index_title=Logical Volume Management
index_ecommands=The LVM command $1 was not found on your system. Webmin needs the LVM administration commands in order to setup and manage logical volumes.
index_emodule=The LVM status directory $1 does not exist. This indicates that your kernel does not support LVM, or that the $2 kernel module is not loaded.
index_vgs=Volume Groups
index_pvs=Physical Volumes
index_lvs=Logical Volumes
index_none=No volume groups were found on your system.
index_add=Add a new volume group.
index_nolvs=This volume group has<br>no logical volumes yet.
index_nopvs=This volume group has<br>no physical volumes yet.
i2ndex_addpv=Add a physical volume to the group.
index_addpv2=Add a physical volume to <tt>$1</tt>.
index_addlv2=Create a logical volume in <tt>$1</tt>.
index_addlv2s=Create a snapshot in <tt>$1</tt>.
index_addlv3=Create a thin pool in <tt>$1</tt>.
index_addlv4=Create a RAID volume in <tt>$1</tt>.
index_addlv=Create a new logical volume.
index_addsnap=Create a new snapshot.
index_return=volume groups
index_return2=physical volumes
index_return3=logical volumes
index_init=This may be because LVM has not been activated yet. <a href='$1'>Activate it now</a> to view all volume groups.
index_eversion=Webmin only supports LVM versions 1.0 and above. The output from $1 on your system was : $2
index_version=LVM version $1
index_vgname=Volume group name
index_vgsize=Total size
index_vgtotal=Blocks used
index_vgtotal2=Size used
index_nopvs2=No physical volumes have been added to any volume groups yet.
index_nolvs2=No logical volumes have been created from any volume groups yet.
index_pvname=Physical volume device
index_pvvg=In volume group
index_pvsize=Device size
index_pvtotal=Blocks used
index_pvtotal2=Size used
index_vgsdesc=A volume group is a set of disks that can be allocated to one or more logical volumes. Most systems will have only one, and at least one must be created before any physical or logical volumes can be added.
index_pvsdesc=A physical volume is a disk partition or RAID device that is part of a volume group. Its disk space can then be used by one or more logical volumes.
index_lvsdesc=A logical volume is a virtual partition created from the combined disk space of a volume group. Each can have a filesystem which is then mounted to store files.
index_lvname=Logical volume
index_lvvg=Volume group
index_lvsize=Size
index_lvused=Space used
index_lvuse=Used for
index_snapof=(Snapshot of $1)
index_thin=LVM thin pool for $1 LVs

lv_edit=Edit Logical Volume
lv_edit_snap=Edit Snapshot
lv_create=Create Logical Volume
lv_create_snap=Create Snapshot
lv_vg=In volume group $1
lv_header=Logical volume details
lv_name=Volume name
lv_thin=Create as thin LV in pool
lv_thin2=Thin provisioned in pool
lv_nothin=None (create as regular LV)
lv_size=Volume size
lv_size0=Absolute size
lv_size1=Percentage of VG size
lv_size2=Percentage of VG free space
lv_size3=Percentage of PV free space
lv_size3a=$1 of $2
lv_sizeabs=Exact size
lv_sizesimple=Size with units
lv_sizeallfree=Use all free VG space
lv_device=Device file
lv_status=Current status
lv_mount=Mounted on $1 as $2
lv_umount=For mounting on $1 as $2
lv_mountvm=Mounted as virtual memory
lv_umountvm=For mounting as virtual memory
lv_mountraid=Part of RAID device $1
lv_mountcm=Used by Cloudmin system $1
lv_umountcm=For use by Cloudmin system $1
lv_mountiscsi=iSCSI shared device $1
lv_notused=Not in use
lv_cannot=This logical volume cannot be renamed or resized as it is currently in use.
lv_perm=Volume access
lv_permrw=Read/write
lv_permr=Read only
lv_alloc=Allocation method
lv_allocy=Contiguous
lv_allocn=Non-contiguous
lv_stripe=Volume striping
lv_mirror=Number of mirrors
lv_nostripe=Disabled (always allocate from start)
lv_stripes=Stripe across $1 physical volumes
lv_stripes2=Physical volumes to stripe across
lv_stripesize=Stripe size
lv_readahead=Readahead Sectors
lv_err=Failed to save logical volume
lv_ename=Missing or invalid volume name
lv_esame=A logical volume with the same name already exists
lv_esize=Missing or invalid volume size
lv_evgsize=Missing or invalid volume group size percentage
lv_efreesize=Missing or invalid free volume group size percentage
lv_epvsize=Missing or invalid free physical volume size percentage
lv_estripe=Missing or invalid number of stripes
lv_delete=Delete Logical Volume
lv_snaprollback=Rollback Snapshot
lv_rusure=Are you sure you want to delete the logical volume $1 ? Any data in a filesystem on this logical volume will be deleted forever!
lv_rusnap=Are you sure you want to delete the snapshot $1 ?
lv_rusnaprb=Are you sure you want to rollback the snapshot $1 ?
lv_delthin=WARNING! This LV is a thin pool for $1 other thinly provisioned logical volumes, which will also be lost if it is deleted!
lv_deleteok=Delete Now
lv_snaprollbackok=Rollback Now
lv_err2=Failed to delete logical volume
lv_err3=Failed to rollback snapshot
lv_pesize=Allocation block size
lv_petotal=Blocks allocated from volume group
lv_petotals=$1 out of $2
lv_mkfs=Create Filesystem of Type:
lv_mkfs2=Create Filesystem
lv_mkfsdesc=Select a filesystem type and click this button to create a new filesystem on this logical volume. This will erase any data currently on the volume.
lv_mkfsdesc2=Click this button to create a new $1 filesystem on this logical volume. This will erase any data currently on the volume.
lv_toobig=The new volume size is $1 blocks (of $2 each), but only $3 are free in the volume group.
lv_snapof=Snapshot of logical volume
lv_nosnap=Could not determine!
lv_newmount=Mount LV on:
lv_mountmsg=Mount this LV on new directory on your system, so that it can be used to store files. A filesystem must have already been created.
lv_free=Free percentage
lv_freedisk=Free space
lv_pvs=Physical volumes allocated
lv_thincs=LVs in this thin pool
lv_thinpercent=Thin pool use percentage
lv_thinused=Thin pool space used
lv_snapusage=Snapshot use percentage
lv_egone=Logical volume no longer exists!
lv_moveheader=Move off physical volume
lv_pvfrom=Move blocks from physical volume
lv_pvto=To physical volume
lv_moveok=Move Blocks
lv_return=logical volume

mkfs_title=Create Filesystem
mkfs_desc=This form allows you to build a new $2 ($1) filesystem on logical volume $3. All existing data will be erased.
mkfs_header=New filesystem options
mkfs_err=Failed to create filesystem
mkfs_exec=Executing command $1 ..
mkfs_failed=.. command failed!
mkfs_ok=.. command complete.

resize_title=Resize Logical Volume
resize_mesg=The $1 filesystem on this logical volume cannot be resized. If you resize the logical volume, you must re-create the filesystem, which will erase all data in it.
resize_mesg2=Webmin does not know what kind of filesystem is on this logical volume, if any. If you resize the logical volume, you must re-create the filesystem, which will erase all data in it.
resize_fs=There was an error resizing the $1 filesystem on this logical volume : $2 If you resize just the logical volume, you must re-create the filesystem, which will erase all data in it.
resize_ok=Resize Logical Volume
resize_emounted=The filesystem on this logical volume cannot be resized while it is mounted
resize_emounted2=The filesystem on this logical volume cannot be shrunk while it is mounted

init_title=Activate LVM
init_cmd=Running command $1 ..

pv_edit=Edit Physical Volume
pv_create=Add Physical Volume
pv_vg=In volume group $1
pv_header=Physical volume details
pv_device=Disk device
pv_other=Other device..
pv_alloc=Enabled for allocation?
pv_force=Force addition of volume?
pv_size=Disk size
pv_petotal=Blocks allocated
pv_petotal2=Size allocated
pv_pesize=Allocation block size
pv_warn=Warning! All data on the selected device will be erased.
pv_create2=Add to volume group
pv_delete2=Remove from volume group
pv_resize=Resize To Match Device
pv_err=Failed to save physical volume
pv_err2=Failed to remove physical volume
pv_err3=Failed to resize physical volume
pv_enoresize=Physical volume $1 is already the size of its underlying device. If the device is a partition, expand the partition first and then resize the physical volume.
pv_delete=Remove Physical Volume
pv_rusure=Are you sure you want to remove physical volume device $1 from its volume group? This will result in any data being shifted to other physical volumes within the group.
pv_deleteok=Remove Volume
pv_eother=Missing or invalid disk device
pv_raid=RAID device $1
pv_lvs=Allocation by logical volumes
pv_egone=Physical volume no longer exists!

vg_edit=Edit Volume Group
vg_create=Create Volume Group
vg_name=Volume group name
vg_header=Volume group details
vg_size=Total size
vg_petotal=Blocks allocated
vg_petotal2=Size allocated
vg_pesize=Allocation block size
vg_device=Initial physical device
vg_err=Failed to save volume group
vg_err2=Failed to delete volume group
vg_delete=Delete Volume Group
vg_rusure=Are you sure you want to delete the volume group $1 ?
vg_cannot=This volume group cannot be deleted because it still has $1 logical volumes.
vg_deleteok=Delete Now
vg_ename=Missing or invalid volume group name
vg_epesize=Missing or invalid allocation block size
vg_egone=Volume group no longer exists!

pvmove_err=Failed to move logical volume
pvmove_title=Move Logical Volume
pvmove_start=Moving logical volume $1 from $2 to $3 ..
pvmove_failed=.. move failed!
pvmove_done=.. move complete

thin_title=Create Thin Pool
thin_desc=A thin pool is a pair of LVs that can be used to create additional LVs that can be larger than the available extents. Space is only consumed when needed, rather than when the LVs inside the pool are created. WARNING - Any data on the selected LVs will be lost!
thin_header=New thin pool details
thin_datalv=Existing LV for data
thin_metadatalv=Existing LV for metadata
thin_ok=Convert LVs To Thin Pool
thin_elvs=No LVs that are not already in use were found in this VG!
thin_err=Failed to create thin pool
thin_esame=Both selected LVs are the same
thin_edata=The selected data LV is already in use
thin_emetadata=The selected metadata LV is already in use

raid_title=Create RAID Volume
raid_desc=A RAID volume is an LV that spreads data across multiple physical volumes to increase performance, add redudancy to protect against disk failures, or both.
raid_header=New RAID volume details
raid_type=RAID volume type
raid_mode0=RAID0 (striped) across PVs
raid_mode1=RAID1 (mirrored) across PVs
raid_mode4=RAID4 (single-drive parity) across PVs
raid_mode5=RAID5 (multi-drive parity) across PVs
raid_mode6=RAID6 (multi-drive parity) across PVs
raid_mode10=RAID10 (multi-drive parity) across PVs
raid_ok=Create RAID volume
raid_err=Failed to create RAID volume
raid_estripe0=Number of PVs to stripe across must be at least 2
raid_emirror1=Number of PVs to mirror across must be at least 2
raid_estripe4=Number of PVs in a parity volume must be at least 3
raid_estripe5=Number of PVs in a multi-drive parity volume must be at least 3
raid_estripe6=Number of PVs in a multi-drive parity volume must be at least 3
raid_estripe10=Number of PVs in a multi-drive parity volume must be at least 3
raid_eeither=Missing either mirrors or stripes!

log_create_vg=Created volume group $1
log_modify_vg=Modified volume group $1
log_delete_vg=Deleted volume group $1
log_create_lv=Created logical volume $1 in VG $2
log_modify_lv=Modified logical volume $1 in VG $2
log_delete_lv=Deleted logical volume $1 in VG $2
log_rollback_lv=Rolled back snapshot $1
log_mkfs_lv=Created $1 filesystem on $2
log_create_pv=Added physical volume $1 to VG $1
log_modify_pv=Modified physical volume $1 in VG $2
log_delete_pv=Removed physical volume $1 from VG $2
log_resize_pv=Resized physical volume $1 in VG $2

blocks=blocks

__norefs=1
