Reference

ensure_fs: Ensures settings on a filesystem using the type & provider
ensure_lv: Ensures settings on a logical volume using the type & provider
ensure_pv: Ensures settings on a physical volumes using the type & provider
ensure_vg: Ensures settings on a volume group using the type & provider
extend_lv: Extends a logical volume
extend_vg: Adds physical volumes to a volume group
mount_lv: Mounts a logical volume

Plans

lvm::expand: An opinionated method for expanding storage on machines that use LVM. If this doesn't fit your needs, simply tie the tasks together in some way that does.

Classes

`lvm`

Manage LVM

Parameters

The following parameters are available in the lvm class:

package_ensure
manage_pkg
volume_groups

`package_ensure`

Data type: Enum['installed', 'present', 'latest', 'absent']

Ensure value for the lvm2 package.

Default value: 'installed'

`manage_pkg`

Data type: Boolean

Whether to manage the lvm2 package.

Default value: false

`volume_groups`

Data type: Hash

Hash of lvm::volume_group resources to create.

Default value: {}

Defined types

`lvm::logical_volume`

This will automatically set this volume group as a dependency, but it must be defined elsewhere using the volume_group resource type.

the partition size.

(if the LV found is larger then the size requests this is just logged not causing a FAIL)

are in sync. Cannot be changed on already mirrored volume. Take your mirror size in terabytes and round up that number to the next power of 2, using that number as the -R argument

Parameters

The following parameters are available in the lvm::logical_volume defined type:

volume_group
size
initial_size
ensure
options
pass
dump
fs_type
mkfs_options
mountpath
mountpath_require
mounted
createfs
extents
stripes
stripesize
readahead
range
size_is_minsize
type
thinpool
poolmetadatasize
mirror
mirrorlog
no_sync
region_size
alloc
yes_flag

`volume_group`

Data type: String[1]

The volume group name associated with this logical volume.

`size`

Data type: Optional[String[1]]

Configures the size of the filesystem. Supports filesystem resizing. The size will be rounded up to the nearest multiple of

Default value: undef

`initial_size`

Data type: Optional[String[1]]

The initial size of the logical volume. This will only apply to newly-created volumes

Default value: undef

`ensure`

Data type: Enum['absent', 'present']

Default value: present

`options`

Data type: String[1]

Params for the mkfs command

Default value: 'defaults'

`pass`

Data type: Variant[String[1], Integer]

Default value: '2'

`dump`

Data type: Variant[String[1], Integer]

Default value: '0'

`fs_type`

Data type: String[1]

The file system type. eg. ext3.

Default value: 'ext4'

`mkfs_options`

Data type: Optional[String[1]]

Default value: undef

`mountpath`

Data type: Stdlib::Absolutepath

Default value: "/${name}"

`mountpath_require`

Data type: Boolean

Default value: false

`mounted`

Data type: Boolean

If puppet should mount the volume. This only affects what puppet will do, and not what will be mounted at boot-time.

Default value: true

`createfs`

Data type: Boolean

Default value: true

`extents`

Data type: Optional[String[1]]

The number of logical extents to allocate for the new logical volume. Set to undef to use all available space

Default value: undef

`stripes`

Data type: Optional[Variant[String[1], Integer]]

The number of stripes to allocate for the new logical volume.

Default value: undef

`stripesize`

Data type: Optional[Variant[String[1], Integer]]

The stripesize to use for the new logical volume.

Default value: undef

`readahead`

Data type: Optional[Variant[String[1], Integer]]

The readahead count to use for the new logical volume.

Default value: undef

`range`

Data type: Optional[Enum['maximum', 'minimum']]

Set to true if the ‘size’ parameter specified, is just the minimum size you need

Default value: undef

`size_is_minsize`

Data type: Optional[Boolean]

Lists strings for access control for connection method, users, databases, IPv4 addresses;

Default value: undef

`type`

Data type: Optional[String[1]]

Configures the logical volume type. AIX only

Default value: undef

`thinpool`

Data type: Variant[Boolean, String]

Set to true to create a thin pool or to pool name to create thin volume

Default value: false

`poolmetadatasize`

Data type: Optional[Integer[0, 4]]

Set the initial size of the logical volume pool metadata on creation

Default value: undef

`mirror`

Data type: Optional[String[1]]

The number of mirrors of the volume.

Default value: undef

`mirrorlog`

Data type: Optional[Enum['core', 'disk', 'mirrored']]

How to store the mirror log (Allowed values: core, disk, mirrored).

Default value: undef

`no_sync`

Data type: Optional[Boolean]

An optimization in lvcreate, at least on Linux.

Default value: undef

`region_size`

Data type: Optional[Variant[String[1], Integer]]

A mirror is divided into regions of this size (in MB), the mirror log uses this granularity to track which regions

Default value: undef

`alloc`

Data type: Optional[Enum['anywhere', 'contiguous', 'cling', 'inherit', 'normal']]

The allocation policy when a command needs to allocate Physical Extents from the Volume Group.

Default value: undef

`yes_flag`

Data type: Boolean

If set to true, do not prompt for confirmation interactively but always assume the answer yes.

Default value: false

`lvm::physical_volume`

Manage a physical volume

Parameters

The following parameters are available in the lvm::physical_volume defined type:

ensure
force
unless_vg

`ensure`

Data type: Enum['present', 'absent']

ensures phycial volume is present or absent

Default value: present

`force`

Data type: Boolean

Whether to force the creation without any confirmation.

Default value: false

`unless_vg`

Data type: Optional[String[1]]

Do not do anything if the VG already exists. The value should be the name of the volume group to check for.

Default value: undef

`lvm::volume`

Ensures a physical_volume, volume_group, and filesystem resource have been created on the block device supplied in the pv parameter.

physical_volume, volume_group, logical_volume, and filesystem resources are present for the volume. A value of cleaned will ensure that all of the resources are absent. Warning: this has a high potential for unexpected harm, so use it with caution. A value of absent will remove only the logical_volume resource from the system.

volume.

Set to undef to use all available space

This will only apply to newly-created volumes

Examples

Basic usage

lvm::volume { 'lv_example0':
  vg     => 'vg_example0',
  pv     => '/dev/sdd1',
  fstype => 'ext4',
  size   => '100GB',
}

Parameters

The following parameters are available in the lvm::volume defined type:

ensure
fstype
pv
vg
size
extents
initial_size

`ensure`

Data type: Enum['present', 'absent', 'cleaned']

Can only be set to cleaned, absent or present. A value of present will ensure that the

`fstype`

Data type: Optional[String[1]]

The type of filesystem to create on the logical

Default value: undef

`pv`

Data type: Stdlib::Absolutepath

path to physcial volume

`vg`

Data type: String[1]

value of volume group

`size`

Data type: Optional[String[1]]

The size the logical_voluem should be.

Default value: undef

`extents`

Data type: Optional[Variant[String[1], Integer]]

The number of logical extents to allocate for the new logical volume.

Default value: undef

`initial_size`

Data type: Optional[String[1]]

The initial size of the logical volume.

Default value: undef

`lvm::volume_group`

Manage a volume group.

Parameters

The following parameters are available in the lvm::volume_group defined type:

physical_volumes
createonly
ensure
logical_volumes
followsymlinks

`physical_volumes`

Data type: Variant[Hash, Array, String]

The list of physical volumes to be included in the volume group. This will automatically set these as dependencies, but they must be defined elsewhere using the physical_volume resource type.

`createonly`

Data type: Boolean

If true, the volume group will be created if it does not exist. If the volume group does exist, no action will be taken.

Default value: false

`ensure`

Data type: Enum['present', 'absent']

Whether this volume group should be present or absent.

Default value: present

`logical_volumes`

Data type: Hash

A hash of lvm::logical_volume resources to create in this volume group.

Default value: {}

`followsymlinks`

Data type: Boolean

If true, all current and wanted values of the physical_volumes property will be followed to their real files on disk if they are in fact symlinks. This is useful to have Puppet determine what the actual PV device is if the property value is a symlink, like /dev/disk/by-path/xxxx -> ../../sda.

Default value: false

Resource types

`filesystem`

The filesystem type

Properties

The following properties are available in the filesystem type.

`ensure`

Valid values: present, absent

The basic property that the resource should be in.

Default value: present

`size`

Configures the size of the filesystem. Supports filesystem resizing. The size will be rounded up to the nearest multiple of the partition size. AIX only.

Parameters

The following parameters are available in the filesystem type.

accounting
ag_size
agblksize
atboot
compress
device
encrypted
extended_attributes
frag
fs_type
initial_size
isnapshot
large_files
log_partitions
logname
logsize
maxext
mkfs_cmd
mount_options
mountgroup
mountguard
name
nbpi
nodename
options
perms
provider
vix
volume_group

`accounting`

Valid values: true, false

Specify accounting subsystem support, AIX only

`ag_size`

Valid values: %r{\d+}

Specify the allocation group size in megabytes, AIX only.

`agblksize`

Valid values: %r{\d+}

JFS2 block size in bytes, AIX only.

`atboot`

Valid values: true, false

Specify whether the file system is mounted at boot time, AIX only

`compress`

Valid values: LG, no

Data compression, LZ or no. AIX only

`device`

Device to create the filesystem on, this can be a device or a logical volume. AIX only

`encrypted`

Valid values: true, false

Specify and encrypted filesystem. AIX only

`extended_attributes`

Valid values: v1, v2

Format to be used to store extended attributes. AIX only

`frag`

Valid values: %r{\d+}

JFS fragment size in bytes. AIX only

`fs_type`

The file system type. eg. ext3.

`initial_size`

Initial size of the filesystem, Used only for resource creation, when using this option Puppet will not manage or maintain the size. To resize filesystems see the size property. AIX only.

`isnapshot`

Valid values: true, false

Specify whether the filesystem supports internal snapshots, AIX only

`large_files`

Valid values: true, false

Large file enabled file system. AIX only

`log_partitions`

Specify the size of the log logical volume as number of logical partitions, AIX only

`logname`

Configure the log logical volume. AIX only

`logsize`

Valid values: %r{\d+}

Size for an inline log in MB, AIX only

`maxext`

Valid values: %r{\d+}

Size of a file extent in file system blocks, AIX only

`mkfs_cmd`

Command to use to create the file system. Defaults to mkswap for fs_type=swap, otherwise mkfs.{{fs_type}}

`mount_options`

Specify the options to be passed to the mount command. AIX only

`mountgroup`

Mount group for the filesystem, AIX only

`mountguard`

Valid values: true, false

Enable the mountguard. AIX only

`name`

namevar

Resource name

`nbpi`

Valid values: %r{\d+}

Bytes per inode. AIX only

`nodename`

Specify the remote host where the filesystem resides. AIX only

`options`

Params for the mkfs command. eg. -l internal,agcount=x

`perms`

Valid values: ro, rw

Permissions for the filesystem, AIX only

`provider`

The specific backend to use for this filesystem resource. You will seldom need to specify this --- Puppet will usually discover the appropriate provider for your platform.

`vix`

Valid values: true, false

Specify that the file system can allocate inode extents smaller than the default, AIX only

`volume_group`

Volume group that the file system should be created on. AIX only.

`logical_volume`

Logical volume resource type

Properties

The following properties are available in the logical_volume type.

`ensure`

Valid values: present, absent

The basic property that the resource should be in.

Default value: present

`mirror`

The number of mirrors of the volume.

`mirrorlog`

Valid values: core, disk, mirrored

How to store the mirror log (core, disk, mirrored).

`size`

The size of the logical volume. Set to undef to use all available space

`volume_group`

The volume group name associated with this logical volume. This will automatically set this volume group as a dependency, but it must be defined elsewhere using the volume_group resource type.

Parameters

The following parameters are available in the logical_volume type.

alloc
extents
initial_size
minor
name
no_sync
persistent
poolmetadatasize
provider
range
readahead
region_size
resize_fs
size_is_minsize
stripes
stripesize
thinpool
type
yes_flag

`alloc`

Valid values: anywhere, contiguous, cling, inherit, normal

Selects the allocation policy when a command needs to allocate Physical Extents from the Volume Group.

`extents`

The number of logical extents to allocate for the new logical volume. Set to undef to use all available space

`initial_size`

The initial size of the logical volume. This will only apply to newly-created volumes

`minor`

Set the minor number

`name`

namevar

The name of the logical volume. This is the unqualified name and will be automatically added to the volume group's device path (e.g., '/dev/$vg/$lv').

`no_sync`

An optimization in lvcreate, at least on Linux.

`persistent`

Set to true to make the block device persistent

`poolmetadatasize`

Change the size of logical volume pool metadata

`provider`

The specific backend to use for this logical_volume resource. You will seldom need to specify this --- Puppet will usually discover the appropriate provider for your platform.

`range`

Sets the inter-physical volume allocation policy. AIX only

`readahead`

The readahead count to use for the new logical volume.

`region_size`

A mirror is divided into regions of this size (in MB), the mirror log uses this granularity to track which regions are in sync. CAN NOT BE CHANGED on already mirrored volume. Take your mirror size in terabytes and round up that number to the next power of 2, using that number as the -R argument.

`resize_fs`

Whether or not to resize the underlying filesystem when resizing the logical volume.

Default value: true

`size_is_minsize`

Set to true if the 'size' parameter specified, is just the minimum size you need (if the LV found is larger then the size requests this is just logged not causing a FAIL)

Default value: false

`stripes`

The number of stripes to allocate for the new logical volume.

`stripesize`

The stripesize to use for the new logical volume.

`thinpool`

Set to true to create a thin pool or to pool name to create thin volume

Default value: false

`type`

Configures the logical volume type.

`yes_flag`

If set to true, do not prompt for confirmation interactively but always assume the answer yes.

Default value: false

`physical_volume`

Physical volume resource type

Properties

The following properties are available in the physical_volume type.

`ensure`

Valid values: present, absent

The basic property that the resource should be in.

Default value: present

Parameters

The following parameters are available in the physical_volume type.

force
name
provider
unless_vg

`force`

Valid values: true, false

Force the creation without any confirmation.

Default value: false

`name`

namevar

Resource name

`provider`

The specific backend to use for this physical_volume resource. You will seldom need to specify this --- Puppet will usually discover the appropriate provider for your platform.

`unless_vg`

Do not do anything if the VG already exists. The value should be the name of the volume group to check for.

`volume_group`

Volume group resource type

Properties

The following properties are available in the volume_group type.

`ensure`

Valid values: present, absent

The basic property that the resource should be in.

Default value: present

`physical_volumes`

The list of physical volumes to be included in the volume group; this will automatically set these as dependencies, but they must be defined elsewhere using the physical_volume resource type.

Parameters

The following parameters are available in the volume_group type.

createonly
followsymlinks
name
provider

`createonly`

Valid values: true, false, yes, no

Aliases: "yes"=>"true", "no"=>"false"

If set to true the volume group will be created if it does not exist. If the volume group does exist no action will be taken. Defaults to false.

Default value: false

`followsymlinks`

Valid values: true, false, yes, no

Aliases: "yes"=>"true", "no"=>"false"

If set to true all current and wanted values of the physical_volumes property will be followed to their real files on disk if they are in fact symlinks. This is useful to have Puppet determine what the actual PV device is if the property value is a symlink, like '/dev/disk/by-path/xxxx -> ../../sda'. Defaults to False.

Default value: false

`name`

namevar

The name of the volume group.

`provider`

The specific backend to use for this volume_group resource. You will seldom need to specify this --- Puppet will usually discover the appropriate provider for your platform.

Functions

`lvm::bytes_to_size`

Type: Puppet Language

Convert a number of bytes to a size format that LVM can understand

Examples

Return `200g`

lvm::bytes_to_size(214748364800)

`lvm::bytes_to_size(Numeric $size)`

The lvm::bytes_to_size function.

Returns: Any LVM-formatted size

Examples

Return `200g`

lvm::bytes_to_size(214748364800)

`size`

Data type: Numeric

`lvm::size_to_bytes`

Type: Puppet Language

Convert an LVM size to bytes, the opposite of lvm::bytes_to_size

`lvm::size_to_bytes(String $size)`

The lvm::size_to_bytes function.

Returns: Any byte value of LVM-formatted size

`size`

Data type: String

Tasks

`ensure_fs`

Ensures settings on a filesystem using the type & provider

Supports noop? false

Parameters

`fs_type`

Data type: String

The file system type. eg. ext3.

`name`

Data type: String

Fully qualified name

`mkfs_cmd`

Data type: Optional[String]

Command to use to create the file system. Defaults to mkswap for fs_type=swap, otherwise mkfs.{{fs_type}}

`options`

Data type: Optional[String]

Params for the mkfs command. eg. -l internal,agcount=x

`initial_size`

Data type: Optional[String]

Initial size of the filesystem, Used only for resource creation, when using this option Puppet will not manage or maintain the size. To resize filesystems see the size property. AIX only.

`size`

Data type: Optional[String]

Configures the size of the filesystem. Supports filesystem resizing. The size will be rounded up to the nearest multiple of the partition size. AIX only.

`ag_size`

Data type: Optional[Integer]

Specify the allocation group size in megabytes, AIX only.

`large_files`

Data type: Optional[Boolean]

Large file enabled file system. AIX only

`compress`

Data type: Optional[Enum[LG,no]]

Data compression, LZ or no. AIX only

`frag`

Data type: Optional[Integer]

JFS fragment size in bytes. AIX only

`nbpi`

Data type: Optional[Integer]

Bytes per inode. AIX only

`logname`

Data type: Optional[String]

Configure the log logical volume. AIX only

`logsize`

Data type: Optional[Integer]

Size for an inline log in MB, AIX only

`maxext`

Data type: Optional[Integer]

Size of a file extent in file system blocks, AIX only

`mountguard`

Data type: Optional[Boolean]

Enable the mountguard. AIX only

`agblksize`

Data type: Optional[Integer]

JFS2 block size in bytes, AIX only

`extended_attributes`

Data type: Optional[Enum[v1,v2]]

Format to be used to store extended attributes. AIX only

`encrypted`

Data type: Optional[Boolean]

Specify and encrypted filesystem. AIX only

`isnapshot`

Data type: Optional[Boolean]

Specify whether the filesystem supports internal snapshots, AIX only

`mount_options`

Data type: Optional[String]

Specify the options to be passed to the mount command. AIX only

`vix`

Data type: Optional[Boolean]

Specify that the file system can allocate inode extents smaller than the default, AIX only

`log_partitions`

Data type: Optional[String]

Specify the size of the log logical volume as number of logical partitions, AIX only

`nodename`

Data type: Optional[String]

Specify the remote host where the filesystem resides. AIX only

`accounting`

Data type: Optional[Boolean]

Specify accounting subsystem support, AIX only

`mountgroup`

Data type: Optional[String]

Mount group for the filesystem, AIX only

`atboot`

Data type: Optional[Boolean]

Specify whether the file system is mounted at boot time, AIX only

`perms`

Data type: Optional[Enum[ro,rw]]

Permissions for the filesystem, AIX only

`device`

Data type: Optional[String]

Device to create the filesystem on, this can be a device or a logical volume. AIX only

`volume_group`

Data type: Optional[String]

Volume group that the file system should be created on. AIX only.

`ensure_lv`

Ensures settings on a logical volume using the type & provider

Supports noop? false

Parameters

`ensure`

Data type: Enum[present,absent]

Present or absent

`name`

Data type: String[1]

The name of the logical volume. This is the unqualified name and will be automatically added to the volume group's device path (e.g., '/dev/$vg/$lv').

`volume_group`

Data type: Optional[String[1]]

The volume group name associated with this logical volume

`size`

Data type: Optional[Pattern[/^[0-9]+(\.[0-9]+)?[KMGTPEkmgtpe]/]]

The size of the logical volume. Set to undef to use all available space

`extents`

Data type: Optional[Pattern[/^\d+(%(?:vg|pvs|free|origin)?)?$/]]

The number of logical extents to allocate for the new logical volume. Set to undef to use all available space

`persistent`

Data type: Optional[Boolean]

Set to true to make the block device persistent

`thinpool`

Data type: Optional[Boolean]

Set to true to create a thin pool or to pool name to create thin volume

`poolmetadatasize`

Data type: Optional[Pattern[/^[0-9]+(\.[0-9]+)?[KMGTPEkmgtpe]/]]

Change the size of logical volume pool metadata

`minor`

Data type: Optional[Integer[0,255]]

Set the minor number

`type`

Data type: Optional[String[1]]

Configures the logical volume type

`range`

Data type: Optional[Enum[maximum,minimum]]

Sets the inter-physical volume allocation policy. AIX only

`stripes`

Data type: Optional[Integer]

The number of stripes to allocate for the new logical volume

`stripesize`

Data type: Optional[Integer]

The stripesize to use for the new logical volume

`readahead`

Data type: Optional[String]

The readahead count to use for the new logical volume

`resize_fs`

Data type: Optional[Boolean]

Whether or not to resize the underlying filesystem when resizing the logical volume

`mirror`

Data type: Optional[Integer[0,4]]

The number of mirrors of the volume

`mirrorlog`

Data type: Optional[Enum[core,disk,mirrored]]

How to store the mirror log

`alloc`

Data type: Optional[Enum[anywhere,contiguous,cling,inherit,normal]]

Selects the allocation policy when a command needs to allocate Physical Extents from the Volume Group

`no_sync`

Data type: ``

An optimization in lvcreate, at least on Linux

`region_size`

Data type: Optional[Integer]

A mirror is divided into regions of this size (in MB), the mirror log uses this granularity to track which regions are in sync. CAN NOT BE CHANGED on already mirrored volume. Take your mirror size in terabytes and round up that number to the next power of 2, using that number as the -R argument.

`yes_flag`

Data type: Boolean

If set to true, do not prompt for confirmation interactively but always assume the answer yes.

`ensure_pv`

Ensures settings on a physical volumes using the type & provider

Supports noop? false

Parameters

`name`

Data type: String[1]

The name of the physical volume

`ensure`

Data type: Enum[present,absent]

Present or absent

`unless_vg`

Data type: Optional[String]

Do not do anything if the VG already exists. The value should be the name of the volume group to check for.

`force`

Data type: Optional[Boolean]

Force the creation without any confirmation

`ensure_vg`

Ensures settings on a volume group using the type & provider

Supports noop? false

Parameters

`name`

Data type: String[1]

The name of the volume group

`ensure`

Data type: Enum[present,absent]

Present or absent

`createonly`

Data type: Optional[Boolean]

If set to true the volume group will be created if it does not exist. If the volume group does exist no action will be taken

`followsymlinks`

Data type: Optional[Boolean]

If set to true all current and wanted values of the physical_volumes property will be followed to their real files on disk if they are in fact symlinks. This is useful to have Puppet determine what the actual PV device is if the property value is a symlink, like '/dev/disk/by-path/xxxx -> ../../sda'

`physical_volumes`

Data type: Array[String]

The list of physical volumes to be included in the volume group

`extend_lv`

Extends a logical volume

Supports noop? false

Parameters

`size`

Data type: String[1]

Intended size or 'full'

`logical_volume`

Data type: String[1]

Name of the logical volume to extend

`volume_group`

Data type: String[1]

Name of the volume group on which the logical volume resides

`extend_vg`

Adds physical volumes to a volume group

Supports noop? false

Parameters

`volume_group`

Data type: String[1]

The name of the volume group

`physical_volumes`

Data type: Array[String]

The list of physical volumes to be included in the volume group

`mount_lv`

Mounts a logical volume

Supports noop? false

Parameters

`volume_group`

Data type: String[1]

The name of the volume group

`logical_volume`

Data type: String[1]

The name of the logical_volume to mount

`mountpoint`

Data type: String[1]

Where to mount the logical volume

`fstype`

Data type: String

The mount type. Valid values depend on the operating system. This is a required option.

`options`

Data type: Optional[String]

A single string containing options for the mount, as they would appear in fstab on Linux. For many platforms this is a comma-delimited string

`atboot`

Data type: Optional[Boolean]

Whether to mount the mount at boot. Not all platforms support this.

`owner`

Data type: Optional[String]

Owner for the mountpoint

`group`

Data type: Optional[String]

Group for the mountpoint

`mode`

Data type: Optional[String]

Permissions for the mountpoint

Plans

`lvm::expand`

An opinionated method for expanding storage on machines that use LVM. If this doesn't fit your needs, simply tie the tasks together in some way that does.

Parameters

The following parameters are available in the lvm::expand plan:

server
volume_group
logical_volume
additional_size
disks
resize_fs

`server`

Data type: String

The target for the plan

`volume_group`

Data type: String

The volume group to which the logical volume belongs

`logical_volume`

Data type: String

The logical volume which is to be expanded

`additional_size`

Data type: String

How much size to add to the LV. This should be specified in LVM format i.e. "200m" or "2.5g"

`disks`

Data type: Array[String]

Any physical disks that should be added to the volume group as part of the expand process

Default value: []

`resize_fs`

Data type: Boolean

Wheather or not to resize the filesystem

Default value: true

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REFERENCE.md

File metadata and controls

Reference

Table of Contents

Classes

Defined types

Resource types

Functions

Tasks

Plans

Classes

lvm

Parameters

package_ensure

manage_pkg

volume_groups

Defined types

lvm::logical_volume

Parameters

volume_group

size

initial_size

ensure

options

pass

dump

fs_type

mkfs_options

mountpath

mountpath_require

mounted

createfs

extents

stripes

stripesize

readahead

range

size_is_minsize

type

thinpool

poolmetadatasize

mirror

mirrorlog

no_sync

region_size

alloc

yes_flag

lvm::physical_volume

Parameters

ensure

force

unless_vg

lvm::volume

Examples

Basic usage

Parameters

ensure

fstype

pv

vg

size

extents

initial_size

lvm::volume_group

Parameters

physical_volumes

createonly

ensure

logical_volumes

followsymlinks

Resource types

filesystem

Properties

ensure

size

Parameters

`lvm`

`package_ensure`

`manage_pkg`

`volume_groups`

`lvm::logical_volume`

`volume_group`

`size`

`initial_size`

`ensure`

`options`

`pass`

`dump`

`fs_type`

`mkfs_options`

`mountpath`

`mountpath_require`

`mounted`

`createfs`

`extents`

`stripes`

`stripesize`

`readahead`

`range`

`size_is_minsize`

`type`

`thinpool`

`poolmetadatasize`

`mirror`

`mirrorlog`

`no_sync`

`region_size`

`alloc`

`yes_flag`

`lvm::physical_volume`

`ensure`

`force`

`unless_vg`

`lvm::volume`

`ensure`

`fstype`

`pv`

`vg`

`size`

`extents`

`initial_size`

`lvm::volume_group`

`physical_volumes`

`createonly`

`ensure`

`logical_volumes`

`followsymlinks`

`filesystem`

`ensure`

`size`

`accounting`

`ag_size`

`agblksize`

`atboot`

`compress`

`device`

`encrypted`

`extended_attributes`

`frag`

`fs_type`

`initial_size`

`isnapshot`

`large_files`

`log_partitions`

`logname`

`logsize`

`maxext`

`mkfs_cmd`

`mount_options`

`mountgroup`

`mountguard`

`name`

`nbpi`

`nodename`

`options`

`perms`