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LVCREATE(8)                          System Manager's Manual                          LVCREATE(8)

NAME
       lvcreate - create a logical volume in an existing volume group

SYNOPSIS
       lvcreate [-a|--activate [a][e|l|s]{y|n}] [--addtag Tag] [--alloc AllocationPolicy]
       [-A|--autobackup {y|n}] [-H|--cache] [--cachemode {passthrough|writeback|writethrough}]
       [--cachepolicy policy] [--cachepool CachePoolLogicalVolume] [--cachesettings key=value]
       [-c|--chunksize ChunkSize] [--commandprofile ProfileName] [-C|--contiguous {y|n}]
       [-d|--debug] [--discards {ignore|nopassdown|passdown}] [--errorwhenfull {y|n}]
       [{-l|--extents LogicalExtentsNumber[%{FREE|PVS|VG}] | -L|--size LogicalVolumeSize}
       [-i|--stripes Stripes [-I|--stripesize StripeSize]]] [-h|-?|--help] [-K|--ignoreactiva‐
       tionskip] [--ignoremonitoring] [--minor minor [-j|--major major]] [--metadataprofile
       ProfileName] [-m|--mirrors Mirrors [--corelog|--mirrorlog {disk|core|mirrored}] [--nosync]
       [-R|--regionsize MirrorLogRegionSize]] [--monitor {y|n}] [-n|--name LogicalVolume]
       [--noudevsync] [-p|--permission {r|rw}] [-M|--persistent {y|n}] [--poolmetadatasize Meta‐
       dataVolumeSize] [--poolmetadataspare {y|n}] [--[raid]maxrecoveryrate Rate] [--[raid]minre‐
       coveryrate Rate] [-r|--readahead {ReadAheadSectors|auto|none}] [-k|--setactivationskip
       {y|n}] [-s|--snapshot] [-V|--virtualsize VirtualSize] [-t|--test] [-T|--thin] [--thinpool
       ThinPoolLogicalVolume] [--type SegmentType] [-v|--verbose] [-W|--wipesignatures {y|n}]
       [-Z|--zero {y|n}] [VolumeGroup[/{ExternalOrigin|Origin|Pool}LogicalVolumeName [Physi‐
       calVolumePath[:PE[-PE]]...]]

       lvcreate [-l|--extents LogicalExtentsNumber[%{FREE|ORIGIN|PVS|VG}] | -L|--size LogicalVol‐
       umeSize] [-c|--chunksize ChunkSize] [--commandprofile ProfileName] [--noudevsync]
       [--ignoremonitoring] [--metadataprofile ProfileName] [--monitor {y|n}] [-n|--name Snap‐
       shotLogicalVolume] -s|--snapshot|-H|--cache {[VolumeGroup/]OriginalLogicalVolume
       [-V|--virtualsize VirtualSize]}

DESCRIPTION
       lvcreate  creates a new logical volume in a volume group (see vgcreate(8), vgchange(8)) by
       allocating logical extents from the free physical extent pool of that  volume  group.   If
       there  are  not  enough  free  physical extents then the volume group can be extended (see
       vgextend(8)) with other physical volumes or by reducing existing logical volumes  of  this
       volume group in size (see lvreduce(8)).  If you specify one or more PhysicalVolumes, allo‐
       cation of physical extents will be restricted to these volumes.
       The second form supports the creation of snapshot logical volumes which keep the  contents
       of the original logical volume for backup purposes.

OPTIONS
       See lvm(8) for common options.

       -a|--activate [a][l|e|s]{y|n}
              Controls  the  availability of the Logical Volumes for immediate use after the com‐
              mand finishes running.  By default, new Logical Volumes are activated (-ay).  If it
              is  possible  technically,  -an will leave the new Logical Volume inactive. But for
              example, snapshots of active origin can only be created in the active state so  -an
              cannot  be used with --type snapshot. This does not apply to thin volume snapshots,
              which are by default created with flag to skip their  activation  (-ky).   Normally
              the  --zero  n  argument has to be supplied too because zeroing (the default behav‐
              iour) also requires activation.  If autoactivation option is used (-aay), the logi‐
              cal  volume  is activated only if it matches an item in the activation/auto_activa‐
              tion_volume_list set in lvm.conf(5).  For autoactivated logical volumes,  --zero  n
              and  --wipesignatures  n is always assumed and it can't be overridden. If the clus‐
              tered locking is enabled, -aey will activate exclusively on one node  and  -a{a|l}y
              will activate only on the local node.

       -H|--cache
              Creates  cache  or  cache  pool  logical  volume.  Specifying the optional argument
              --extents or --size will cause the creation of the cache logical volume.  When  the
              Volume  group name is specified together with existing logical volume name which is
              NOT a cache pool name, such volume is treated as cache origin volume and cache pool
              is  created.  In this case the --extents or --size is used to specify size of cache
              pool volume.  See lvmcache(7) for more info about caching support.  Note  that  the
              cache segment type requires a dm-cache kernel module version 1.3.0 or greater.

       --cachemode {passthrough|writeback|writethrough}
              Specifying  a  cache  mode  determines when the writes to a cache LV are considered
              complete.  When writeback is specified, a write is considered complete as  soon  as
              it is stored in the cache pool LV.  If writethough is specified, a write is consid‐
              ered complete only when it has been stored in the cache pool LV and on  the  origin
              LV.  While writethrough may be slower for writes, it is more resilient if something
              should happen to a device associated with the cache pool LV.

       --cachepolicy policy
              Only applicable to cached LVs; see also lvmcache(7). Sets the cache policy.  mq  is
              the basic policy name. smq is more advanced version available in newer kernels.

       --cachepool CachePoolLogicalVolume{Name|Path}
              Specifies the name of cache pool volume name. The other way to specify pool name is
              to append name to Volume group name argument.

       --cachesettings key=value
              Only applicable to cached LVs; see also lvmcache(7). Sets the  cache  tunable  set‐
              tings.  In most use-cases, default values should be adequate.  Special string value
              default switches setting back to its default kernel value and removes it  from  the
              list of settings stored in lvm2 metadata.

       -c|--chunksize ChunkSize[b|B|s|S|k|K|m|M|g|G]
              Gives  the  size  of  chunk for snapshot, cache pool and thin pool logical volumes.
              Default unit is in kilobytes.
              For snapshots the value must be power of 2 between 4KiB and 512KiB and the  default
              value is 4KiB.
              For  cache  pools  the  value  must a multiple of 32KiB between 32KiB and 1GiB. The
              default is 64KiB.
              For thin pools the value must be a  multiple  of  64KiB  between  64KiB  and  1GiB.
              Default  value  starts with 64KiB and grows up to fit the pool metadata size within
              128MiB, if the pool metadata size is not specified.  See lvm.conf(5) setting  allo‐
              cation/thin_pool_chunk_size_policy  to  select  different calculation policy.  Thin
              pool target version <1.4 requires this value to be a power of 2.  For  target  ver‐
              sion <1.5 discard is not supported for non power of 2 values.

       -C|--contiguous {y|n}
              Sets  or resets the contiguous allocation policy for logical volumes. Default is no
              contiguous allocation based on a next free principle.

       --corelog
              This is shortcut for option --mirrorlog core.

       --discards {ignore|nopassdown|passdown}
              Sets discards behavior for thin pool.  Default is passdown.

       --errorwhenfull {y|n}
              Configures thin pool behaviour when  data  space  is  exhausted.   Default  is  no.
              Device will queue I/O operations until target timeout (see dm-thin-pool kernel mod‐
              ule option no_space_timeout) expires. Thus configured system has  a  time  to  i.e.
              extend  the  size  of thin pool data device.  When set to yes, the I/O operation is
              immeditelly errored.

       -K|--ignoreactivationskip
              Ignore the flag to skip Logical Volumes during activation.  Use --setactivationskip
              option to set or reset activation skipping flag persistently for logical volume.

       --ignoremonitoring
              Make no attempt to interact with dmeventd unless --monitor is specified.

       -l|--extents LogicalExtentsNumber[%{VG|PVS|FREE|ORIGIN}]
              Gives  the  number  of logical extents to allocate for the new logical volume.  The
              total number of physical extents allocated will be greater than this, for  example,
              if the volume is mirrored.  The number can also be expressed as a percentage of the
              total space in the Volume Group with the suffix %VG, as a percentage of the remain‐
              ing  free  space  in the Volume Group with the suffix %FREE, as a percentage of the
              remaining free space for the specified PhysicalVolume(s) with the suffix  %PVS,  or
              (for  a  snapshot)  as a percentage of the total space in the Origin Logical Volume
              with the suffix %ORIGIN (i.e. 100%ORIGIN provides  space  for  the  whole  origin).
              When expressed as a percentage, the number is treated as an approximate upper limit
              for the number of physical extents to be allocated (including extents used  by  any
              mirrors, for example).

       -j|--major major
              Sets  the  major  number.  Major numbers are not supported with pool volumes.  This
              option is supported only on older systems (kernel version 2.4) and  is  ignored  on
              modern Linux systems where major numbers are dynamically assigned.

       --metadataprofile ProfileName
              Uses and attaches the ProfileName configuration profile to the logical volume meta‐
              data. Whenever the logical volume is processed next time, the profile is  automati‐
              cally applied. If the volume group has another profile attached, the logical volume
              profile is preferred.  See lvm.conf(5) for more  information  about  metadata  pro‐
              files.

       --minor minor
              Sets the minor number.  Minor numbers are not supported with pool volumes.

       -m|--mirrors mirrors
              Creates  a mirrored logical volume with mirrors copies.  For example, specifying -m
              1 would result in a mirror with two-sides; that is, a linear volume plus one copy.

              Specifying the optional argument --nosync will cause the creation of the mirror  to
              skip  the initial resynchronization.  Any data written afterwards will be mirrored,
              but the original contents will not be copied.  This is useful for skipping a poten‐
              tially long and resource intensive initial sync of an empty device.

              There  are two implementations of mirroring which can be used and correspond to the
              "raid1" and "mirror" segment types.  The default is "raid1".  See the --type option
              for  more  information  if  you would like to use the legacy "mirror" segment type.
              See  lvm.conf(5)  settings   global/mirror_segtype_default  and  global/raid10_seg‐
              type_default to configure default mirror segment type.  The options --mirrorlog and
              --corelog apply to the legacy "mirror" segment type only.

       --mirrorlog {disk|core|mirrored}
              Specifies the type of log to be used for logical volumes utilizing the legacy "mir‐
              ror" segment type.
              The  default  is  disk,  which is persistent and requires a small amount of storage
              space, usually on a separate device from the data being mirrored.
              Using core means the mirror is regenerated by  copying  the  data  from  the  first
              device each time the logical volume is activated, like after every reboot.
              Using mirrored will create a persistent log that is itself mirrored.

       --monitor {y|n}
              Starts  or  avoids monitoring a mirrored, snapshot or thin pool logical volume with
              dmeventd, if it is installed.  If a device used by a monitored  mirror  reports  an
              I/O error, the failure is handled according to activation/mirror_image_fault_policy
              and activation/mirror_log_fault_policy set in lvm.conf(5).

       -n|--name LogicalVolume{Name|Path}
              Sets the name for the new logical volume.
              Without this option a default name of "lvol#" will be generated where # is the  LVM
              internal number of the logical volume.

       --nosync
              Causes the creation of the mirror to skip the initial resynchronization.

       --noudevsync
              Disables  udev  synchronisation.  The  process  will not wait for notification from
              udev.  It will continue irrespective of any possible udev processing in  the  back‐
              ground.   You  should only use this if udev is not running or has rules that ignore
              the devices LVM2 creates.

       -p|--permission {r|rw}
              Sets access permissions to read only (r) or read and write (rw).
              Default is read and write.

       -M|--persistent {y|n}
              Set to y to make the minor number specified persistent.  Pool volumes  cannot  have
              persistent  major and minor numbers.  Defaults to yes only when major or minor num‐
              ber is specified.  Otherwise it is no.

       --poolmetadatasize MetadataVolumeSize[b|B|s|S|k|K|m|M|g|G]
              Sets the size of pool's metadata logical volume.  Supported  values  are  in  range
              between  2MiB  and  16GiB for thin pool, and upto 16GiB for cache pool. The minimum
              value is  computed  from  pool's  data  size.   Default  value  for  thin  pool  is
              (Pool_LV_size / Pool_LV_chunk_size * 64b).  Default unit is megabytes.

       --poolmetadataspare {y|n}
              Controls  creation  and maintanence of pool metadata spare logical volume that will
              be used for automated pool recovery.  Only one such volume is maintained  within  a
              volume group with the size of the biggest pool metadata volume.  Default is yes.

       --[raid]maxrecoveryrate Rate[b|B|s|S|k|K|m|M|g|G]
              Sets  the maximum recovery rate for a RAID logical volume.  Rate is specified as an
              amount per second for each device in the  array.   If  no  suffix  is  given,  then
              KiB/sec/device  is  assumed.   Setting  the  recovery  rate  to  0 means it will be
              unbounded.

       --[raid]minrecoveryrate Rate[b|B|s|S|k|K|m|M|g|G]
              Sets the minimum recovery rate for a RAID logical volume.  Rate is specified as  an
              amount  per  second  for  each  device  in  the array.  If no suffix is given, then
              KiB/sec/device is assumed.  Setting the  recovery  rate  to  0  means  it  will  be
              unbounded.

       -r|--readahead {ReadAheadSectors|auto|none}
              Sets  read ahead sector count of this logical volume.  For volume groups with meta‐
              data in lvm1 format, this must be a value between 2 and 120.  The default value  is
              auto  which  allows  the  kernel to choose a suitable value automatically.  none is
              equivalent to specifying zero.

       -R|--regionsize MirrorLogRegionSize[b|B|s|S|k|K|m|M|g|G]
              A mirror is divided into regions of this size (in MiB), and  the  mirror  log  uses
              this granularity to track which regions are in sync.

       -k|--setactivationskip {y|n}
              Controls  whether  Logical  Volumes  are  persistently flagged to be skipped during
              activation. By default, thin snapshot volumes are flagged for activation skip.  See
              lvm.conf(5)  activation/auto_set_activation_skip  how  to change its default behav‐
              iour.  To activate such volumes, an extra  --ignoreactivationskip  option  must  be
              used. The flag is not applied during deactivation. Use lvchange --setactivationskip
              command to change the skip flag for existing volumes.  To see whether the  flag  is
              attached,  use  lvs  command where the state of the flag is reported within lv_attr
              bits.

       -L|--size LogicalVolumeSize[b|B|s|S|k|K|m|M|g|G|t|T|p|P|e|E]
              Gives the size to allocate for the new logical volume.  A  size  suffix  of  B  for
              bytes,  S  for  sectors as 512 bytes, K for kilobytes, M for megabytes, G for giga‐
              bytes, T for terabytes, P for petabytes or E for exabytes is optional.
              Default unit is megabytes.

       -s|--snapshot OriginalLogicalVolume{Name|Path}
              Creates a snapshot logical volume (or snapshot) for an existing, so called original
              logical  volume (or origin).  Snapshots provide a 'frozen image' of the contents of
              the origin while the origin can still be updated. They  enable  consistent  backups
              and online recovery of removed/overwritten data/files.
              Thin snapshot is created when the origin is a thin volume and the size IS NOT spec‐
              ified. Thin snapshot shares same blocks within the thin pool volume.  The non  thin
              volume  snapshot  with  the specified size does not need the same amount of storage
              the origin has. In a typical scenario, 15-20% might be enough. In case the snapshot
              runs  out of storage, use lvextend(8) to grow it. Shrinking a snapshot is supported
              by lvreduce(8) as well. Run lvs(8) on the snapshot in order to check how much  data
              is allocated to it.  Note: a small amount of the space you allocate to the snapshot
              is used to track the locations of the  chunks  of  data,  so  you  should  allocate
              slightly  more  space  than  you  actually need and monitor (--monitor) the rate at
              which the snapshot data is growing so you can  avoid  running  out  of  space.   If
              --thinpool  is specified, thin volume is created that will use given original logi‐
              cal volume as an external origin that serves unprovisioned blocks.  Only  read-only
              volumes  can  be used as external origins.  To make the volume external origin, lvm
              expects the volume to be inactive.  External origin volume can be  used/shared  for
              many  thin volumes even from different thin pools. See lvconvert(8) for online con‐
              version to thin volumes with external origin.

       -i|--stripes Stripes
              Gives the number of stripes.  This is equal to the number of  physical  volumes  to
              scatter  the  logical volume.  When creating a RAID 4/5/6 logical volume, the extra
              devices which are necessary for parity are internally accounted for.  Specifying -i
              3  would  use  3 devices for striped logical volumes, 4 devices for RAID 4/5, and 5
              devices for RAID 6.  Alternatively, RAID 4/5/6 will stripe across all  PVs  in  the
              volume group or all of the PVs specified if the -i argument is omitted.

       -I|--stripesize StripeSize
              Gives the number of kilobytes for the granularity of the stripes.
              StripeSize  must  be 2^n (n = 2 to 9) for metadata in LVM1 format.  For metadata in
              LVM2 format, the stripe size may be a larger power of 2 but  must  not  exceed  the
              physical extent size.

       -T|--thin
              Creates thin pool or thin logical volume or both.  Specifying the optional argument
              --size or --extents will cause the creation of the thin pool logical volume.  Spec‐
              ifying the optional argument --virtualsize will cause the creation of the thin log‐
              ical volume from given thin pool volume.  Specifying both arguments will cause  the
              creation  of  both  thin  pool and thin volume using this pool.  See lvmthin(7) for
              more info about thin provisioning support.  Thin provisioning requires device  map‐
              per kernel driver from kernel 3.2 or greater.

       --thinpool ThinPoolLogicalVolume{Name|Path}
              Specifies  the name of thin pool volume name. The other way to specify pool name is
              to append name to Volume group name argument.

       --type SegmentType
              Creates a logical volume with the specified segment  type.   Supported  types  are:
              cache,  cache-pool,  error,  linear,  mirror,  raid1,  raid4, raid5_la, raid5_ls (=
              raid5), raid5_ra, raid5_rs, raid6_nc, raid6_nr, raid6_zr (= raid6),  raid10,  snap‐
              shot, striped, thin, thin-pool or zero.  Segment type may have a commandline switch
              alias that will enable its use.  When the  type  is  not  explicitly  specified  an
              implicit  type  is  selected  from  combination  of options: -H|--cache|--cachepool
              (cache or cachepool), -T|--thin|--thinpool (thin or thinpool), -m|--mirrors  (raid1
              or   mirror),   -s|--snapshot|-V|--virtualsize  (snapshot  or  thin),  -i|--stripes
              (striped).  Default segment type is linear.

       -V|--virtualsize VirtualSize[b|B|s|S|k|K|m|M|g|G|t|T|p|P|e|E]
              Creates a thinly provisioned device or a sparse device of the given size (in MiB by
              default).   See  lvm.conf(5)  settings  global/sparse_segtype_default  to configure
              default sparse segment type.  See lvmthin(7) for more info about thin  provisioning
              support.   Anything written to a sparse snapshot will be returned when reading from
              it.  Reading from other areas of the device will return blocks of  zeros.   Virtual
              snapshot  (sparse  snapshot)  is implemented by creating a hidden virtual device of
              the requested size using the zero target.  A suffix of _vorigin is  used  for  this
              device.   Note:  using  sparse  snapshots  is not efficient for larger device sizes
              (GiB), thin provisioning should be used for this case.

       -W|--wipesignatures {y|n}
              Controls wiping of detected signatures on newly created Logical  Volume.   If  this
              option  is  not  specified,  then by default signature wiping is done each time the
              zeroing ( -Z|--zero )  is  done.  This  default  behaviour  can  be  controlled  by
              allocation/wipe_signatures_when_zeroing_new_lvs setting found in lvm.conf(5).
              If  blkid  wiping  is  used allocation/use_blkid_wiping setting in lvm.conf(5)) and
              LVM2 is compiled with blkid wiping support, then blkid(8) library is used to detect
              the  signatures  (use blkid -k command to list the signatures that are recognized).
              Otherwise, native LVM2 code is used to detect signatures (MD RAID,  swap  and  LUKS
              signatures are detected only in this case).
              Logical volume is not wiped if the read only flag is set.

       -Z|--zero {y|n}
              Controls  zeroing  of the first 4KiB of data in the new logical volume.  Default is
              yes.  Snapshot COW volumes are always zeroed.  Logical volume is not zeroed if  the
              read only flag is set.
              Warning: trying to mount an unzeroed logical volume can cause the system to hang.

Examples
       Creates  a  striped  logical  volume  with  3 stripes, a stripe size of 8KiB and a size of
       100MiB in the volume group named vg00.  The logical volume name will be chosen  by  lvcre‐
       ate:

       lvcreate -i 3 -I 8 -L 100M vg00

       Creates  a mirror logical volume with 2 sides with a useable size of 500 MiB.  This opera‐
       tion would require 3 devices (or option --alloc anywhere) - two for the mirror devices and
       one for the disk log:

       lvcreate -m1 -L 500M vg00

       Creates  a mirror logical volume with 2 sides with a useable size of 500 MiB.  This opera‐
       tion would require 2 devices - the log is "in-memory":

       lvcreate -m1 --mirrorlog core -L 500M vg00

       Creates a snapshot logical volume named "vg00/snap" which has access to  the  contents  of
       the  original  logical volume named "vg00/lvol1" at snapshot logical volume creation time.
       If the original logical volume contains a file system, you can mount the snapshot  logical
       volume  on an arbitrary directory in order to access the contents of the filesystem to run
       a backup while the original filesystem continues to get updated:

       lvcreate --size 100m --snapshot --name snap /dev/vg00/lvol1

       Creates a snapshot logical volume named "vg00/snap" with size for overwriting 20%  of  the
       original logical volume named "vg00/lvol1".:

       lvcreate -s -l 20%ORIGIN --name snap vg00/lvol1

       Creates  a  sparse  device  named  /dev/vg1/sparse  of size 1TiB with space for just under
       100MiB of actual data on it:

       lvcreate --virtualsize 1T --size 100M --snapshot --name sparse vg1

       Creates a linear logical volume  "vg00/lvol1"  using  physical  extents  /dev/sda:0-7  and
       /dev/sdb:0-7 for allocation of extents:

       lvcreate -L 64M -n lvol1 vg00 /dev/sda:0-7 /dev/sdb:0-7

       Creates  a 5GiB RAID5 logical volume "vg00/my_lv", with 3 stripes (plus a parity drive for
       a total of 4 devices) and a stripesize of 64KiB:

       lvcreate --type raid5 -L 5G -i 3 -I 64 -n my_lv vg00

       Creates a RAID5 logical volume "vg00/my_lv", using all of the free space  in  the  VG  and
       spanning all the PVs in the VG:

       lvcreate --type raid5 -l 100%FREE -n my_lv vg00

       Creates  a  5GiB  RAID10  logical  volume "vg00/my_lv", with 2 stripes on 2 2-way mirrors.
       Note that the -i and -m arguments behave differently.  The  -i  specifies  the  number  of
       stripes.  The -m specifies the number of additional copies:

       lvcreate --type raid10 -L 5G -i 2 -m 1 -n my_lv vg00

       Creates  100MiB  pool  logical volume for thin provisioning build with 2 stripes 64KiB and
       chunk size 256KiB together with 1TiB thin provisioned logical volume "vg00/thin_lv":

       lvcreate -i 2 -I 64 -c 256 -L100M -T vg00/pool -V 1T --name thin_lv

       Creates a thin snapshot volume "thinsnap" of thin volume "thinvol"  that  will  share  the
       same  blocks  within  the  thin pool.  Note: the size MUST NOT be specified, otherwise the
       non-thin snapshot is created instead:

       lvcreate -s vg00/thinvol --name thinsnap

       Creates a thin snapshot volume of read-only inactive volume "origin"  which  then  becomes
       the  thin  external  origin for the thin snapshot volume in vg00 that will use an existing
       thin pool "vg00/pool":

       lvcreate -s --thinpool vg00/pool origin

       Create a cache pool LV that can later be used to cache one logical volume.

       lvcreate --type cache-pool -L 1G -n my_lv_cachepool vg /dev/fast1

       If there is an existing cache pool LV, create the large slow device (i.e. the  origin  LV)
       and link it to the supplied cache pool LV, creating a cache LV.

       lvcreate --cache -L 100G -n my_lv vg/my_lv_cachepool /dev/slow1

       If  there  is an existing logical volume, create the small and fast cache pool LV and link
       it to the supplied existing logical volume (i.e. the origin LV), creating a cache LV.

       lvcreate --type cache -L 1G -n my_lv_cachepool vg/my_lv /dev/fast1

SEE ALSO
       lvm(8), lvm.conf(5),  lvmcache(7),  lvmthin(7),  lvconvert(8),  lvchange(8),  lvextend(8),
       lvreduce(8), lvremove(8), lvrename(8) lvs(8), lvscan(8), vgcreate(8), blkid(8)

Sistina Software UK             LVM TOOLS 2.02.133(2) (2015-10-30)                    LVCREATE(8)

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