different server in the cluster.
The default, no options, hpvmstatus command output appears as follows:
# hpvmstatus
[Virtual Machines]
Virtual Machine Name VM # Type OS Type State #VCPUs #Devs #Nets Memory
==================== ===== ==== ======= ========= ====== ===== ===== =======
ux1 1 SH HPUX On (OS) 4 2 1 3 GB
vPar0002 2 VP HPUX Off 3 0 0 2048 MB
guest1 3 SH UNKNOWN Off 1 0 0 2 GB
The following fields are presented in this hpvmstatus command output:
+ Virtual Machine Name: The unique guest name
+ VM #: The unique guest number assigned by the system.
+ OS Type: HPUX, OPENVMS
+ State:
+ Off => guest is not started
+ Off (NR) => guest is not started and is not runnable
+ Off (NA) => guest configuration is not active
+ On => guest is started
+ On (EFI) => guest is started and running in EFI
+ On (OS) => guest is started and running in the operating
system
+ On (RMT) => guest is started and running as a
Serviceguard-packaged VM on another member of the cluster.
See Runsysid.
+ On (ATTN)=> guest is started but needs attention
+ On (MGT) => guest is the target of a migration
+ On (MGS) => guest is the source of a migration
+ On (RMT) => guest is a Serviceguard guest running on a
remote host.
Hewlett-Packard Company - 4 - Formatted: August 17, 2020
hpvmstatus(1M) hpvmstatus(1M)
+ #VCPUs: Number of vcpus assigned to the guest
+ #Devs: Number of devices assigned to the guest
+ #Nets: Number of networks assigned to the guest
+ Memory: Amount of memory assigned to the guest
The hpvmstatus -V option displays the new attributes, which will be
displayed after Runnable status and associated attributes.
Graceful stop timeout : 30
Runnable status : Disabled
Not runnable setby : Migrate
Not runnable reason : Guest has been migrated to host newhost6.
Modify status : Disabled
Not modify setby : Migrate
Not modify reason : Guest has been migrated to host newhost6.
Visible status : Disabled
Not visible setby : Migrate
Not visible reason : Guest has been migrated to host newhost6.
Options
The following options can be specified only once.
The hpvmstatus command recognizes the following options and arguments:
-v Displays the version number of the hpvmstatus command.
The version number is displayed first, followed by
information specified by other options.
-V Displays detailed information (verbose mode) about the
virtual machines, including the status of migrating
virtual machines. For migrating virtual machines, the
verbose status displays in which stage the migration is
and percent completed for that stage. The verbose
status also displays the source and target VSP aliases
and IP addresses.
The -V, -M, and -X options are mutually exclusive.
-M Displays verbose attribute and resource information in
machine- readable format, including information on
migrating virtual machines.
Individual fields are separated by one of three
delimiters:
+ The colon (:) separates each field and resource
type.
+ The semicolon (;) separates subfields of a resource
type.
+ The comma (,) separates individual items in a list
of similar items.
The -V, -M, and -X options are mutually exclusive.
-X Displays verbose information about attribute and
resource in XML format, including information on
migrating virtual machines.
The -V, -M, and -X options are mutually exclusive.
-P vm-name
Specifies the name of the virtual machine for which
information is to be displayed.
The -P and -p options are mutually exclusive.
-p vm-number
Specifies the number of the virtual machine for which
information is to be displayed. The vm_number is
assigned when a virtual machine is created and is
displayed by the hpvmstatus command.
The -P and -p options are mutually exclusive.
-D Displays resource assignments that takes effect the
next time the virtual machine is started (deferred
mode).
-L Displays the changes from the current configuration.
-e Displays the event log for the VSP or the specified
virtual machine. The event log records all changes to
virtual machine configurations.
-i This option, when used with the -P option, prints
statistics collected by the monitor. Currently, these
include vCPU percentage and durations over the lifetime
of the guest.
-r Displays the resource entitlement information for the
virtual machine or machines. There are two sections,
one for virtual CPU entitlement information and one for
virtual machine memory entitlement. The virtual CPU
section includes the following information:
+ #vCPUs: The number of virtual CPUs in this virtual
machine.
+ Entitlement: The amount of CPU entitlement this
virtual machine can use per virtual CPU. Note that
the displayed value might be slightly different than
what was specified. For example, the value can be
rounded down to the nearest whole percentage of CPU
entitlement. Note also that a vPar is always
assigned 100% entitlement.
+ Maximum: The maximum amount of CPU entitlement this
virtual machine can use. Note that the displayed
value might be slightly different than what was
specified. For example, the value might be rounded
up to the nearest whole percentage of CPU
entitlement. If no maximum is set, the default is
100% or all the CPU cycles. For example, a 1500Mhz
CPU displays 1500Mhz.
+ Percent Usage: The percentage of the VSP physical
CPUs this virtual machine has used during the last
interval period.
+ Cumulative Usage: The number of VSP CPU ticks this
virtual machine has consumed since the virtual
machine was booted.
When you specify a virtual machine, the hpvmstatus
command displays the following information for each
virtual CPU:
+ Cumulative Usage: The number of ticks this virtual
CPU has consumed since the virtual machine was
booted.
+ Guest percent: The CPU percentage that the guest has
consumed.
+ Host percent: The CPU percentage that the VSP uses
on behalf of the guest.
+ Cycles achieved (in MHz).
+ Sampling Interval: The time between samples.
The virtual machine memory section includes the
following information:
+ DynMem Min: The minimum memory that can be
dynamically allocated to this virtual machine with
the dynamic memory allocation capability or
automatic memory reallocation (AMR).
+ Memory Entitle: The value of the desired memory
allocation for the virtual machine. It may be set
manually or automatically (by AMR). : The amount of
memory entitlement this virtual machine is
guaranteed to have allocated to it, provided it has
memory demand. This value is meaningful only if AMR
is enabled for the virtual machine. Otherwise, the
value is ignored.
+ DynMem Max: The maximum memory that can be
dynamically allocated to this virtual machine with
the dynamic memory allocation capability or AMR.
+ DynMem Target: The value of the desired memory
allocation for the virtual machine. It may be set
manually or automatically (by AMR).
+ DynMem Current: The actual, current memory allocated
to the virtual machine.
+ Comfort Min: The memory allocation required to
relieve memory "pressure" in the virtual machine.
+ Total Memory: The absolute maximum amount of memory
this virtual machine may be allocated.
+ Free Memory: Amount of free memory in the virtual
machine (according to the operating system running
there).
+ Available Memory: Amount of memory allocated to the
virtual machine's user processes but not locked.
This memory is available for paging by the virtual
machine's operating system.
+ Memory Pressure: A value between 0 and 100 used as
an indicator of memory deficit and paging. The
higher the number the longer the system has been in
a memory deficit.
+ AMR Chunk: The granularity of memory allocation used
by AMR to increase or decrease that allocated to a
virtual machine.
+ AMR State: Indicator of the AMR state of a given VM.
The following indicators are displayed:
+ If the amr_enable attribute is not set, DISABLED
is displayed.
+ If the VM is not running on the VSP, but the
amr_enable attribute is set, ENABLED is
displayed.
+ If the VM is running and the amr_enable attribute
is set, then one of two states is displayed:
ACTIVE if the VM's memory entitlement is set or
PENDING if the VM's memory entitlement is not
set.
Note: AMR is not operational for a VM until both
its amr_enable and ram_dyn_entltlement
attributes are set.
-d Displays the devices on the specified virtual machine
in the same format used on the command line.
-S Reports the VSP scheduler mode (CAPPED or NORMAL). If
CAPPED, displays information about the controller
process.
-s Displays the current VSP resources.
-n Displays NPIV limits and label information for all NPIV
capable VSP resources.
-R Displays the current vPar and VM resource reservations.
-m Displays information about the multiserver environment,
including the Serviceguard identifier, state, IP
address, and host name. If the VSP is not a
Serviceguard server, the following message is
displayed:
No HPVM multi-server environment configured.
-C Displays the current LDOM (logical domain) assignment
of CPUs and memory. CPU and memory assignments are
always assigned using LORA, thus cell preferences are
no longer displayed.
-A Displays the guest configuration differences between
the next start and the last start guest configurations.
If there are no differences, the following messages is
printed and the next start configuration replaces the
current configuration:
No differences were found. Copy has been removed.
If only the last configuration is present, the
following message is returned:
No next start configuration found.
RETURN VALUES
The hpvmstatus command exits with one of the following values:
0: Successful completion.
1: One or more error conditions occurred.
DIAGNOSTICS
The hpvmstatus command displays error messages on stderr for any of
the following conditions:
+ An invalid option is specified.
+ An invalid value is specified for an option.
+ The vm-name or vm-number does not exist, cannot be accessed,
is not a virtual machine, or is corrupt.
+ A value was omitted for an argument that requires one, or a
value was supplied for an argument that does not take one.
+ The hpvmstatus command and the Integrity VM software are not
at the same version levels.
EXAMPLES
Summarize information about all the virtual machines on the VSP:
# hpvmstatus
[Virtual Machines]
Virtual Machine Name VM # Type OS Type State #VCPUs #Devs #Nets Memory
==================== ===== ==== ======= ========= ====== ===== ===== =======
vPar0001 1 VP HPUX Off (NA) 1 2 1 11 GB
vPar0002 2 VP HPUX Off 3 0 0 3 GB
guest1 3 SH HPUX On 1 2 1 2 GB
Display detailed information about a virtual machine named vPar001.
# hpvmstatus -P vPar001 -V
[Virtual Machine Details]
Virtual Machine Name : vPar0001
Virtual Machine UUID : e4f786d4-14ad-11e1-b600-0017a4776014
Virtual Machine ID : 1
Virtual Machine Label :
Hewlett-Packard Company - 10 - Formatted: August 17, 2020
hpvmstatus(1M) hpvmstatus(1M)
VM's Model Name : Integrity Virtual Partition
VM's Serial Number : VM01147000
VM's Config Version : 6.10.0
VM's Config Label : HPVM B.06.10 LR
Virtual Machine Type : vPar
Has reserved resources : Yes
Configuration is active : No
Operating System : HPUX
OS Version Number :
State : Off (NA)
Start type : Manual
Console type : vt100-plus
Guest's hostname :
Guest's vNIC IP Preference :
Guest's IPv4 address :
EFI location : /opt/hpvm/guest-images/common/efi
Pattern File location : /opt/hpvm/guest-images/common/patterns.vmmpat
vPar/VM revision : 1
Running on serverid : 0
...
[Memory Details]
Total memory : 10 GB
Minimum memory limit : 1024 MB
Maximum memory limit : 4096 GB
Reserved memory : 64 MB
Minimum reserved limit : 32 MB
Maximum reserved limit : 128 GB
VHPT Size : 4 MB
Overhead memory : 128 MB
Floating memory : 8 GB
...
Floating memory is displayed only for a vPar guest.
Displays the attributes and resources attached to the virtual machine
config2:
# hpvmstatus -P config2
[Virtual Machine Details]
Virtual Machine Name VM # Type OS Type State
==================== ===== ==== ======= ========
config2 1 SH HPUX On (OS)
[Runnable Status Details]
Runnable status : Runnable
[Remote Console]
Remote Console not configured
[Authorized Administrators]
Oper Groups:
Admin Groups:
Oper Users:
Admin Users:
[Virtual CPU Details]
#vCPUs Entitlement Maximum
====== =========== =======
1 10.0% 100.0%
[Memory Details]
Total Reserved Overhead
Memory Memory Memory
======= ======== ========
5 GB 64 MB 128 MB
[Dynamic Memory Information]
Minimum Target Memory Maximum
Memory Memory Entitlement Memory
=========== =========== =========== ===========
512 MB 2106 MB 2 GB 5120 MB
[Storage Interface Details]
Guest Physical
Device Adaptor Bus Dev Ftn Tgt Lun Storage Device
======= ========== === === === === === ========= =========================
disk avio_stor 0 1 0 0 0 disk /dev/rdisk/disk5
[Network Interface Details]
Interface Adaptor Name/Num PortNum Bus Dev Ftn Mac Address
========= ========== ========== ======= === === === =================
vswitch avio_lan 192net 1 0 1 0 de-ad-be-ef-17-67
[Direct I/O Interface Details]
Guest Physical
Device Adapter Bus Dev Ftn Mac Address Storage Device
======= ======= === === === ================= ========= ===========
[Misc Interface Details]
Guest Physical
Device Adaptor Bus Dev Ftn Tgt Lun Storage Device
======= ========== === === === === === ========= =========================
serial com1 tty console
Displays the attributes and resources attached to the virtual
partition vPar0002:
# hpvmstatus -P vPar0002
[Virtual Machine Details]
Virtual Machine Name VM # Type OS Type State
==================== ===== ==== ======= ========
vPar0002 3 VP HPUX On (OS)
[Runnable Status Details]
Runnable status : Runnable
[Remote Console]
Remote Console not configured
[Authorized Administrators]
Oper Groups :
Admin Groups :
Oper Users :
Admin Users :
[Virtual CPU Details]
#vCPUs Ent Min Ent Max
====== ======= =======
1 100.0% 100.0%
[Memory Details]
Total Reserved Overhead Floating
Memory Memory Memory Memory
======= ======== ======== ========
8192 MB 64 MB 128 MB 6144 MB
[Storage Interface Details]
vPar/VM Physical
Device Adapter Bus Dev Ftn Tgt Lun Storage Device
======= ========== === === === === === ========= =========================
disk avio_stor 0 2 0 0 0 disk /dev/rdisk/disk30
disk avio_stor 0 2 0 1 0 disk /dev/rdisk/disk31
[Network Interface Details]
Interface Adaptor Name/Num PortNum Bus Dev Ftn Mac Address
========= ========== ===================== ======= === === === =================
vswitch avio_lan switch2 1 0 0 0 2a-ef-27-62-5d-24
[Direct I/O Interface Details]
vPar/VM Physical
Device Adapter Bus Dev Ftn Mac Address Storage Device
======= ======= === === === ================= ========= ===========
[Misc Interface Details]
vPar/VM Physical
Device Adapter Bus Dev Ftn Tgt Lun Storage Device
Hewlett-Packard Company - 13 - Formatted: August 17, 2020
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======= ========== === === === === === ========= =========================
serial com1 tty console
Displays information about a gWLM managed VSP:
# hpvmstatus -S
HPVM scheduler is running in CAPPED mode.
Controller process information:
PID=13456,NAME=gWLM,HOST=acms.work.com,URL=http://acms.work.com:280
NONVM group entitlement information:
Percent Cumulative
#VCPUs Entitlement Maximum Usage Usage
====== =========== ======= ======= ================
0 108MHz 1300MHz 1.9% 469302
Startable virtual machines:
vm1,vm2,vm3,vm4,vm5,vm6
Displays the system resources on the VSP system:
# hpvmstatus -s
[HPVM Server System Resources]
vPar/VM types supported by this VSP = vPar
Processor speed = 1596 Mhz
Total physical memory = 16278 Mbytes
Total number of operable system cores = 8
CPU cores allocated for VSP = 1
CPU cores allocated for vPars and VMs = 7
CPU cores currently in use or reserved for later use = 3
Available VSP memory = 915 Mbytes
Available swap space = 7077 Mbytes
Total memory allocated for vPars and VMs = 12480 Mbytes
Memory in use by vPars and VMs = 3136 Mbytes
Available memory for vPars and VMs = 9344 Mbytes
Available memory for 4 (max avail.) CPU VM = 9152 Mbytes
Available memory for 4 (max avail.) CPU vPar = 9216 Mbytes
Maximum vcpus for an HP-UX virtual machine = 7
Maximum vcpus for an OpenVMS virtual machine = 7
Maximum available vcpus for a VM = 4
Available CPU cores for a virtual partition = 4
Available entitlement for a 1 way virtual machine = 1596 Mhz
Available entitlement for a 2 way virtual machine = 1596 Mhz
Available entitlement for a 3 way virtual machine = 1596 Mhz
Available entitlement for a 4 way virtual machine = 1596 Mhz
Note:
If resources are over-committed (more resources are reserved
than are available in the resource pools), that status will
be displayed in this output as *** VSP resources are over-
committed ***. If this occurs, either the lost resources
must be brought back on or resources reserved by existing
vPars or VMs must be reduced based on the overcommitments
displayed in hpvmstatus -s.
Display NPIV related limits and label information for all NPIV capable
FC ports on the VSP:
# hpvmstatus -n
Physical HBA - /dev/fcd0
Bandwidth entitlement support - YES
Bandwidth entitlement for pFC - 1.56%
Bandwidth in use by active NPIVs' - 0.00%
Active NPIV vHBAs with entitlement set - 0
Active NPIV vHBAs without entitlement - 0
Bandwidth available - 98.44%
Label - DEFAULT_POOL
Display NPIV related limits and label information for all NPIV capable
FC ports on the VSP in verbose mode:
# hpvmstatus -n -V
Physical HBA - /dev/fcd0
Bandwidth entitlement support - YES
Bandwidth entitlement for pFC - 1.56%
Bandwidth in use by active NPIVs' - 0.00%
Active NPIV vHBAs with entitlement set - 0
Active NPIV vHBAs without entitlement - 0
Bandwidth available - 98.44%
NPIV vHBAs with 12.5% bandwidth entitlement that may be activated - 4
NPIV vHBAs with 25.0% bandwidth entitlement that may be activated - 3
NPIV vHBAs with 37.5% bandwidth entitlement that may be activated - 2
NPIV vHBAs with 50.0% bandwidth entitlement that may be activated - 1
NPIV vHBAs with 62.5% bandwidth entitlement that may be activated - 1
NPIV vHBAs with 75.0% bandwidth entitlement that may be activated - 1
NPIV vHBAs with 87.5% bandwidth entitlement that may be activated - 1
NPIV vHBAs without bandwidth entitlement that may be activated - 48
Label - DEFAULT_POOL
Display NPIV related limits and label information for all NPIV capable
FC ports on the VSP in machine readable format:
# hpvmstatus -n -M
/dev/fcd8:YES:1.56:0.00:0:0:98.44:4:3:2:1:1:1:1:48:DEFAULT_POOL
/dev/fcd9:YES:1.56:37.50:1:0:60.94:3:2:1:1:0:0:0:39:DEFAULT_POOL
/dev/fcd4:NO:DEFAULT_POOL
/dev/fcd5:NO:DEFAULT_POOL
Displays the Serviceguard server information on the VSP system:
# hpvmstatus -m
HPVM Multi-server environment
Server group name : HPVM-SG-hpvm_sg_1131
Server group uuid : 45e2a680-af14-11dc-9e00-00306e4a831c
This server's identifier: 2
Server_id : 2
Server_state : 1
Server_ipaddr : 10.0.128.116
Server_hostname : troop
Server_uuid : 12345678-abcd-1234-abcd-123456789012
Server_physical_uuid : 58d03f5d-79ed-11d9-b720-17c097e9e0d0
Server_id : 1
Server_state : 1
Server_ipaddr : 10.0.128.159
Server_hostname : company
Server_uuid : 23456789-abcd-5678-efgh-123456789012
Server_physical_uuid : 560ef4fb-7e16-11d7-86df-c7749ef083ae
Displays the devices on the specified virtual machine in the same
format used on the command line:
# hpvmstatus -P hpvm0014 -d
[Virtual Machine Devices]
[Storage Interface Details]
disk:scsi::0,0,1:lv:/dev/vg01/rlv2
[Network Interface Details]
network:lan:0,1,0x56A3E9D74099:vswitch:myswitch
[Direct I/O Interface Details]
[Misc Interface Details]
serial:com1::tty:console
Displays the allocation of CPU and memory resources, based on
available logical domains or interleaved memory. Note that none is
displayed when the VM or vPar is not active.
# hpvmstatus -C
Virtual Machine Name VM # ldom # Total Memory(MB) SPU Ids
===================== ======= ====== ================ ==========
vPar0001 1 1 2048 12,14
vPar0001 1 2 1024 2,4
vPar0002 2 none 3072 none
Displays the resource reservations of vPars or VMs.
# hpvmstatus -R
[Virtual Machines]
Rsrv
Virtual Machine Name VM # State Type Rsrc Start #vCPU Memory
==================== ===== ========= ==== ==== ===== ====== =======
vPar0001 1 On (EFI) VP Yes Man 4@100 3 GB
vPar0002 2 Off VP Yes Man 3@100 3 GB
guest1 3 Off SH No Man 1@10 2 GB
AUTHORS
The hpvmstatus command was developed by the HP.
SEE ALSO
On the VSP:
hpvm(5), hpvmclone(1M), hpvmcollect(1M), hpvmconsole(1M),
hpvmcreate(1M), hpvmdevinfo(1M), hpvmdevmgmt(1M), hpvmdevtranslate(1M)
, hpvmhostgdev(1M), hpvmhostrdev(1M), hpvminfo(1M), hpvmmigrate(1M),
hpvmmodify(1M), hpvmmove_suspend(1M), hpvmnet(1M), hpvmnvram(1M),
hpvmpubapi(3), hpvmremove(1M), hpvmresources(5), hpvmresume(1M),
hpvmsar(1M), hpvmstart(1M), hpvmstop(1M), hpvmsuspend(1M)
On the Integrity VM guest:
hpvmcollect(1M), hpvmdevinfo(1M), hpvminfo(1M), hpvmmgmt(1M),
hpvmpubapi(3)
Last Updated: August 16, 2020