Index

Symbols

.zfs/clones directory 8.2.3

A

accessing
- clones 8.2.3
- snapshot 8.1.2
ACL entries
- aclinherit property 7.4
- aclmode property 7.4
aclinherit property 7.4
aclmode property 7.4
adding
- cache devices, example of 4.1
- devices to a pool 4.1
- disks to a RAID-Z configuration, example of 4.1
- mirrored log device 4.1
- ZFS file system to native zones 10.2.1
- ZFS volumes to native zones 10.2.3
adjusting swap and dump device sizes 6.3.2
allocated property 5.1
alternate root pools 10.3
altroot property 5.1
atime property 7.4
attaching devices to a pool 4.3
automatic file retention 7.15.5
automatic mount points 7.7.1
automatic naming
- of a ZFS file system 7.8.3.4
autoreplace property 5.1
available property 7.4

B

bandwidth limits
- setting for a dataset 7.12
bootblocks, installing 6.4
boot environment (BE) 6.2.3
bootfs property 5.1
booting
- root file system 6.4
- ZFS BE on SPARC systems 6.4.2.1

C

cache devices
- adding, example of 4.1
- considerations for using 3.1.5
- creating a ZFS storage pool with 3.1.5
- removing, example of 4.2
cachefile property 5.1
canmount property
- description 7.4
- detailed description 7.4.2.1
capacity property 5.1
casesensitivity property
- description 7.4
- detailed description 7.4.2.2
checking data integrity 11.5.2.1
checksum property 7.4
clearing
- device errors 11.4.2.2
- devices in a pool 4.6
clones
- accessing 8.2.3
- creating 8.2.1
- destroying 8.2.2
- displaying 8.2.3
- features 8.2
- promoting 8.2.4
clustered property 5.1
command history, displaying 5.2.1.4
components
- of ZFS storage pools 1.3.1
- ZFS naming requirements 2.2.1
compressing a ZFS file system
- overview 7.13
compression algorithms
- in ZFS 7.13
compression property 7.4
compressratio property 7.4
copies property 7.4
- detailed description 7.4.2.3
crash dumps, saving 6.3.3
creating
- alternate root pools 10.3.1
- clones 8.2.1
- double-parity RAID-Z storage pool
  - example of 3.1.1
- file system 3.1.1
- hot spares 4.8
- mirrored ZFS storage pool 3.1.2
- new pool from a split mirrored pool 4.4
- single-parity RAID-Z storage pool
  - example of 3.1.1
- snapshots 8.1.1
- storage pools 3.1, 3.1.1
  - cache devices 3.1.5
  - log devices 3.1.4
- triple-parity RAID-Z storage pool
  - example of 3.1.1
- ZFS file system 7.2.1
- ZFS file system with file retention 7.15.1
- ZFS volumes 10.1
creation property 7.4

D

data
- corrupted 11.5.3
- duplication type, choosing 2.2.3
- identifying corruption 11.3.2.4
- repair 11.5.2.1
- saving 8.3.3
- scrubbing and resilvering 11.5.2.2, 11.5.2.3.3
- self-healing 1.4.2
- sending and receiving 8.3
- validation 11.5.2.2
data scrubbing
- automatic 11.5.2.3.2
- scheduled 11.5.2.3.2
dataset
- description 7
datasets
- delegating to a native zone 10.2.2
dataset types
- description 7.5.2
dedupditto property 5.1
dedup property 7.4
- detailed description 7.4.2.4
dedupratio property 5.1
defaultgroupquota property 7.4
defaultuserquota property 7.4
delegated administration 9.1
delegating
- datasets to a native zone 10.2.2
- permissions
  - command description 9.2.1
  - groups 9.3
  - individual users 9.3
delegation property
- description 5.1
- disabling 9.1
destroying
- clones 8.2.2
- snapshots 8.1.1
- storage pools 3.2
- ZFS file system 7.3.1
detecting
- in-use devices 3.1.7.1
- mismatched redundancy levels 3.1.7.2
device failures
- determining replaceability 11.4.2.3.1
- types of 11.4.2.1
devices
- adding to a storage pool 4.1
- attaching to a pool 4.3
- detaching from ZFS storage pool 4.3
- detecting in-use devices 3.1.7.1
- dump devices, enabling 6.3.3
- log devices 3.1.4
- removing from a storage pool 4.2
- replaceability of 11.4.2.3.1
- replacing 4.7
- returning online 4.5
- taking offline 4.5
devices property 7.4
disks in storage pools 1.3.1
displaying
- clones 8.2.3
- delegated permissions 9.4
- pool
  - health status 5.2.3, 5.2.3.1
  - I/O statistics 5.2.2, 5.2.2.1
- syslog reporting of ZFS error messages 11.2.3
dump devices 4.7
dynamic striping 1.4.4

E

EFI label
- interaction with ZFS 1.3.1
enabling
- file retention 7.15.1
enabling a dump device 6.3.3
enabling scheduled scrubbing 11.5.2.3.2
encrypting a ZFS file system 7.14
- changing keys 7.14.1
- examples of 7.14.5
- overview 7.14
encryption property 7.4
errors, clearing 4.6
exec property 7.4
exporting storage pools 5.3.2

F

failmode property 5.1
failures
- corrupted data 11.5.3
- identifying 11.1
- missing (UNAVAIL) devices 11.4.1.1
fast reboot feature, x86 6.4.3.2
file access time updated
- atime property 7.4
file retention 7.15, 7.15.1, 7.15.3
- automatic 7.15.5
- properties 7.15.2
- restrictions 7.15.6
files in storage pools 1.3.2
file system
- adding to native zones 10.2.1
- booting
  - root file system 6.4
  - ZFS BE on SPARC 6.4.2.1
- components 2.2.1
- converting to snapshot stream 8.3.2
- hierarchy 2.2.4
- managing
  - properties within a zone 10.2.5
- migrating 7.16.1
- replacing with clones 8.2.4
- rights profiles 2.1
- snapshots
  - accessing 8.1.2
  - renaming 8.1.1.2
- using with zones installed 10.2
free property 5.1

G

guid property 5.1
gzip compression algorithm
- in ZFS 7.13

H

hardware and software requirements 2.1
health property 5.1
hot spares
- activating and deactivating 4.8.2
- adding 4.8
- detaching 4.8.2

I

I/O limits
- setting for a dataset 7.12
identifying
- storage pool for import 5.3.3
- storage requirements 2.2.2
- type of data corruption 11.5.4
importing
- alternate root pools 10.3.2
- storage pools 5.3.4, 5.3.4.3
inheriting
- ZFS properties
  - description 7.6.2
installing
- bootblocks 6.4
- replacement devices 4.7
- root pool, automatic 6.1.3
in-use devices 3.1.7.1

K

keychangedate property 7.4
keysource property 7.4
keystatus property 7.4

L

legacy mount points 7.7.1
listing
- descendents of ZFS file systems 7.5.1
- file systems 3.1.1
- pool information 3.1.1, 5.2, 5.2.1.1
- types of ZFS file systems 7.5.2
- ZFS file systems 7.5.1
- ZFS file systems without header information 7.5.2
- ZFS properties 7.6.3
- ZFS properties by source value 7.6.3
- ZFS properties for scripting 7.6.4
listshares property 5.1
listsnapshots property 5.1
logbias property 7.4
log devices
- removing, example of 4.2
log devices, creating a ZFS storage pool with 3.1.4
lz4 compression algorithm
- in ZFS 7.13
lzjb compression algorithm
- in ZFS 7.13

M

migrating
- description 7.16
- file systems 7.16, 7.16.1
- storage pools 5.3
mirrored configuration
- for redundancy 1.4.1
- log devices
  - adding 4.1
  - creating pool with 3.1.4
- splitting a mirrored pool to create a new pool 4.4
- storage pools 3.1.2
mlslabel property 7.4, 7.4.2.6
monitoring
- data scrubbing 8.4
- resilvering task 8.4
- send stream progress 8.4
- status of stream reception 8.4
- tasks running on pools 8.4
mounted property 7.4
mounting
- ZFS file systems 7.7.2
mountpoint
- default for ZFS file system 7.2.1
mountpoint property 7.4, 8.2.3
mount points
- automatic 7.7.1
- default
  - storage pools 3.1.7.3
- legacy 7.7.1
- managing ZFS
  - description 7.7.1
multilevel property 7.4, 7.4.2.7

N

named shares
- on a ZFS file system 7.8.3.3
names
- for ZFS file systems 7.1
naming requirements of ZFS components 2.2.1
native zones
- adding ZFS file system 10.2.1
- delegating datasets to 10.2.2
nbmand property 7.4
normalization property 7.4
notifying ZFS of reattached device 11.4.1.3

O

origin property 7.4

P

permission sets, defined 9.1
planning ZFS implementation 2.2
pool properties, list of 5.1
primarycache property 7.4
properties of ZFS
- description 7.4
- description of heritable properties 7.4

Q

quota property 7.4
quotas and reservations
- description 7.10

R

RAID-Z configuration
- adding disks to 4.1
- conceptual view 1.4.2
- double-parity 1.4.2
- example of 3.1.1
- redundancy feature 1.4.2
- single-parity 1.4.2
read-only properties of ZFS
- description 7.4.1
readonly property 7.4
receiving file system data 8.3.5, 8.3.8
recordsize property 7.4
- detailed description 7.4.2.8
recovering destroyed storage pools 5.3.5
recursive stream package 8.3.2
redundancy
- methods 1.4
- mismatched levels 3.1.7.2
referenced property 7.4
refquota property 7.4
refreservation property 7.4
rekeydate property 7.4
removing
- cache devices 4.2
- devices from a storage pool 4.2
- log devices 4.2
- permissions 9.2.2
renaming
- snapshots 8.1.1.2
- storage pools 5.3.4
- ZFS file system 7.3.2
repairing
- an unbootable system 11.7
- corrupted file or directory 11.5.5
- damaged ZFS configurations 11.6
- pool-wide damage 11.5.6
replacing
- a missing device 11.4.1
- devices 4.7, 11.4.2.3.3, 11.4.2.3.4
replication
- stream package 8.3.2
reservation property 7.4
retaining
- files 7.15, 7.15.3, 7.15.6
- zero-length files 7.15.4
rights profiles for ZFS management 2.1
rolling back snapshots 8.1.4
root pools
- alternate location 10.3
- automatic installation 6.1.3
- considerations for configuration 6.1.2
- mirrored configuration in
  - SPARC or x86/EFI (GPT) 6.2.1
  - SPARC or x86/VTOC 6.2.2
- replacing disks 6.2.5
- space requirements 6.1.1
rstchown property 7.4

S

saving
- crash dumps 6.3.3
- file system data 8.3.3
scheduled scrub intervals 11.5.2.3.2
scripting pool output
- pool output 5.2.1.2
scrubbing and resilvering 11.5.2.2, 11.5.2.3.3
secondarycache property 7.4
sending and receiving file system data 8.3
separate log devices, considerations for using 3.1.4
settable properties of ZFS
- description 7.4.2
setting
- compression property 3.1.1
- legacy mount points 7.7.1.2
- mountpoint property 3.1.1
- quota property 3.1.1
- share.nfs property 3.1.1
- ZFS atime property 7.6.1
- ZFS file system quota 7.10.1
- ZFS file system reservation 7.11
- ZFS mount points 7.7.1.1
- ZFS quota 7.6.1
setuid property 7.4
shadow migration 7.16
shadow property 7.4
share.nfs property
- description 7.4
- example 7.8
share.smb property 7.4
- detailed description 7.4.2.9
sharenfs property
- example 7.8, 7.8.3.3
sharesmb property
- example 7.8
sharing
- ZFS file systems 7.8
  - named shares 7.8.3.3
  - with automatic naming 7.8.3.4
sharing ZFS file systems
- share.smb property 7.4.2.9
size property 5.1
snapdir property 7.4
snapshot
- accessing 8.1.2
- applying property values 8.3.6
- copying 8.3.3
- creating 8.1.1
- destroying 8.1.1
- features 8.1
- monitoring streams
  - receiving 8.4
  - sending 8.4
- performing raw data streams 8.3.3
- renaming 8.1.1.2
- rolling back 8.1.4
- sending and receiving data streams 8.3.3, 8.3.5, 8.3.8
- space accounting 8.1.3
space accounting
- snapshots 8.1.3
splitting a mirrored pool 4.4
storage pools
- clearing device errors 4.6, 11.4.2.2
- components
  - disks 1.3.1
  - files 1.3.2
  - virtual devices 3.1
- creating
  - mirrored configuration 3.1.2
  - performing a dry run 3.1.6
  - RAID-Z configuration 3.1.1
- default mount point 3.1.7.3
- destroying 3.2
- device failure in 11.4.2.1
- devices
  - adding 4.1
  - attaching and detaching 4.3
  - configuring vdevs 3.1
  - determining replaceability 11.4.2.3.1
  - removing 4.2
  - replacing 4.7, 11.4.1, 11.4.2.3.3
  - taking offline and returning online 4.5
- displaying
  - health status 5.2.3, 5.2.3.1
  - I/O statistics 5.2.2.1
- dynamic striping 1.4.4
- exporting 5.3.2
- files in 1.3.2
- importing
  - alternate source directories 5.3.4.3
  - identifying available pools 5.3.3
  - renaming pools while 5.3.4
- listing 5.2.1.1
- migrating 5.3
- mirrored configuration 1.4.1
- notifying ZFS of device availability 11.4.1.3
- problems in 11.1, 11.3, 11.3.1
- RAID-Z configuration 1.4.2
- recovering a destroyed pool 5.3.5
- rights profiles 2.1
- scripting storage pool output 5.2.1.2
- splitting a mirrored pool 4.4
- status information for troubleshooting 11.3.2.1
- system error messages 11.2.3
- upgrading 5.4
- using whole disks 1.3.1
- viewing resilvering process 11.4.2.3.4
storage requirements 2.2.2
stream package
- recursive 8.3.2
- replication 8.3.2
swap and dump devices
- adjusting sizes 6.3.2
- description 6.3
- viewing 6.3.1
sync property 7.4

T

tasks
- creating a ZFS file system 7.2.1
- destroying a ZFS file system 7.3.1
- renaming a ZFS file system 7.3.2
traditional file systems and ZFS 1.2
troubleshooting
- clear device errors 11.4.2.2
- data corruption 11.3.2.4, 11.5.4
- determining if a device can be replaced 11.4.2.3.1
- device failure 11.4.2.1
- file system migration 7.16
- identifying problems 11.3, 11.3.1
- missing (UNAVAIL) devices 11.4.1.1
- notifying ZFS of reattached device 11.4.1.3
- pool status information 11.3.2.1
- repairing
  - corrupted file or directory 11.5.5
  - damaged ZFS configuration 11.6
  - pool-wide damage 11.5.6
  - unbootable system 11.7
- replacing
  - devices 11.4.2.3.3, 11.4.2.3.4
  - missing device 11.4.1
- storage pool creation issues 3.1.7
- syslog reporting of ZFS error messages 11.2.3
- ZFS failures 11.1
type property 7.4

U

unmounting
- ZFS file systems 7.7.4
unsharing
- ZFS file systems 7.8
upgrading
- storage pool 5.4
- ZFS file systems
  - description 7.17
usedbychildren property 7.4
usedbydataset property 7.4
usedbyrefreservation property 7.4
usedbysnapshots property 7.4
used property
- description 7.4
- detailed description 7.4.1
user properties of ZFS 7.4.3
utf8only property 7.4

V

version property 5.1, 7.4
virtual devices 3.1
volblocksize property 7.4
volsize property 7.4
- detailed description 7.4.2.10
vscan property 7.4

W

whole disks as components 1.3.1

X

xattr property 7.4

Z

zero-length files
- retaining 7.15.4
ZFS
- comparison with traditional file systems 1.2
- features 1.2
- on zones 10.2
- planning deployment of 2.2
- versions A.1
zfs create command
- description 7.2.1
ZFS datasets
- setting limits on bandwidth use 7.12
zfs destroy command 7.3.1
ZFS file system
- description 7.1
- names 7.1
ZFS file systems
- compressing 7.13
- dataset types
  - description 7.5.2
- default mountpoint 7.2.1
- destroying 7.3.1
- encrypting 7.14
- inheriting property 7.6.2
- listing
  - descendents 7.5.1
  - description 7.5.1
  - properties by source value 7.6.3
  - properties for scripting 7.6.4
  - properties of 7.6.3
  - types of datasets 7.5.2
  - without headers 7.5.2
- managing
  - automatic mount points 7.7.1
  - legacy mount points 7.7.1
  - mount points 7.7.1
- mounting 7.7.2
- renaming 7.3.2
- setting
  - a quota 7.10.1
  - a reservation 7.11
  - atime property 7.6.1
  - legacy mount points 7.7.1.2
  - mountpoint property 7.7.1.1
  - quota property 7.6.1
- sharing 7.8
- unmounting 7.7.4
- unsharing 7.8
- upgrading
  - description 7.17
ZFS file system with file retention 7.15.1
- creating 7.15.1
zfs get command
- description 7.6.3
- -H and -o options 7.6.4
- -s option (source type) 7.6.3
zfs inherit command 7.6.2
ZFS intent log (ZIL) 3.1.4
zfs list command
- description 7.5.1
- -H option (without headers) 7.5.2
- -r option (recursive) 7.5.1
- -t option (dataset types) 7.5.2
zfs mount command 7.7.2
ZFS properties
- canmount property 7.4.2.1
- casesensitivity property 7.4.2.2
- copies property 7.4.2.3
- dedup property 7.4.2.4
- description 7.4
- description of inheritable 7.4
- file retention 7.15.2
- list of 7.4
- managing in zones 10.2.5
- read-only 7.4.1
- recordsize property 7.4.2.8
- settable 7.4.2
- used property 7.4.1
- user properties 7.4.3
- volsize property 7.4.2.10
zfs rename command 7.3.2
zfs set command
- atime property 7.6.1
- mountpoint=legacy property 7.7.1.2
- mountpoint property 7.7.1.1
- quota property 7.6.1, 7.10.1
- reservation property 7.11
- share property 7.8.2
zfs unmount command 7.7.4, 7.8
zfs upgrade command 7.17
ZFS volumes
- adding to native zones 10.2.3
- creating 10.1
zle compression algorithm
- in ZFS 7.13
zoned property 7.4, 10.2.6
zones
- adding ZFS file system 10.2.1
- adding ZFS volumes 10.2.3
- delegating datasets to a native zone 10.2.2
- managing ZFS properties 10.2.5
- using with ZFS 10.2
- zoned property 10.2.6