svcadm(1M)을 검색하려면 섹션에서 1M 을 선택하고, 맨 페이지 이름에 svcadm을 입력하고 검색을 누른다.
zfs_share(8)
System Administration Commands zfs_share(8)
NAME
zfs_share - share and unshare a ZFS file system
SYNOPSIS
zfs help subcommand | help | property property-name | permission
zfs help -l properties
zfs destroy share
zfs get [-rHpe|-d max][-o all | field[,...]] [-s source[,...]]
all | property[,...] filesystem|volume|snapshot|share ...
zfs get share [filesystem]
zfs [-r] set [-r | -c] filesystem|volume|snapshot|share ...
zfs [-r] set share.nfs=on | off filesystem
zfs [-r] set share.smb=on | off filesystem
zfs share -u [-o property=value]... filesystem%share
zfs share filesystem|mountpoint|filesystem%share
zfs share -a | -r filesystem
zfs unshare filesystem|mountpoint|filesystem%share
zfs unshare -a | -r filesystem
DESCRIPTION
You can create an NFS share or an SMB share of a ZFS file system by
setting share.nfs or share.smb property. You can also use the zfs share
and zfs unshare commands to publish or unpublish a ZFS share.
Sharing ZFS File Systems
A file system can be shared by setting or inheriting the share.nfs=on
or share.smb=on property value. For example:
# zfs set share.nfs=on tank/home
# zfs set share.smb=on tank/data
The above simple syntax creates and publishes the file system shares
automatically. This method is referred to as an automatic share. For
more information, see the EXAMPLES section.
The automatic share is read-only and inherits all of its properties
from the parent file system. This method allows sharing to be enabled
by inheritance alone, if needed, without having to create a share for
each descendent file system. The published share name, share.name, of
an automatic share is generated from the dataset mount point.
For example, the share.name of tank/home is tank_home.
A file system's automatic share name displays as filesystem%. For exam‐
ple, tank/home%.
You can also create and publish a share by using the zfs share command
as follows:
# zfs share -o share.smb=on sandbox/myfs%myshare
The above syntax creates and publishes a named share, which provides
more flexibility when you need to share subdirectories within a file
system over NFS or SMB protocols. For more information, see the EXAM‐
PLES section.
The listshares pool property is used to determine whether share infor‐
mation is displayed when using the zfs list command. For more informa‐
tion, see zpool(8).
Native Share File System Properties
File system properties are divided into two types, native properties
and user-defined (or user) properties. Native properties either display
information or control ZFS behavior. In addition, native properties are
either editable or read-only.
Properties are inherited from the parent unless overridden by the
child. Some properties apply only to certain types of datasets (file
systems, volumes, or snapshots).
The following native properties can be used to change the behavior of a
ZFS file system and are generally used when a file system is shared.
nbmand=on | off
Controls whether the file system should be mounted with nbmand (Non
Blocking mandatory locks). This is used for SMB clients. Changes to
this property only take effect when the file system is unmounted
and remounted. See mount(8) for more information on nbmand mounts.
readonly=on | off
Controls whether this dataset can be modified. The default value is
off.
This property can also be referred to by its shortened column name,
rdonly.
share.nfs=on | off
Controls whether a ZFS dataset is created and published as an NFS
share. You can also publish and unpublish an named NFS share of a
ZFS dataset by using the zfs share and zfs unshare commands. Both
methods of publishing an NFS share require that the NFS share prop‐
erties are already set. For information about setting NFS share
properties, see the zfs set command syntax below.
When the share.nfs property is changed, the file system share and
any children inheriting the property are re-published with any new
options that have been set with the zfs set command only if the
property was previously off, or if the shares were published before
the property was changed. If the new property value is off, the
file system shares are unpublished.
share.smb=on | off
Controls whether a ZFS dataset is created and published as an SMB
share. You can also publish and unpublish an named SMB share of a
ZFS dataset by using the zfs share and zfs unshare commands. Both
methods of publishing an SMB share require that the SMB share prop‐
erties are also set. For information about setting SMB share prop‐
erties, see the zfs set command syntax below.
When SMB shares are created, the SMB share name appears as an entry
in the .zfs/shares directory. You can use the ls or chmod command
to display the share-level ACLs on the entries in this directory.
When the property is changed from off to on, any shares that
inherit the property are re-shared with their current options. When
the property is set to off, the shares that inherit the property
are unshared.
vscan=on | off
Controls whether regular files should be scanned for viruses when a
file is opened and closed. In addition to enabling this property,
the virus scan service must also be enabled for virus scanning to
occur. The default value is off.
The following properties cannot be changed after the file system is
created and, therefore, should be set when the file system is created.
If the properties are not set with the zfs create or zpool create com‐
mands, these properties are inherited from the parent dataset. If the
parent dataset lacks these properties due to having been created prior
to these features being supported, the new file system will have the
default values for these properties.
casesensitivity=sensitive | insensitive | mixed
Indicates whether the file name matching algorithm used by the file
system should be case-sensitive, case-insensitive, or allow a com‐
bination of both styles of matching. The default value for the cas‐
esensitivity property is mixed. Traditionally, UNIX and POSIX file
systems have case-sensitive file names.
The mixed value for the casesensitivity property indicates that the
file system can support requests for both case-sensitive and case-
insensitive matching behavior. Currently, case-insensitive matching
behavior on a file system that supports mixed behavior is limited
to the Solaris SMB server product. For more information about the
mixed value behavior, see the Managing ZFS File Systems in Oracle
Solaris 11.4.
normalization = none | formC | formD | formKC | formKD
Indicates whether the file system should perform a Unicode normal‐
ization of file names whenever two file names are compared, and
which normalization algorithm should be used. File names are always
stored unmodified, names are normalized as part of any comparison
process. If this property is set to a legal value other than none,
and the utf8only property was left unspecified, the utf8only prop‐
erty is automatically set to on. The default value of the normal‐
ization property is none. This property cannot be changed after the
file system is created.
utf8only=on | off
Indicates whether the file system should reject file names that
include characters that are not present in the UTF-8 character code
set. If this property is explicitly set to off, the normalization
property must either not be explicitly set or be set to none. The
default value for the utf8only property is off. This property can‐
not be changed after the file system is created.
Specific NFS or SMB Properties
In addition to native properties and user properties, you can also des‐
ignate properties that control the way a file system is shared. The
following set of share-related properties fall into 3 categories:
global properties that apply to both NFS and SMB sharing, NFS-specific
properties, and SMB-specific properties.
Global share properties are mostly read-only with a few exceptions. The
following global share properties apply to either a NFS or SMB share or
on the shared or to be shared file system:
Table 1 Global Share Property Descriptions
tab(); lw(1.16i) lw(2.33i) lw(0.83i) lw(1.18i) lw(1.16i) lw(2.33i)
lw(0.83i) lw(1.18i) PropertyDescriptionInheritableValue _ share.descT{
Editable property that provides a user-defined description and can be
set on the file system or a share. The default value is no description.
T}Yesstring share.fsT{ Read-only property that identifies the file sys‐
tem name for a share. T}Nofilesystem share.nameT{ Read-only property
that identifies the share name for a share. T}Noshare-name
share.autoT{ Editable property that enables automatic sharing and can
only be set on the file system to be shared. T}Noon or off
share.pathT{ Editable property that sets the share path on a share.
T}Nomountpoint-relative-path share.pointT{ Read-only property that
identifies the absolute path of an existing share that is derived from
the current value of the share.path property relative to the dataset
mount point. T}Nopath share.protocolsT{ Read-only property that iden‐
tifies the protocols established for the file system or the share.
T}Noprotocol-list share.stateT{ Read-only property that identifies the
current state of the share. T}Nounshared, shared, or failed
The following share properties are specific to the NFS protocol. All
NFS share specific properties are editable and inheritable. The default
value for most of these properties is off unless stated otherwise.
The following are the NFS share property descriptions.
share.nfs
Determines whether a file system is shared over the NFS protocol.
Value: on or off
share.nfs.aclok
Determines NFSv2 client access control so that when this property
is set on the server, maximum access is given to all clients. If
this property is not set, minimum access is given to all clients.
Value: on or off
share.nfs.aclfab
Determines whether ACL permissions are fabricated. Value: on or off
share.nfs.anon
Sets UID to the effective user ID of unknown users. By default,
unknown users are given the effective UID nobody. If UID is set to
-1, access is denied. Value: uid
share.nfs.charset.cp932
Sets NFS character encoding to cp932 (MicroSoft-compatible Japa‐
nese). Value: access-list
share.nfs.charset.euc-cn
Sets NFS character encoding to euc-cn (Chinese). Value: access-list
share.nfs.charset.euc-jpms
Sets NFS character encoding to euc-jpms (MicroSoft-compatible Japa‐
nese). Value: access-list
share.nfs.charset.euc-kr
Sets NFS character encoding to euc-kr (Korean). Value: access-list
share.nfs.charset.euc-tw
Sets NFS character encoding to euc-tw (Taiwanese). Value: access-
list
share.nfs.charset.iso8859-1
Sets NFS character encoding to ISO 8859-1 (Latin 1). Value: access-
list
share.nfs.charset.iso8859-2
Sets NFS character encoding to ISO 8859-2 (Latin 2). Value: access-
list
share.nfs.charset.iso8859-5
Sets NFS character encoding to ISO 8859-5 (Latin/Cyrillic). Value:
access-list
share.nfs.charset.iso8859-6
Sets NFS character encoding to ISO 8859-6 (Arabic). Value: access-
list
share.nfs.charset.iso8859-7
Sets NFS character encoding to ISO 8859-7 (Greek). Value: access-
list
share.nfs.charset.iso8859-8
Sets NFS character encoding to ISO 8859-8 (Hebrew). Value: access-
list
share.nfs.charset.iso8859-9
Sets NFS character encoding to ISO 8859-9 (Turkish). Value: access-
list
share.nfs.charset.iso8859-13
Sets NFS character encoding to ISO 8859-13 (Baltic). Value: access-
list
share.nfs.charset.iso8859-15
Sets NFS character encoding to ISO 8859-15 (Western European).
Value: access-list
share.nfs.charset.koi8-r
Sets NFS character encoding to ISO KOI8-R (Russian/Cyrillic).
Value: access-list
share.nfs.charset.shift_jis
Sets NFS character encoding to Shift-JIS (Japanese). Value: access-
list
share.nfs.cksum
Not yet implemented. Value: string
share.nfs.index
Determines whether a file is loaded rather than a directory listing
that contains this file when the directory is referenced by an NFS
URL. Value: filename
share.nfs.log
Enables NFSv2 or NFSv3 server logging for the specified file sys‐
tem. The tag is defined in the /etc/nfs/nfslog.conf file. If no tag
is specified, the default values associated with the global tag in
the /etc/nfs/nfslog.conf file is used. Value: tag
share.nfs.nosub
Prevents NFSv2 or NFSv3 clients from mounting subdirectories of
shared directories. Value: on or off
share.nfs.nosuid
Prevents the NFS client from creating files with setuid or setguid
permissions. If enabled, the NFS server silently ignores any
attempt to enable the setuid or setgid permissions. Value: on or
off
share.nfs.public
Changes the location of the public file handle from root to the
shared directory for NFS-enabled browsers and clients. Value: on or
off
share.nfs.sec
Sets the default security mode to SYS. The SYS security mode uses
AUTH_SYS authentication, which means the user's UID and GID are
passed in clear text on the network, unauthenticated by the NFS
server. Value: security-mode-list
share.nfs.sec.default.none
Sets the default security mode to none for access-list. Value:
access-list
share.nfs.sec.default.ro
Sets the default security mode to read-only access for access-list.
Value: access-list
share.nfs.sec.default.root
Sets the default security mode to root access for access-list. By
default, no system has root access. Value: access-list
share.nfs.sec.default.root_mapping
Sets the default security mode to root access to a specific UID. By
default, no user has root access. Value: UID
share.nfs.sec.default.rw
Sets the default security mode to read-write access for access-
list. Value: access-list
share.nfs.sec.default.window
Sets a maximum life time in seconds for the requestor's credential
that the NFS server allows for the default security mode. The
default value is 30000 seconds (8.3 hours). Value: seconds
share.nfs.sec.dh.none
Sets the Diffie-Hellman (dh) security mode to none for access-list.
Value: access-list
share.nfs.sec.dh.ro
Sets the dh security mode to read-only access for access-list.
Value: access-list.
share.nfs.sec.dh.root
Sets the dh security mode to root access for access-list. By
default, no system has root access. Value: access-list.
share.nfs.sec.dh.root_mapping
Sets the dh security mode to root access to a specific UID. By
default, no user has root access. Value: UID
share.nfs.sec.dh.rw
Sets the default security mode to read-write access for access-
list. Value: access-list
share.nfs.sec.dh.window
Sets a maximum life time in seconds for the requestor's credential
that the NFS server allows for the dh security mode. The default
value is 30000 seconds (8.3 hours). Value: seconds
share.nfs.sec.krb5.none
Sets the Kerberos V5 (krb5) security mode to none for access-list.
Value: access-list
share.nfs.sec.krb5.ro
Sets the krb5 security mode to read-only access for access-list.
Value: access-list
share.nfs.sec.krb5.root
Sets the krb5 security mode to root access for access-list. By
default, no system has root access. Value: access-list
share.nfs.sec.krb5.root_mapping
Sets the krb5 security mode to root access to a specific UID. By
default, no user has root access. Value: UID
share.nfs.sec.krb5.rw
Sets the krb5 security mode to read-write access for access-list.
Value: access-list
share.nfs.sec.krb5.window
This property is not implemented for the krb5 security mode. Value:
N/A
share.nfs.sec.krb5i.none
Sets the Kerberos V5 (krb5i) security mode to none. Value: access-
list
share.nfs.sec.krb5i.ro
Sets the krb5i security mode to read-only access for access-list.
Value: access-list
share.nfs.sec.krb5i.root
Sets the krb5i security mode to root access for access-list. By
default, no system has root access. Value: access-list
share.nfs.sec.krb5i.root_mapping
Sets the krb5i security mode to root access to a specific UID. By
default, no user has root access. Value: UID
share.nfs.sec.krb5i.rw
Sets the krb5i security mode to read-write access for access-list.
Value: access-list
share.nfs.sec.krb5i.window
This property is not available for the krb5i security mode. Value:
N/A
share.nfs.sec.krb5p.none
Sets the Kerberos V5 (krb5i) security mode to none for access-list.
Value: access-list
share.nfs.sec.krb5p.ro
Sets the krb5p security mode to read-only access for access-list.
Value: access-list
share.nfs.sec.krb5p.root
Sets the krb5p security mode to root access for access-list. By
default, no system has root access. Value: access-list
share.nfs.sec.krb5p.root_mapping
Sets the krb5p security mode to root access to a specific UID. By
default, no user has root access. Value: UID
share.nfs.sec.krb5p.rw
Sets the krb5i security mode to read-write access for access-list.
Value: access-list
share.nfs.sec.krb5p.window
This property is not implemented for the krb5p security mode.
Value: N/A
share.nfs.sec.none.none
Sets the security mode to none for access-list. Value: access-list
share.nfs.sec.none.ro
Sets the security mode to read-only access for access-list. Value:
access-list.
share.nfs.sec.none.root
Sets the security mode to root access for access-list. By default,
no system has root access. Value: access-list
share.nfs.sec.none.root_mapping
Sets the security mode to root access to a specific UID. By
default, no user has root access. Value: UID
share.nfs.sec.none.rw
Sets the security mode to read-write access for access-list. Value:
access-list
share.nfs.sec.none.window
This property is not implemented. Value: seconds
share.nfs.sec.sys.resvport
Sets whether the client requires a reserved port when accessing an
AUTH_SYS share. Value: on or off.
share.nfs.sec.sys.none
Sets the SYS security mode to none for access-list. Value: access-
list
share.nfs.sec.sys.ro
Sets the SYS security mode to read-only access for access-list.
Value: access-list.
share.nfs.sec.sys.root
Sets the SYS security mode to root access for access-list. By
default, no system has root access. Value: access-list
share.nfs.sec.sys.root_mapping
Sets the security mode to root access to a specific UID. By
default, no user has root access. Value: UID
share.nfs.sec.sys.rw
Sets the security mode to read-write access for access-list. Value:
access-list
share.nfs.sec.sys.window
This property is not implemented for the SYS security mode. Value:
seconds
The following share properties are specific to the SMB protocol. All
SMB share specific properties are editable and inheritable.
Table 2 SMB Share Property Descriptions
tab(); lw(1.53i) lw(2.48i) lw(1.49i) lw(1.53i) lw(2.48i) lw(1.49i)
PropertyDescriptionValue _ share.smbT{ Determines whether a file system
is shared over the SMB protocol. The default value is off. T}on or off
share.smb.abeT{ Enables Access-Based Enumeration (abe) support. The
default value is off. T}on or off share.smb.ad-containerT{ Enables SMB
share to be published in an AD container. The default value is off.
T}string share.smb.bypasstraverseT{ Enables bypass traverse checking.
The default value is off. T}on or off share.smb.catiaT{ Enables CATIA
translation support. The default value is off. T}on or off
share.smb.cont_availT{ Enables continuous availability for the share.
The default value is off. T}on or off share.smb.cscT{ Enables client-
side caching support. The default value is disabled. T}disabled, man‐
ual, auto, or vdo share.smb.dfsrootT{ Enables a DFS root support. The
default value is off. T}on or off share.smb.encryptT{ Enables SMB
share level encryption. The default value is off. T}on or off
share.smb.guestokT{ Enables guest access. The default value is off.
T}on or off share.smb.noneT{ Sets the SMB share to no access for the
specified hosts in access-list. T}access-list share.smb.oplocksT{
Enables or disables oplocks for its corresponding share. T}<empty>,
disabled, or enabled share.smb.roT{ Sets the SMB share to read-only
access for the specified hosts in access-list. T}access-list
share.smb.rwT{ Sets the SMB share to read-write access for the speci‐
fied hosts in access-list. T}access-list share.smb.shortnamesT{
Enables shortnames generation. The default value is off. T}on or off
SUBCOMMANDS
All subcommands that modify state are logged persistently to the pool
in their original form.
zfs ?
Displays a help message.
zfs help command | help | property property-name | permission
Displays zfs command usage information. You can display help for a
specific command, property, or delegated permission. If you display
help for a specific command or property, the command syntax or
property value is displayed. Using zfs help without any arguments
displays a complete list of zfs commands.
zfs help -l properties
Displays zfs property information, including whether the property
value is editable and inheritable, and their possible values.
zfs create [-p] [-o share.nfs=on | share.smb=on -o ... filesystem
Creates a new ZFS file system. The file system is automatically
mounted according to the mountpoint property inherited from the
parent.
-o property=value
Sets the specified property as if the command zfs set prop‐
erty=value was invoked at the same time the dataset was cre‐
ated. Any editable ZFS property can also be set at creation
time. Multiple -o options can be specified. An error results if
the same property is specified in multiple -o options.
zfs destroy [share]
The specified file system share is destroyed.
zfs get [-r|-d depth] [-Hp] [-o all | field[,...] [-s source[,...]] all
| property[,...] dataset| dataset%namedshare ...
Displays properties for the given datasets. If no datasets are
specified, then the command displays properties for all datasets on
the system. For each property, the following columns are displayed:
name Dataset name
property Property name
value Property value
source Property source. Can either be local, default,
temporary, inherited, or none (-).
All columns except the RECEIVED column are displayed by default;
specify particular or all columns, using the -o option. This com‐
mand takes a comma-separated list of properties as described in the
"Native Properties" and "User Properties" sections.
The special value all can be used to display all properties that
apply to the given dataset's type (filesystem, volume, or snap‐
shot).
-r
Recursively display properties for any children.
-d depth
Recursively display any children of the dataset, limiting the
recursion to depth. A depth of 1 will display only the dataset
and its direct children.
-H
Display output in a form more easily parsed by scripts. Any
headers are omitted, and fields are explicitly separated by a
single tab instead of an arbitrary amount of space.
-o field
Set of fields to display. One or more of:
name,property,value,received,source
Present multiple fields as a comma-separated list. The default
value is:
name,property,value,source
The keyword all specifies all sources.
-s source
A comma-separated list of sources to display. Those properties
coming from a source other than those in this list are ignored.
Each source must be one of the following:
local,default,inherited,temporary,received,none
The default value is all sources.
-p
Display numbers in parseable (exact) values.
zfs get share [filesystem]
Displays all defined shares or the defined shares for a specified
file system.
zfs set share.nfs=on | share.smb=on [desc=description], filesystem |
filesystem%share
Defines an NFS or SMB file sharing properties for a ZFS dataset by
setting the share.nfs or share.smb property to on.
zfs set [-r] [-c] property=value filesystem|volume|snapshot|share ...
Sets the property to the given value for each file system or file
system share or clears the file system share. Only some properties
can be edited. See the section for more information on what proper‐
ties can be set and acceptable values. For more information, see
NFS Share Property Descriptions section or the SMB Share Property
Descriptions section.
-c
Clears the file system share properties by specifying a share
argument in the share=name=value pool/filesystem format.
-r
Recursively applies the effective value of the setting through‐
out the subtree of child datasets. The effective value may be
set or inherited, depending on the property.
zfs share [-u] -o property=value ... filesystem%share
zfs share filesystem|mountpoint|filesystem%share
zfs share -a -r | filesystem
Creates and publishes an NFS or SMB share of a ZFS dataset accord‐
ing to the share properties values.
Sharing a dataset with the NFS or SMB protocol means that the
dataset data is available over the network. ZFS datasets that have
the share.nfs or share.smb property set are automatically shared
when a system is booted.
-u
Creates a share without immediately sharing it.
-o property=value
Shares the ZFS file system with the specified share property
value.
-a
Shares all ZFS file systems according to their share property
values and to the settings of the share.nfs and share.smb prop‐
erties.
-r
Applies the share operation recursively to all file systems and
shares below the specified file system.
filesystem | filesystem%share
Shares the specified file system or named file system share.
zfs unshare filesystem|mountpoint|filesystem%share
zfs unshare -a | -r |filesystem
Unshares all ZFS datasets that have the share.nfs or share.smb
property set.
-a
Unshare all shared ZFS file systems. Invoked automatically as
part of the boot process.
-r
Applies the unshare operation recursively to all file systems
and shares below the specified file system
filesystem|mountpoint|filesystem%share
Unshare the specified file system. The command can also be
given a path to a ZFS file system shared on the system.
EXAMPLES
Example 1 Creating an NFS or SMB Share of a ZFS File System
The following examples show how to share ZFS file systems in different
ways.
A ZFS file system can be shared when it is created. For example:
# zfs create -o share.nfs=on tank/workspace
You can also apply a share property.
# zfs set share.nfs.nosuid=on tank/workspace
Confirm that the file system is shared. For example:
# grep workspace /etc/dfs/sharetab
/tank/workspace tank_workspace nfs nosuid,sec=sys,rw
A descendent file system is automatically shared. For example:
# zfs create tank/workspace/fs1
A file system can be shared after it is created. For example:
# zfs set share.smb=on tank/data
Example 2 Creating a More Complex SMB Share of ZFS File System
The following example shows how to create an SMB that uses ABE (access-
enabled enumeration) to determine which users can see files for which
they have access. A share called %shareabe is created with the
share.smb.abe property set to on. A new share called %sharenoabe is
created on the same file system with share.smb.abe set to off.
# zfs share -o share.smb=on -o share.smb.abe=on tank/users/files%shareabe
# zfs share -o share.smb=off tank/users/files%sharenoabe
To allow specific users to see all files in the sharenoabe share and
other users to see only files for which they have access in the share‐
abe share, you would need to modify the share permissions that are
accessible in /tank/users/files/.zfs/shares directory.
Example 3 Adding or Changing Share Properties on a ZFS File System
You can share a file system over both NFS and SMB protocols. For exam‐
ple:
# zfs set share.nfs=on tank/data
# zfs set share.smb=on tank/data
You can further add or change share properties. For example:
# zfs set share.nfs.ro=on tank/data
Example 4 Displaying NFS or SMB Share Information
Display NFS or SMB share information.
Confirm that descendent file systems are shared when the parent file
system is shared. For example:
# zfs get -r share.nfs tank/workspace
NAME PROPERTY VALUE SOURCE
tank/workspace share.nfs on local
tank/workspace% share.nfs on inherited from tank/workspace
tank/workspace/fs1 share.nfs on inherited from tank/workspace
tank/workspace/fs1% share.nfs on inherited from tank/workspace
EXIT STATUS
The following exit values are returned:
0
Successful completion.
1
An error occurred.
2
Invalid command line options were specified.
ATTRIBUTES
See attributes(7) for descriptions of the following attributes:
tab() box; cw(2.75i) |cw(2.75i) lw(2.75i) |lw(2.75i) ATTRIBUTE TYPEAT‐
TRIBUTE VALUE _ Availabilitysystem/file-system/zfs _ Interface Stabili‐
tyCommitted
SEE ALSO
chmod(2), chown(2), stat(2), write(2), fsync(3C), dfstab(5), vfstab(5),
attributes(7), share(8), share_nfs(8), share_smb(8), unshare(8),
zfs(8), zpool(8)
For information about using other ZFS features, see zfs_allow(8),
zfs_encrypt(8), and zfs(8), and the Managing ZFS File Systems in Oracle
Solaris 11.4 book.
Oracle Solaris 11.4 11 May 2021 zfs_share(8)