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Index
A
- accessing
- snapshot
Displaying and Accessing ZFS Snapshots
- ACL entries
- aclinherit propertyZFS Native Property Descriptions
- aclmode propertyZFS Native Property Descriptions
- aclinherit propertyZFS Native Property Descriptions
- aclmode propertyZFS Native Property Descriptions
- adding
- cache devices, example ofAdding Cache Devices
- devices to a poolAdding Devices to a Storage Pool
- disks to a RAID-Z configuration, example ofAdding Disks to a RAID-Z Configuration
- mirrored log deviceAdding a Mirrored Log Device
- ZFS file system to native zonesAdding ZFS File Systems to a Non-Global Zone
- ZFS volumes to native zonesAdding ZFS Volumes to a Non-Global Zone
- adjusting swap and dump device sizesAdjusting the Sizes of ZFS Swap and Dump Devices
- allocated propertyZFS Pool Property Descriptions
- alternate root poolsUsing a ZFS Pool With an Alternate Root Location
- altroot propertyZFS Pool Property Descriptions
- atime propertyZFS Native Property Descriptions
- attaching devices to a poolAttaching and Detaching Devices in a Storage Pool
- automatic mount pointsManaging ZFS Mount Points
- automatic naming
- of a ZFS file systemZFS Automatic Shares
- autoreplace propertyZFS Pool Property Descriptions
- available propertyZFS Native Property Descriptions
B
- boot environment (BE)How to Update a ZFS Boot Environment
- bootblocks, installingBooting From a ZFS Root File System
- bootfs propertyZFS Pool Property Descriptions
- booting
- root file systemBooting From a ZFS Root File System
- ZFS BE on SPARC systemsBooting From a Specific ZFS Boot Environment
C
- cache devices
- adding, example ofAdding Cache Devices
- considerations for usingCreating a ZFS Storage Pool With Cache Devices
- creating a ZFS storage pool withCreating a ZFS Storage Pool With Cache Devices
- removing, example ofRemoving Cache Devices
- cachefile propertyZFS Pool Property Descriptions
- canmount property
- descriptionZFS Native Property Descriptions
- detailed descriptionThe canmount Property
- capacity propertyZFS Pool Property Descriptions
- casesensitivity property
- descriptionZFS Native Property Descriptions
- detailed descriptionThe casesensitivity Property
- checking data integrityFile System Repair
- checksum propertyZFS Native Property Descriptions
- clearing
- device errorsClearing Transient or Persistent Device Errors
- devices in a poolClearing Storage Pool Device Errors
- clones
- creatingCreating a ZFS Clone
- destroyingDestroying a ZFS Clone
- featuresOverview of ZFS Clones
- promotingReplacing a ZFS File System With a ZFS Clone
- command history, displayingDisplaying ZFS Storage Pool Command History
- components
- of ZFS storage pools Seestorage pools
- ZFS naming requirementsNaming ZFS Components
- compressing a ZFS file system
- overviewCompressing ZFS File Systems
- compression algorithms
- in ZFSCompressing ZFS File Systems
- compression propertyZFS Native Property Descriptions
- compressratio propertyZFS Native Property Descriptions
- copies propertyZFS Native Property Descriptions
- detailed descriptionThe copies Property
- crash dumps, savingTroubleshooting ZFS Dump Device Issues
- creating
- alternate root poolsCreating a ZFS Pool With an Alternate Root Location
- clonesCreating a ZFS Clone
- double-parity RAID-Z storage pool
- example ofConfiguring a RAID-Z ZFS File System
- file system
- How to Set Up ZFS on a System
- How to Set Up ZFS on a System
- hot sparesWorking With Hot Spares in Storage Pools
- mirrored ZFS storage poolCreating a Mirrored Storage Pool
- new pool from a split mirrored poolSplitting a Mirrored Storage Pool to Create a New Pool
- single-parity RAID-Z storage pool
- example ofConfiguring a RAID-Z ZFS File System
- snapshotsCreating and Destroying ZFS Snapshots
- storage pools
- How to Set Up ZFS on a System
- Creating ZFS Storage Pools
- cache devicesCreating a ZFS Storage Pool With Cache Devices
- log devicesCreating a ZFS Storage Pool With Log Devices
- triple-parity RAID-Z storage pool
- example ofConfiguring a RAID-Z ZFS File System
- ZFS file systemHow to Create a ZFS File System
- ZFS volumesZFS Volumes
- creation propertyZFS Native Property Descriptions
D
- data
- corruptedRepairing Corrupted ZFS Data
- duplication type, choosingChoosing the Type of Data Redundancy
- identifying corruptionZFS Data Corruption Errors
- repairFile System Repair
- savingSending a ZFS Snapshot
- scrubbing and resilvering
- ZFS Data Scrubbing and Resilvering
- File System Validation
- self-healingRAID-Z Storage Pool Configuration
- sending and receivingSaving, Sending, and Receiving ZFS Data
- validation Seedata scrubbing and resilvering
- dataset
- descriptionManaging Oracle Solaris ZFS File Systems
- dataset types
- descriptionCreating Complex ZFS Queries
- datasets
- delegating to a native zoneDelegating Datasets to a Non-Global Zone
- dedup propertyZFS Native Property Descriptions
- detailed descriptionThe dedup Property
- dedupditto propertyZFS Pool Property Descriptions
- dedupratio propertyZFS Pool Property Descriptions
- defaultgroupquota propertyZFS Native Property Descriptions
- defaultuserquota propertyZFS Native Property Descriptions
- delegated administrationOverview of ZFS Delegated Administration
- delegating
- datasets to a native zoneDelegating Datasets to a Non-Global Zone
- permissions
- command descriptionDelegating ZFS Permissions (zfs allow)
- groupsDelegating create and destroy Permissions to a Group
- individual usersDelegating ZFS Permissions Examples
- delegation property
- descriptionZFS Pool Property Descriptions
- disablingDisabling ZFS Delegated Permissions
- destroying
- clonesDestroying a ZFS Clone
- snapshotsCreating and Destroying ZFS Snapshots
- storage poolsDestroying ZFS Storage Pools
- ZFS file systemHow to Destroy a ZFS File System
- ZFS file system with dependentsDestroying a ZFS File System with Dependents
- detecting
- in-use devicesDevices Actively Being Used
- mismatched redundancy levelsMismatched Redundancy Levels
- device failures
- determining replaceabilityDetermining If a Device Can Be Replaced
- types ofDetermining the Type of Device Failure
- devices
- adding to a storage poolAdding Devices to a Storage Pool
- attaching to a poolAttaching and Detaching Devices in a Storage Pool
- detaching from ZFS storage poolAttaching and Detaching Devices in a Storage Pool
- detecting in-use devicesDevices Actively Being Used
- dump devices, enablingTroubleshooting ZFS Dump Device Issues
- log devicesCreating a ZFS Storage Pool With Log Devices
- removing from a storage poolRemoving Devices From a Storage Pool
- replaceability ofDetermining If a Device Can Be Replaced
- replacingReplacing Devices in a Storage Pool
- returning onlineTaking Devices in a Storage Pool Offline or Returning Online
- taking offlineTaking Devices in a Storage Pool Offline or Returning Online
- devices propertyZFS Native Property Descriptions
- disks in storage pools Seestorage pools
- displaying
- delegated permissionsDisplaying ZFS Delegated Permissions Examples
- pool
- health status
- Storage Pool Health Status
- Determining the Health Status of ZFS Storage Pools
- I/O statistics
- Listing Pool-Wide I/O Statistics
- Viewing I/O Statistics for ZFS Storage Pools
- syslog reporting of ZFS error messagesSystem Reporting of ZFS Error Messages
- dump devices Seeswap and dump devices
- dynamic stripingDynamic Striping in a Storage Pool
E
- EFI label
- interaction with ZFSUsing Disks in a ZFS Storage Pool
- enabling a dump deviceTroubleshooting ZFS Dump Device Issues
- encrypting a ZFS file systemEncrypting ZFS File Systems
- changing keysChanging an Encrypted ZFS File System's Keys
- examples ofEncrypting a ZFS File System by Using a Raw Key
- overviewEncrypting ZFS File Systems
- encryption propertyZFS Native Property Descriptions
- errors, clearingClearing Storage Pool Device Errors
- exec propertyZFS Native Property Descriptions
- exporting storage poolsExporting a ZFS Storage Pool
F
- failmode propertyZFS Pool Property Descriptions
- failures
- corrupted dataRepairing Corrupted ZFS Data
- identifyingIdentifying ZFS Problems
- missing (UNAVAIL) devicesResolving a Removed Device
- fast reboot feature, x86Fast Rebooting a ZFS Root File System
- file access time updated
- atime propertyZFS Native Property Descriptions
- file system
- adding to native zonesAdding ZFS File Systems to a Non-Global Zone
- booting
- root file systemBooting From a ZFS Root File System
- ZFS BE on SPARCBooting From a Specific ZFS Boot Environment
- componentsNaming ZFS Components
- converting to snapshot streamTypes of ZFS Snapshot Streams
- hierarchyDetermining the ZFS File System Hierarchy
- managing
- properties within a zoneManaging ZFS Properties Within a Zone
- migratingHow to Migrate a File System to a ZFS File System
- replacing with clonesReplacing a ZFS File System With a ZFS Clone
- rights profilesHardware and Software Requirements
- snapshots
- accessingDisplaying and Accessing ZFS Snapshots
- renamingRenaming ZFS Snapshots
- using with zones installedUsing ZFS on an Oracle Solaris System With Zones Installed
- files in storage pools Seestorage pools
- free propertyZFS Pool Property Descriptions
G
- guid propertyZFS Pool Property Descriptions
- gzip compression algorithm
- in ZFSCompressing ZFS File Systems
H
- hardware and software requirementsHardware and Software Requirements
- health propertyZFS Pool Property Descriptions
- hot spares
- activating and deactivatingActivating and Deactivating Hot Spares in Your Storage Pool
- addingWorking With Hot Spares in Storage Pools
- detachingDetaching a Hot Spare After the Failed Disk Is Replaced
I
- identifying
- storage pool for importDetermining Available Storage Pools to Import
- storage requirementsIdentifying Storage Requirements
- type of data corruptionIdentifying the Type of Data Corruption
- importing
- alternate root poolsImporting a Pool With an Alternate Root Location
- storage pools
- Importing a Pool By Using a Specific Device Path
- Importing ZFS Storage Pools
- in-use devicesDevices Actively Being Used
- inheriting
- ZFS properties
- descriptionInheriting ZFS Properties
- installing
- bootblocksBooting From a ZFS Root File System
- replacement devices Seereplacing devices
- root pool, automaticInstalling the ZFS Root Pool
K
- keychangedate propertyZFS Native Property Descriptions
- keysource propertyZFS Native Property Descriptions
- keystatus propertyZFS Native Property Descriptions
L
- legacy mount pointsManaging ZFS Mount Points
- listing
- descendents of ZFS file systemsListing Basic ZFS Information
- file systemsConfiguring a Mirrored ZFS File System
- pool information
- Displaying Information About All Storage Pools or a Specific Pool
- Querying ZFS Storage Pool Status
- How to Set Up ZFS on a System
- types of ZFS file systemsTypes of ZFS Objects
- ZFS file systemsListing Basic ZFS Information
- ZFS file systems without header informationTypes of ZFS Objects
- ZFS propertiesQuerying ZFS Properties
- ZFS properties by source valueBasic Querying With the all Option
- ZFS properties for scriptingQuerying ZFS Properties for Scripting
- listshares propertyZFS Pool Property Descriptions
- listsnapshots propertyZFS Pool Property Descriptions
- log devices
- removing, example ofRemoving a Mirrored Log Device
- log devices, creating a ZFS storage pool withCreating a ZFS Storage Pool With Log Devices
- logbias propertyZFS Native Property Descriptions
- lz4 compression algorithm
- in ZFSCompressing ZFS File Systems
- lzjb compression algorithm
- in ZFSCompressing ZFS File Systems
M
- migrating
- descriptionMigrating ZFS File Systems
- file systems
- How to Migrate a File System to a ZFS File System
- Migrating ZFS File Systems
- storage poolsMigrating ZFS Storage Pools
- mirrored configuration
- for redundancyMirrored Storage Pool Configuration
- log devices
- addingAdding a Mirrored Log Device
- creating pool withCreating a ZFS Storage Pool With Log Devices
- splitting a mirrored pool to create a new poolSplitting a Mirrored Storage Pool to Create a New Pool
- storage poolsCreating a Mirrored Storage Pool
- mlslabel propertyZFS Native Property Descriptions
- monitoring
- data scrubbingMonitoring a Scrubbing Operation
- resilvering taskMonitoring a Resilvering Operation
- send stream progressMonitoring a ZFS Snapshot Stream Representation
- status of stream receptionMonitoring the Reception of a Stream
- tasks running on poolsMonitoring ZFS Pool Operations
- mount points
- automaticManaging ZFS Mount Points
- default
- storage poolsDefault Mount Point for Storage Pools Not Empty
- legacyManaging ZFS Mount Points
- managing ZFS
- descriptionManaging ZFS Mount Points
- mounted propertyZFS Native Property Descriptions
- mounting
- ZFS file systemsMounting ZFS File Systems
- mountpoint
- default for ZFS file systemHow to Create a ZFS File System
- mountpoint propertyZFS Native Property Descriptions
- multilevel propertyZFS Native Property Descriptions
N
- named shares
- on a ZFS file systemZFS Named Shares
- names
- for ZFS file systemsIntroduction to ZFS File Systems
- naming requirements of ZFS componentsNaming ZFS Components
- native zones
- adding ZFS file systemAdding ZFS File Systems to a Non-Global Zone
- delegating datasets toDelegating Datasets to a Non-Global Zone
- nbmand propertyZFS Native Property Descriptions
- normalization propertyZFS Native Property Descriptions
- notifying ZFS of reattached deviceNotifying ZFS of Device Availability
O
- origin propertyZFS Native Property Descriptions
P
- permission sets, definedOverview of ZFS Delegated Administration
- planning ZFS implementationPlanning the ZFS Implementation
- pool properties, list of
- ZFS Pool Property Descriptions
- See AlsoZFS properties
- primarycache propertyZFS Native Property Descriptions
- properties of ZFS
- descriptionIntroducing ZFS Properties
- description of heritable propertiesIntroducing ZFS Properties
Q
- quota propertyZFS Native Property Descriptions
- quotas and reservations
- descriptionSetting ZFS Quotas and Reservations
R
- RAID-Z configuration
- adding disks toAdding Disks to a RAID-Z Configuration
- conceptual viewRAID-Z Storage Pool Configuration
- double-parityRAID-Z Storage Pool Configuration
- example ofConfiguring a RAID-Z ZFS File System
- redundancy featureRAID-Z Storage Pool Configuration
- single-parityRAID-Z Storage Pool Configuration
- read-only properties of ZFS
- descriptionZFS Read-Only Native Properties
- readonly propertyZFS Native Property Descriptions
- receiving file system dataReceiving a ZFS Snapshot
- recordsize propertyZFS Native Property Descriptions
- detailed descriptionThe recordsize Property
- recovering destroyed storage poolsRecovering Destroyed ZFS Storage Pools
- recursive stream packageTypes of ZFS Snapshot Streams
- redundancy
- methodsRedundancy Features of a ZFS Storage Pool
- mismatched levelsMismatched Redundancy Levels
- referenced propertyZFS Native Property Descriptions
- refquota propertyZFS Native Property Descriptions
- refreservation propertyZFS Native Property Descriptions
- rekeydate propertyZFS Native Property Descriptions
- removing
- cache devicesRemoving Cache Devices
- devices from a storage poolRemoving Devices From a Storage Pool
- log devicesRemoving a Mirrored Log Device
- permissionsRemoving ZFS Delegated Permissions (zfs unallow)
- renaming
- snapshotsRenaming ZFS Snapshots
- storage poolsImporting ZFS Storage Pools
- ZFS file systemHow to Rename a ZFS File System
- repairing
- an unbootable systemRepairing an Unbootable System
- corrupted file or directoryRepairing a Corrupted File or Directory
- damaged ZFS configurationsRepairing a Damaged ZFS Configuration
- pool-wide damageRepairing ZFS Storage Pool-Wide Damage
- replacing
- a missing deviceResolving a Missing or Removed Device
- devices
- Viewing Resilvering Status
- Replacing a Device in a ZFS Storage Pool
- Replacing Devices in a Storage Pool
- replication
- stream packageTypes of ZFS Snapshot Streams
- reservation propertyZFS Native Property Descriptions
- rights profiles for ZFS managementHardware and Software Requirements
- rolling back snapshotsRolling Back a ZFS Snapshot
- root pools
- alternate locationUsing a ZFS Pool With an Alternate Root Location
- automatic installationInstalling the ZFS Root Pool
- considerations for configurationZFS Root Pool Configuration Recommendations
- mirrored configuration in
- SPARC or x86/EFI (GPT)How to Configure a Mirrored Root Pool (SPARC or x86/EFI (GPT))
- SPARC or x86/VTOCHow to Configure a Mirrored Root Pool (SPARC or x86/VTOC)
- replacing disksReplacing Disks in a ZFS Root Pool
- space requirementsZFS Root Pool Space Requirements
- rstchown propertyZFS Native Property Descriptions
S
- saving
- crash dumpsTroubleshooting ZFS Dump Device Issues
- file system dataSending a ZFS Snapshot
- scripting pool output
- pool outputDisplaying Specific Storage Pool Statistics
- scrubbing and resilvering
- ZFS Data Scrubbing and Resilvering
- File System Validation
- secondarycache propertyZFS Native Property Descriptions
- sending and receiving file system dataSaving, Sending, and Receiving ZFS Data
- separate log devices, considerations for usingCreating a ZFS Storage Pool With Log Devices
- settable properties of ZFS
- descriptionSettable ZFS Native Properties
- setting
- compression propertyConfiguring a Mirrored ZFS File System
- legacy mount pointsLegacy Mount Points
- mountpoint propertyConfiguring a Mirrored ZFS File System
- quota propertyConfiguring a Mirrored ZFS File System
- share.nfs propertyConfiguring a Mirrored ZFS File System
- ZFS atime propertySetting ZFS Properties
- ZFS file system quotaSetting Quotas on ZFS File Systems
- ZFS file system reservationSetting Reservations on ZFS File Systems
- ZFS mount pointsAutomatic Mount Points
- ZFS quotaSetting ZFS Properties
- setuid propertyZFS Native Property Descriptions
- shadow migrationMigrating ZFS File Systems
- shadow propertyZFS Native Property Descriptions
- share.nfs property
- descriptionZFS Native Property Descriptions
- exampleSharing and Unsharing ZFS File Systems
- share.smb propertyZFS Native Property Descriptions
- share.smb property
- detailed descriptionThe share.smb Property
- sharenfs property
- example
- ZFS Named Shares
- Sharing and Unsharing ZFS File Systems
- sharesmb property
- exampleSharing and Unsharing ZFS File Systems
- sharing
- ZFS file systemsSharing and Unsharing ZFS File Systems
- named sharesZFS Named Shares
- with automatic namingZFS Automatic Shares
- sharing ZFS file systems
- share.smb propertyThe share.smb Property
- size propertyZFS Pool Property Descriptions
- snapdir propertyZFS Native Property Descriptions
- snapshot
- accessingDisplaying and Accessing ZFS Snapshots
- applying property valuesApplying Different Property Values to a ZFS Snapshot Stream
- copyingSending a ZFS Snapshot
- creatingCreating and Destroying ZFS Snapshots
- destroyingCreating and Destroying ZFS Snapshots
- featuresOverview of ZFS Snapshots
- monitoring streams
- receivingMonitoring the Reception of a Stream
- sendingMonitoring a ZFS Snapshot Stream Representation
- renamingRenaming ZFS Snapshots
- rolling backRolling Back a ZFS Snapshot
- sending and receiving data streams
- Receiving a ZFS Snapshot
- Sending a ZFS Snapshot
- space accountingDisplaying and Accessing ZFS Snapshots
- splitting a mirrored poolSplitting a Mirrored Storage Pool to Create a New Pool
- storage pools
- clearing device errors
- Clearing Transient or Persistent Device Errors
- Clearing Storage Pool Device Errors
- components
- disksUsing Disks in a ZFS Storage Pool
- filesUsing Files in a ZFS Storage Pool
- virtual devicesCreating ZFS Storage Pools
- creating
- mirrored configurationCreating a Mirrored Storage Pool
- performing a dry runDoing a Dry Run of Storage Pool Creation
- RAID-Z configurationConfiguring a RAID-Z ZFS File System
- default mount pointDefault Mount Point for Storage Pools Not Empty
- destroyingDestroying ZFS Storage Pools
- device failure inDetermining the Type of Device Failure
- devices
- addingAdding Devices to a Storage Pool
- attaching and detachingAttaching and Detaching Devices in a Storage Pool
- configuring vdevsCreating ZFS Storage Pools
- determining replaceabilityDetermining If a Device Can Be Replaced
- removingRemoving Devices From a Storage Pool
- replacing
- Replacing a Device in a ZFS Storage Pool
- Resolving a Missing or Removed Device
- Replacing Devices in a Storage Pool
- taking offline and returning onlineTaking Devices in a Storage Pool Offline or Returning Online
- displaying
- health status
- Storage Pool Health Status
- Determining the Health Status of ZFS Storage Pools
- I/O statisticsListing Pool-Wide I/O Statistics
- dynamic stripingDynamic Striping in a Storage Pool
- exportingExporting a ZFS Storage Pool
- files inUsing Files in a ZFS Storage Pool
- importing
- alternate source directoriesImporting a Pool By Using a Specific Device Path
- identifying available poolsDetermining Available Storage Pools to Import
- renaming pools whileImporting ZFS Storage Pools
- listingDisplaying Information About All Storage Pools or a Specific Pool
- migratingMigrating ZFS Storage Pools
- mirrored configurationMirrored Storage Pool Configuration
- notifying ZFS of device availabilityNotifying ZFS of Device Availability
- problems in
- Determining If Problems Exist in a ZFS Storage Pool
- Identifying Problems With ZFS Storage Pools
- Identifying ZFS Problems
- RAID-Z configurationRAID-Z Storage Pool Configuration
- recovering a destroyed poolRecovering Destroyed ZFS Storage Pools
- rights profilesHardware and Software Requirements
- scripting storage pool output
- Displaying Specific Storage Pool Statistics
- Displaying Specific Storage Pool Statistics
- splitting a mirrored poolSplitting a Mirrored Storage Pool to Create a New Pool
- status information for troubleshootingOverall Pool Status Information
- system error messagesSystem Reporting of ZFS Error Messages
- upgradingUpgrading ZFS Storage Pools
- using whole disksUsing Disks in a ZFS Storage Pool
- viewing resilvering processViewing Resilvering Status
- storage requirementsIdentifying Storage Requirements
- stream package
- recursiveTypes of ZFS Snapshot Streams
- replicationTypes of ZFS Snapshot Streams
- swap and dump devices
- adjusting sizesAdjusting the Sizes of ZFS Swap and Dump Devices
- descriptionManaging ZFS Swap and Dump Devices
- viewingViewing Swap and Dump Information
- sync propertyZFS Native Property Descriptions
T
- tasks
- creating a ZFS file systemHow to Create a ZFS File System
- destroying a ZFS file system
- How to Rename a ZFS File System
- How to Destroy a ZFS File System
- traditional file systems and ZFSOracle Solaris ZFS Features
- troubleshooting
- clear device errorsClearing Transient or Persistent Device Errors
- data corruption
- Identifying the Type of Data Corruption
- ZFS Data Corruption Errors
- determining if a device can be replacedDetermining If a Device Can Be Replaced
- device failureDetermining the Type of Device Failure
- file system migrationMigrating ZFS File Systems
- identifying problems
- Determining If Problems Exist in a ZFS Storage Pool
- Identifying Problems With ZFS Storage Pools
- missing (UNAVAIL) devicesResolving a Removed Device
- notifying ZFS of reattached deviceNotifying ZFS of Device Availability
- pool status informationOverall Pool Status Information
- repairing
- corrupted file or directoryRepairing a Corrupted File or Directory
- damaged ZFS configurationRepairing a Damaged ZFS Configuration
- pool-wide damageRepairing ZFS Storage Pool-Wide Damage
- unbootable systemRepairing an Unbootable System
- replacing
- devices
- Viewing Resilvering Status
- Replacing a Device in a ZFS Storage Pool
- missing deviceResolving a Missing or Removed Device
- storage pool creation issuesHandling ZFS Storage Pool Creation Issues
- syslog reporting of ZFS error messagesSystem Reporting of ZFS Error Messages
- ZFS failuresIdentifying ZFS Problems
- type propertyZFS Native Property Descriptions
U
- unmounting
- ZFS file systemsUnmounting ZFS File Systems
- unsharing
- ZFS file systemsSharing and Unsharing ZFS File Systems
- upgrading
- storage poolUpgrading ZFS Storage Pools
- ZFS file systems
- descriptionUpgrading ZFS File Systems
- used property
- descriptionZFS Native Property Descriptions
- detailed descriptionZFS Read-Only Native Properties
- usedbychildren propertyZFS Native Property Descriptions
- usedbydataset propertyZFS Native Property Descriptions
- usedbyrefreservation propertyZFS Native Property Descriptions
- usedbysnapshots propertyZFS Native Property Descriptions
- user properties of ZFSZFS User Properties
- utf8only propertyZFS Native Property Descriptions
V
- version propertyZFS Native Property Descriptions
- version propertyZFS Pool Property Descriptions
- virtual devicesCreating ZFS Storage Pools
- volblocksize propertyZFS Native Property Descriptions
- volsize propertyZFS Native Property Descriptions
- detailed descriptionThe volsize Property
- vscan propertyZFS Native Property Descriptions
W
- whole disks as components Seestorage pools
X
- xattr propertyZFS Native Property Descriptions
Z
- ZFS
- comparison with traditional file systemsOracle Solaris ZFS Features
- featuresOracle Solaris ZFS Features
- on zonesUsing ZFS on an Oracle Solaris System With Zones Installed
- planning deployment ofPlanning the ZFS Implementation
- versionsOverview of ZFS Versions
- zfs create command
- descriptionHow to Create a ZFS File System
- zfs destroy -r commandDestroying a ZFS File System with Dependents
- zfs destroy commandHow to Destroy a ZFS File System
- ZFS file system
- descriptionIntroduction to ZFS File Systems
- namesIntroduction to ZFS File Systems
- ZFS file systems
- compressingCompressing ZFS File Systems
- dataset types
- descriptionCreating Complex ZFS Queries
- default mountpointHow to Create a ZFS File System
- destroyingHow to Destroy a ZFS File System
- destroying with dependentsDestroying a ZFS File System with Dependents
- encryptingEncrypting ZFS File Systems
- inheriting propertyInheriting ZFS Properties
- listing
- descendentsListing Basic ZFS Information
- descriptionListing Basic ZFS Information
- properties by source valueBasic Querying With the all Option
- properties for scriptingQuerying ZFS Properties for Scripting
- properties ofQuerying ZFS Properties
- types of datasetsTypes of ZFS Objects
- without headersTypes of ZFS Objects
- managing
- automatic mount pointsManaging ZFS Mount Points
- legacy mount pointsManaging ZFS Mount Points
- mount pointsManaging ZFS Mount Points
- mountingMounting ZFS File Systems
- renamingHow to Rename a ZFS File System
- setting
- a quotaSetting Quotas on ZFS File Systems
- a reservationSetting Reservations on ZFS File Systems
- atime propertySetting ZFS Properties
- legacy mount pointsLegacy Mount Points
- mountpoint propertyAutomatic Mount Points
- quota propertySetting ZFS Properties
- sharingSharing and Unsharing ZFS File Systems
- unmountingUnmounting ZFS File Systems
- unsharingSharing and Unsharing ZFS File Systems
- upgrading
- descriptionUpgrading ZFS File Systems
- zfs get command
- descriptionQuerying ZFS Properties
- –H and –o optionsQuerying ZFS Properties for Scripting
- –s option (source type)Basic Querying With the all Option
- zfs inherit commandInheriting ZFS Properties
- ZFS intent log (ZIL)Creating a ZFS Storage Pool With Log Devices
- zfs list command
- descriptionListing Basic ZFS Information
- –H option (without headers)Types of ZFS Objects
- –r option (recursive)Listing Basic ZFS Information
- –t option (dataset types)Types of ZFS Objects
- zfs mount commandMounting ZFS File Systems
- ZFS properties
- canmount propertyThe canmount Property
- casesensitivity propertyThe casesensitivity Property
- copies propertyThe copies Property
- dedup propertyThe dedup Property
- descriptionIntroducing ZFS Properties
- description of inheritableIntroducing ZFS Properties
- list ofIntroducing ZFS Properties
- managing in zonesManaging ZFS Properties Within a Zone
- read-onlyZFS Read-Only Native Properties
- recordsize propertyThe recordsize Property
- settableSettable ZFS Native Properties
- used propertyZFS Read-Only Native Properties
- user propertiesZFS User Properties
- volsize propertyThe volsize Property
- zfs rename commandHow to Rename a ZFS File System
- zfs set command
- atime propertySetting ZFS Properties
- mountpoint propertyAutomatic Mount Points
- mountpoint=legacy propertyLegacy Mount Points
- quota property
- Setting Quotas on ZFS File Systems
- Setting ZFS Properties
- reservation propertySetting Reservations on ZFS File Systems
- share propertyLegacy ZFS Sharing Syntax
- zfs unmount command
- Sharing and Unsharing ZFS File Systems
- Unmounting ZFS File Systems
- zfs upgrade commandUpgrading ZFS File Systems
- ZFS volumes
- adding to native zonesAdding ZFS Volumes to a Non-Global Zone
- creatingZFS Volumes
- zle compression algorithm
- in ZFSCompressing ZFS File Systems
- zoned property
- Understanding the zoned Property
- ZFS Native Property Descriptions
- zones
- adding ZFS file systemAdding ZFS File Systems to a Non-Global Zone
- adding ZFS volumesAdding ZFS Volumes to a Non-Global Zone
- delegating datasets to a native zoneDelegating Datasets to a Non-Global Zone
- managing ZFS propertiesManaging ZFS Properties Within a Zone
- using with ZFSUsing ZFS on an Oracle Solaris System With Zones Installed
- zoned propertyUnderstanding the zoned Property