Symbols
- /boot/grub/menu.lst file, Encapsulating and mirroring the root disk
- /dev/vx/dmp directory, How DMP works
- /dev/vx/rdmp directory, How DMP works
- /etc/default/vxassist file, Setting default values for vxassist, Configuring hot-relocation to use only spare disks
- /etc/default/vxdg defaults file, Activation modes of shared disk groups
- /etc/default/vxdg file, Creating a disk group
- /etc/fstab file, About the /etc/fstab file, Removing a volume
- /etc/gabtab
- VCS, About Cluster Server architecture
- /etc/grub.conf file, Encapsulating and mirroring the root disk
- /etc/init.d/vxvm-recover file, Modifying the behavior of hot-relocation
- /etc/lilo.conf file, Encapsulating and mirroring the root disk
- /etc/llthosts
- VCS, About Cluster Server architecture
- /etc/llttab
- VCS, About Cluster Server architecture
- /etc/volboot file, About the configuration daemon in Veritas Volume Manager
- /etc/vx/darecs file, About the configuration daemon in Veritas Volume Manager
- /etc/vx/volboot file, Handling errors when importing disks
A
- A/A disk arrays, How DMP works
- A/A-A disk arrays, How DMP works
- A/P disk arrays, How DMP works
- A/P-C disk arrays, How DMP works
- A/PF disk arrays, How DMP works
- A/PG disk arrays, How DMP works
- about
- DMP, About Dynamic Multi-Pathing (DMP)
- Veritas InfoScale Operations Manager, About Veritas InfoScale Operations Manager
- about deploying Oracle with CNFS, About deploying Oracle with CNFS
- access port, How DMP works
- Actions, Actions
- activation modes for shared disk groups, Activation modes of shared disk groups
- active path attribute, Setting the attributes of the paths to an enclosure
- active paths
- devices, Displaying the redundancy level of a device or enclosure, Specifying the minimum number of active paths
- ACTIVE state, Linked break-off snapshot volumes
- Active/Active disk arrays, How DMP works
- Active/Passive disk arrays, How DMP works
- adaptive load-balancing, Specifying the I/O policy
- adaptiveminq policy, Specifying the I/O policy
- adding disks, Using vxdiskadd to put a disk under VxVM control
- Administering
- Clustered NFS, Administering Clustered NFS
- FSS, Administering Flexible Storage Sharing
- administration
- SFCFSHA, About Storage Foundation Cluster File System High Availability administration
- Agents
- CVM, Storage Foundation Cluster File System High Availability and Veritas Volume Manager cluster functionality agents
- allocation
- site-based, About sites and remote mirrors
- allocation policies, Fixed extent size
- default, Fixed extent size
- extent, About extents
- extent based, About extents, Veritas File System features
- APM
- configuring, Configuring Array Policy Modules
- Architecture
- SFCFSHA, About Storage Foundation Cluster File System High Availability architecture
- VCS, About Cluster Server architecture
- array policy module (APM)
- configuring, Configuring Array Policy Modules
- array ports
- disabling for DMP, Disabling I/O for paths, controllers, array ports, or DMP nodes
- displaying information about, Displaying information about array ports
- enabling for DMP, Enabling I/O for paths, controllers, array ports, or DMP nodes
- array support library (ASL), Disk categories
- Array Volume ID
- device naming, Changing the disk device naming scheme
- arrays
- DMP support, About discovering disks and dynamically adding disk arrays
- ASL
- array support library, About discovering disks and dynamically adding disk arrays, Disk categories
- Asymmetric Active/Active disk arrays, How DMP works
- Asymmetric mounts, About asymmetric mounts
- asymmetric mounts
- mount_vxfs(1M), About asymmetric mounts
- ATTACHING state, Linked break-off snapshot volumes
- attributes
- active, Setting the attributes of the paths to an enclosure
- autogrow, Creating a shared cache object, Creating and managing space-optimized instant snapshots
- autogrowby, Creating a shared cache object
- cache, Creating and managing space-optimized instant snapshots
- cachesize, Creating and managing space-optimized instant snapshots
- dcolen, Version 0 DCO volume layout, Adding a version 0 DCO and DCO volume
- for specifying storage, Creating a volume on specific disks
- highwatermark, Creating a shared cache object
- maxautogrow, Creating a shared cache object
- maxdev, Compatibility of disk groups between platforms
- mirdg, Creating and managing linked break-off snapshot volumes
- mirvol, Creating and managing linked break-off snapshot volumes
- ncachemirror, Creating and managing space-optimized instant snapshots
- ndcomirror, Adding a version 0 DCO and DCO volume
- ndcomirs, Adding an instant snap DCO and DCO volume
- newvol, Creating and managing third-mirror break-off snapshots
- nmirror, Creating and managing third-mirror break-off snapshots
- nomanual, Setting the attributes of the paths to an enclosure
- nopreferred, Setting the attributes of the paths to an enclosure
- preferred priority, Setting the attributes of the paths to an enclosure
- primary, Setting the attributes of the paths to an enclosure
- secondary, Setting the attributes of the paths to an enclosure
- setting for paths, Setting the attributes of the paths to an enclosure, Specifying the minimum number of active paths
- snapvol, Creating and managing full-sized instant snapshots, Creating and managing linked break-off snapshot volumes
- source, Creating and managing full-sized instant snapshots, Creating and managing linked break-off snapshot volumes
- standby, Setting the attributes of the paths to an enclosure
- syncing, Creating instant snapshots, Controlling instant snapshot synchronization
- autogrow
- tuning, Tuning the autogrow attributes of a cache
- autogrow attribute, Creating a shared cache object, Creating and managing space-optimized instant snapshots
- autogrowby attribute, Creating a shared cache object
- autotrespass mode, How DMP works
- availability
- storage, Cluster Volume Manager (CVM) tolerance to storage connectivity failures
B
- Backup strategies
- SFCFSHA, About Storage Foundation Cluster File System High Availability backup strategies
- backups
- created using snapshots, Creating instant snapshots
- creating for volumes, Volume-level snapshots
- creating using instant snapshots, Creating instant snapshots
- creating using third-mirror snapshots, Creating traditional third-mirror break-off snapshots
- for multiple volumes, Creating multiple instant snapshots, Creating multiple snapshots with the vxassist command
- of disk group configuration, Backing up and restoring disk group configuration data
- of FSS disk group configuration, Backing up and restoring Flexible Storage Sharing disk group configuration data
- bad block revectoring, nodatainlog mount option
- balanced path policy, Specifying the I/O policy
- base minor number, Reserving minor numbers for disk groups
- Basic design
- Clustered NFS, Basic design
- BIOS
- restrictions, Restrictions on using rootability with Linux
- blkclear mount option, blkclear mount option
- block based architecture, Veritas File System performance enhancements
- blockmap for a snapshot file system, About snapshot file system disk structure
- blocks on disks, Virtual objects
- boot disk
- encapsulating, Encapsulating and mirroring the root disk
- mirroring, Encapsulating and mirroring the root disk
- unencapsulating, Unencapsulating the root disk
- booting root volumes, Booting root volumes
- BROKEN state, Linked break-off snapshot volumes
- buffered file systems, Veritas File System features
- buffered I/O, Direct I/O CPU overhead
C
- cache
- for space-optimized instant snapshots, Space-optimized instant volume snapshots
- cache advisories, Cache advisories
- cache attribute, Creating and managing space-optimized instant snapshots
- cache objects
- creating, Creating a shared cache object
- enabling, Creating a shared cache object
- listing snapshots in, Listing the snapshots created on a cache
- caches
- creating, Creating a shared cache object
- deleting, Removing a cache
- finding out snapshots configured on, Removing a cache
- growing, Growing and shrinking a cache
- listing snapshots in, Listing the snapshots created on a cache
- removing, Removing a cache
- resizing, Growing and shrinking a cache
- shrinking, Growing and shrinking a cache
- stopping, Removing a cache
- used by space-optimized instant snapshots, How space-optimized instant snapshots work
- cachesize attribute, Creating and managing space-optimized instant snapshots
- Campus Cluster feature
- administering, About sites and remote mirrors
- campus clusters
- administering, About sites and remote mirrors
- serial split brain condition in, Example of a serial split brain condition in a cluster
- cascade instant snapshots, Cascaded snapshots
- cascaded snapshot hierarchies
- creating, Adding a snapshot to a cascaded snapshot hierarchy
- categories
- disks, Disk categories
- CDS
- compatible disk groups, Creating a disk group
- cds attribute, Creating a disk group
- CFS file system
- growing, Growing a CFS file system
- Sharing, Sharing a CFS file system previously added to VCS, Sharing a CFS file system previously added to VCS
- CFS primary node
- fails, When the CFS primary node fails
- CFS primaryship
- determining, Determining or moving primaryship
- moving, Determining or moving primaryship
- cfscluster command, CFS commands
- cfsdgadm command, CFS commands
- cfsmntadm command, CFS commands
- cfsmount command, CFS commands
- cfsnfssg_dummy
- service group, Service group cfsnfssg_dummy
- cfsshare
- manual page, cfsshare manual page
- cfsshare (1M), cfsshare manual page
- cfsshare command, CFS commands
- cfsumount command, CFS commands
- Changing the CVM master, Changing the CVM master manually
- checkpoint interval, Tunable parameters for core VxVM
- check_all policy, Configuring DMP path restoration policies
- check_alternate policy, Configuring DMP path restoration policies
- check_disabled policy, Configuring DMP path restoration policies
- check_periodic policy, Configuring DMP path restoration policies
- CIFS
- Common Internet File System, About CIFS
- debugging, Debugging CIFS
- cio
- Concurrent I/O, cio mount option
- cloned disks, How VxVM handles hardware clones or snapshots, Importing the existing disk group with only the cloned disks, Importing the cloned disks as a new standard disk group
- cluster file systems
- support features
- VxFS, About Veritas File System features supported in cluster file systems
- Cluster file systems
- VxFS
- unsupported features, Veritas File System features not in cluster file systems
- Cluster master node
- changing, Changing the CVM master manually
- cluster-shareable disk groups in clusters, About private and shared disk groups
- Clustered NFS, About Clustered NFS
- Administering, Administering Clustered NFS
- Basic design, Basic design
- Configure, Configure Clustered NFS
- Debugging, Debugging Clustered NFS
- Functionality, Internal Clustered NFS functionality
- Unconfigure, Unconfiguring Clustered NFS
- Understanding, Understanding how Clustered NFS works
- clusters
- activating disk groups, Activation modes of shared disk groups
- activating shared disk groups, Changing the activation mode on a shared disk group
- activation modes for shared disk groups, Activation modes of shared disk groups
- benefits, About the cluster functionality of VxVM
- checking cluster protocol version, Displaying the cluster protocol version
- cluster-shareable disk groups, About private and shared disk groups
- configuration, CVM initialization and configuration
- configuring exclusive open of volume by node, Creating volumes with exclusive open access by a node, Setting exclusive open access to a volume by a node
- connectivity policies, Cluster Volume Manager (CVM) tolerance to storage connectivity failures
- converting shared disk groups to private, Converting a disk group from shared to private
- creating shared disk groups, Creating a shared disk group
- designating shareable disk groups, About private and shared disk groups
- detach policies, Cluster Volume Manager (CVM) tolerance to storage connectivity failures
- determining if disks are shared, Determining if a LUN is in a shareable disk group
- forcibly adding disks to disk groups, Forcibly importing a disk group
- forcibly importing disk groups, Forcibly importing a disk group
- FSS, About Flexible Storage Sharing
- importing disk groups as shared, Importing disk groups as shared
- initialization, CVM initialization and configuration
- introduced, Overview of clustering
- limitations of shared disk groups, Limitations of shared disk groups
- listing shared disk groups, Listing shared disk groups
- moving objects between disk groups, Moving objects between shared disk groups
- node shutdown, Node shutdown
- nodes, Overview of cluster volume management
- operation of DRL in, Dirty region logging in cluster environments, How DRL works in a cluster environment
- operation of vxconfigd in, vxconfigd daemon
- operation of VxVM in, Overview of cluster volume management
- private disk groups, About private and shared disk groups
- private networks, Overview of cluster volume management
- protection against simultaneous writes, About private and shared disk groups
- reconfiguration of, Cluster reconfiguration
- resolving disk status in, Cluster Volume Manager (CVM) tolerance to storage connectivity failures
- shared disk groups, About private and shared disk groups
- shared objects, Activation modes of shared disk groups
- splitting disk groups in, Splitting shared disk groups
- use of DMP in, DMP in a clustered environment
- volume reconfiguration, Volume reconfiguration
- vol_fmr_logsz tunable, Tunable parameters for FlashSnap (FMR)
- vxclustadm, vxclustadm utility
- vxdctl, Requesting node status and discovering the master node
- vxrecover, Recovering volumes in shared disk groups
- vxstat, Obtaining cluster performance statistics
- CNFS, About Clustered NFS
- columns
- changing number of, Specifying a non-default layout
- in striping, Striping (RAID-0)
- mirroring in striped-mirror volumes, Creating a striped-mirror volume
- commands
- cfscluster, CFS commands
- cfsdgadm, CFS commands
- cfsmntadm, CFS commands
- cfsmount, CFS commands
- cfsshare, CFS commands
- cfsumount, CFS commands
- cron, About file system resizing
- fsadm, About defragmentation
- getext, Commands related to extent attributes
- setext, Commands related to extent attributes
- Common Internet File System
- CIFS, About CIFS
- compressing files, Veritas File System features
- concatenated volumes, Concatenation, spanning, and carving, Types of volume layouts
- concatenated-mirror volumes
- creating, Creating a concatenated-mirror volume
- defined, Mirroring plus striping (striped-mirror, RAID-1+0, or RAID-10)
- recovery, Types of volume layouts
- concatenation, Concatenation, spanning, and carving
- configuration backup and restoration, Backing up and restoring disk group configuration data
- configuration changes
- monitoring using vxnotify, Using vxnotify to monitor configuration changes
- configuration database
- listing disks with, Setting up configuration database copies (metadata) for a disk group
- metadata, Setting up configuration database copies (metadata) for a disk group
- reducing size of, Reorganizing the contents of disk groups
- Configure
- Clustered NFS, Configure Clustered NFS
- Configuring
- low priority link, Configuring a low-priority link
- Configuring a CNFS
- samples, Samples for configuring a Clustered NFS, Sample 1 uses the cfsshare command to add a CFS file system to VCS configuration
- configuring CNFS server for Oracle, Configuring the CNFS server for Oracle
- Configuring DMP
- using templates, About tuning Dynamic Multi-Pathing (DMP) with templates
- configuring Oracle for DNFS, Configuring Oracle for Direct NFS
- connectivity policies, Cluster Volume Manager (CVM) tolerance to storage connectivity failures
- contiguous reservation, Extent attribute contiguity
- Controller ID
- displaying, Displaying information about controllers
- controllers
- disabling for DMP, Disabling I/O for paths, controllers, array ports, or DMP nodes
- disabling in DMP, About enabling and disabling I/O for controllers and storage processors
- displaying information about, Displaying information about controllers
- enabling for DMP, Enabling I/O for paths, controllers, array ports, or DMP nodes
- mirroring across, Specifying ordered allocation of storage to volumes
- specifying to vxassist, Creating a volume on specific disks
- converting a data Storage Checkpoint to a nodata Storage Checkpoint, Converting a data Storage Checkpoint to a nodata Storage Checkpoint
- convosync mount option, Mounting a VxFS file system, convosync mount option
- coordinator disks
- DMP devices, About coordination points
- for I/O fencing, About coordination points
- copy-on-write
- used by instant snapshots, How full-sized instant snapshots work
- copy-on-write technique, Copy-on-write, About Storage Checkpoints
- copymaps, DCO volume versioning , Instant snap (version 20) DCO volume layout
- CP server
- deployment scenarios, Deployment and migration scenarios for CP server
- migration scenarios, Deployment and migration scenarios for CP server
- CP server database, About the CP server database
- CP server user privileges, About the CP server user types and privileges
- creating
- snapshot, Creating a snapshot on a cluster
- Creating
- database for Oracle 11gr2, Creating a database for Oracle 11gr2
- creating a multi-volume support file system, Creating multi-volume file systems
- creating file systems with large files, Creating a file system with large files
- creating files with mkfs, Creating a VxFS file system
- cron, About defragmentation, Monitoring fragmentation
- cron sample script, Monitoring fragmentation
- customized naming
- DMP nodes, Setting customized names for DMP nodes
- CVM
- agents, Storage Foundation Cluster File System High Availability and Veritas Volume Manager cluster functionality agents
- cluster functionality of VxVM, About the cluster functionality of VxVM
- failure tolerance, Cluster Volume Manager (CVM) tolerance to storage connectivity failures
- functionality, Veritas Volume Manager cluster functionality
- resilience, Cluster Volume Manager (CVM) tolerance to storage connectivity failures
- storage disconnectivity tolerance, Cluster Volume Manager (CVM) tolerance to storage connectivity failures
- CVM master
- changing, Changing the CVM master manually
D
- data change object
- DCO, DCO volume versioning
- data copy, Direct I/O
- data corruption
- preventing, About preventing data corruption with I/O fencing
- data disks
- for I/O fencing, About data disks
- data redundancy, Mirroring (RAID-1), Striping plus mirroring (mirrored-stripe or RAID-0+1), RAID-5 (striping with parity)
- data Storage Checkpoints definition, Data Storage Checkpoints
- data synchronous I/O, mincache mount option, Data synchronous I/O
- data transfer, Direct I/O
- database replay logs and sequential DRL, Sequential DRL
- databases
- integrity of data in, Data integrity in volume snapshots
- DCO
- adding version 0 DCOs to volumes, Adding a version 0 DCO and DCO volume
- considerations for disk layout, Moving DCO volumes between disk groups
- data change object, DCO volume versioning
- dissociating version 0 DCOs from volumes, Removing a version 0 DCO and DCO volume
- effect on disk group split and join, Moving DCO volumes between disk groups
- instant snap version, DCO volume versioning
- log plexes, How persistent FastResync works with snapshots
- log volume, DCO volume versioning
- moving log plexes, Specifying storage for version 0 DCO plexes
- reattaching version 0 DCOs to volumes, Reattaching a version 0 DCO and DCO volume
- removing version 0 DCOs from volumes, Removing a version 0 DCO and DCO volume
- specifying storage for version 0 plexes, Specifying storage for version 0 DCO plexes
- used with DRL, Dirty region logging
- version 0, DCO volume versioning
- version 20, DCO volume versioning , Instant snap (version 20) DCO volume layout
- versioning, DCO volume versioning
- dcolen attribute, Version 0 DCO volume layout, Adding a version 0 DCO and DCO volume
- DDL, Device discovery
- Device Discovery Layer, How to administer the Device Discovery Layer
- debugging CIFS, Debugging CIFS
- Debugging Clustered NFS, Debugging Clustered NFS
- default
- allocation policy, Fixed extent size
- defaultdg, Displaying and specifying the system-wide default disk group
- defragmentation, About defragmentation
- extent, Monitoring fragmentation
- scheduling with cron, Monitoring fragmentation
- delaylog, Veritas File System features
- delaylog mount option, delaylog mount option
- deploying Oracle
- CNFS environment, Tasks for deploying Oracle with CNFS, About deploying Oracle with CNFS, VCS service groups in a CNFS environment, Configuring the CNFS server for Oracle, Configuring Oracle for Direct NFS, Recommended mount options for NFS, About oranfstab, Verifying Oracle Direct NFS usage
- deploying Oracle with CNFS, Tasks for deploying Oracle with CNFS
- configuring CNFS server, Configuring the CNFS server for Oracle
- configuring Oracle for DNFS, Configuring Oracle for Direct NFS, Recommended mount options for NFS, About oranfstab
- mount options for NFS, Recommended mount options for NFS
- oranfstab, About oranfstab
- VCS service groups, VCS service groups in a CNFS environment
- verifying DNFS usage, Verifying Oracle Direct NFS usage
- detach policy
- global, How CVM handles local storage disconnectivity with the global detach policy
- Determining
- CFS primaryship, Determining or moving primaryship
- device discovery
- introduced, Device discovery
- partial, Partial device discovery
- Device Discovery Layer, How to administer the Device Discovery Layer
- Device Discovery Layer (DDL), Device discovery, How to administer the Device Discovery Layer
- device names, Physical objects
- configuring persistent, Regenerating persistent device names
- user-specified, Setting customized names for DMP nodes
- device nodes
- controlling access for volume sets, Controlling raw device access for an existing volume set
- displaying access for volume sets, Displaying the raw device access settings for a volume set
- enabling access for volume sets, Enabling raw device access when creating a volume set
- for volume sets, Managing raw device nodes of component volumes
- devices
- adding foreign, Foreign devices
- fabric, Partial device discovery
- JBOD, How DMP claims devices
- listing all, Listing all the devices including iSCSI
- making invisible to VxVM, Making devices invisible to VxVM
- nopriv, Using nopriv disks for encapsulation
- path redundancy, Displaying the redundancy level of a device or enclosure, Specifying the minimum number of active paths
- direct data transfer, Direct I/O
- direct I/O, Direct I/O
- directory reorganization, Monitoring fragmentation
- dirty flags set on volumes, Dirty flags
- dirty region logging. (see DRL)
- dirty regions, Tunable parameters for FlashSnap (FMR)
- disable failure policy, Availability of shared disk group configuration copies
- disabled file system
- snapshot, How a snapshot file system works
- disabled paths, Displaying the paths to a disk
- discovered direct I/O, Discovered Direct I/O
- disk access records
- stored in /etc/vx/darecs, About the configuration daemon in Veritas Volume Manager
- disk arrays
- A/A, How DMP works
- A/A-A, How DMP works
- A/P, How DMP works
- A/P-G, How DMP works
- A/PF, How DMP works
- Active/Active, How DMP works
- Active/Passive, How DMP works
- adding disks to DISKS category, Adding unsupported disk arrays to the DISKS category
- Asymmetric Active/Active, How DMP works
- defined, Disk arrays
- excluding support for, Excluding support for a disk array library
- JBOD devices, How DMP claims devices
- listing claimed disks in DISKS category, Listing disks claimed in the DISKS category
- listing excluded, Listing excluded disk arrays
- listing supported, Listing all supported disk arrays
- multipathed, Multiple paths to disk arrays
- re-including support for, Re-including support for an excluded disk array library
- removing disks from DISKS category, Removing disks from the DISKS category
- supported with DMP, Listing all supported disk arrays
- Disk Group Split/Join, Disk group split/join
- disk groups
- activating shared, Changing the activation mode on a shared disk group
- activation in clusters, Activation modes of shared disk groups
- avoiding conflicting minor numbers on import, Reserving minor numbers for disk groups
- clearing locks on disks, Handling errors when importing disks
- cluster-shareable, About private and shared disk groups
- compatible with CDS, Creating a disk group
- configuration backup and restoration, Backing up and restoring disk group configuration data
- configuring site consistency on, Configuring a new disk group as a Remote Mirror configuration
- configuring site-based allocation on, Configuring a new disk group as a Remote Mirror configuration
- converting to private, Converting a disk group from shared to private
- creating shared, Creating a shared disk group
- creating with old version number, Creating a disk group with an earlier disk group version
- defaults file for shared, Activation modes of shared disk groups
- defined, Virtual objects
- deporting, Deporting a disk group
- designating as shareable, About private and shared disk groups
- destroying, Destroying a disk group
- determining the default disk group, Rules for determining the default disk group
- disabling, Disabling a disk group
- displaying boot disk group, Displaying the system-wide boot disk group
- displaying default disk group, Displaying and specifying the system-wide default disk group
- displaying free space in, Displaying free space in a disk group
- displaying information about, Displaying disk group information
- displaying network shared disk groups, Displaying exported disks and network shared disk groups
- displaying version of, Upgrading the disk group version
- failure policy, Availability of shared disk group configuration copies
- features supported by version, Disk group versions
- forcing import of, Handling errors when importing disks
- free space in, How space is chosen for relocation
- importing, Importing a disk group
- importing as shared, Importing disk groups as shared
- importing forcibly, Forcibly importing a disk group
- importing with cloned disks, Importing the existing disk group with only the cloned disks, Importing the cloned disks as a new standard disk group
- ISP, Working with existing ISP disk groups
- joining, Reorganizing the contents of disk groups, Joining disk groups
- kernel logs and configuration databases, Setting up configuration database copies (metadata) for a disk group
- layout of DCO plexes, Moving DCO volumes between disk groups
- limitations of move
- split (see and join)
- listing objects affected by a move, Listing objects potentially affected by a move
- listing shared, Listing shared disk groups
- making site consistent, Making an existing disk group site consistent
- moving between systems, Moving disk groups between systems
- moving disks between, Moving disks between disk groups, Moving objects between disk groups
- moving licensed EMC disks between, Moving objects between disk groups
- moving objects between, Reorganizing the contents of disk groups, Moving objects between disk groups
- moving objects in clusters, Moving objects between shared disk groups
- private in clusters, About private and shared disk groups
- recovering destroyed, Recovering a destroyed disk group
- recovery from failed reconfiguration, Reorganizing the contents of disk groups
- removing disks from, Removing a disk from a disk group
- renaming, Renaming a disk group
- reorganizing, Reorganizing the contents of disk groups
- reserving minor numbers, Reserving minor numbers for disk groups
- restarting moved volumes, Joining disk groups
- serial split brain condition, Handling conflicting configuration copies
- setting default disk group, Displaying and specifying the system-wide default disk group
- setting the FSS attribute, Setting the Flexible Storage Sharing attribute on a disk group
- shared in clusters, About private and shared disk groups
- splitting, Reorganizing the contents of disk groups, Splitting disk groups
- splitting in clusters, Splitting shared disk groups
- upgrading version of, Upgrading the disk group version
- version, Disk group versions, Upgrading the disk group version
- volume layout for FSS, About the volume layout for Flexible Storage Sharing disk groups
- disk layout
- Version 10, About Veritas File System disk layouts
- Version 6, About Veritas File System disk layouts
- Version 7, About Veritas File System disk layouts
- Version 8, About Veritas File System disk layouts
- Version 9, About Veritas File System disk layouts
- disk names
- configuring persistent, Regenerating persistent device names
- diskdetpolicy attribute, Setting the detach policy for shared disk groups
- disks, Disk categories
- adding, Using vxdiskadd to put a disk under VxVM control
- adding to disk groups forcibly, Forcibly importing a disk group
- adding to DISKS category, Adding unsupported disk arrays to the DISKS category
- array support library, Disk categories
- categories, Disk categories
- changing naming scheme, Changing the disk device naming scheme
- clearing locks on, Handling errors when importing disks
- cloned, Importing the existing disk group with only the cloned disks, Importing the cloned disks as a new standard disk group
- complete failure messages, Complete disk failure mail messages
- configuring newly added, Discovering and configuring newly added disk devices
- configuring persistent names, Regenerating persistent device names
- determining failed, Partial disk failure mail messages
- determining if shared, Determining if a LUN is in a shareable disk group
- Device Discovery Layer, How to administer the Device Discovery Layer
- disabled path, Displaying the paths to a disk
- discovery of by DMP, Discovering and configuring newly added disk devices
- discovery of by VxVM, About discovering disks and dynamically adding disk arrays
- disk access records file, About the configuration daemon in Veritas Volume Manager
- disk arrays, Disk arrays
- displaying exporrted disks, Displaying exported disks and network shared disk groups
- displaying information, Displaying disk information, Displaying disk information with vxdiskadm
- displaying information about, Displaying disk information, Displaying disk group information
- displaying naming scheme, Displaying the disk-naming scheme
- displaying spare, Displaying spare disk information
- dynamic LUN expansion, Dynamic LUN expansion
- EFI, Encapsulating a disk, Restrictions on using rootability with Linux
- enabled path, Displaying the paths to a disk
- encapsulation, Encapsulating a disk, Rootability
- enclosures, About enclosure-based naming
- excluding free space from hot-relocation use, Excluding a disk from hot-relocation use
- failure handled by hot-relocation, How hot-relocation works
- formatting, About disk installation and formatting
- handling clones, How VxVM handles hardware clones or snapshots
- handling duplicated identifiers, How VxVM handles hardware clones or snapshots
- hot-relocation, About hot-relocation
- initializing, Adding a disk to VxVM
- installing, About disk installation and formatting
- invoking discovery of, Enabling discovery of new disk arrays
- layout of DCO plexes, Moving DCO volumes between disk groups
- listing tags on, Importing a set of cloned disks with tags
- listing those claimed in JBODs, Listing disks claimed in the DISKS category
- making available for hot-relocation, Marking a disk as a hot-relocation spare
- making free space available for hot-relocation use, Making a disk available for hot-relocation use
- marking as spare, Marking a disk as a hot-relocation spare
- mirroring boot disk, Encapsulating and mirroring the root disk
- mirroring root disk, Encapsulating and mirroring the root disk
- mirroring volumes on, Mirroring volumes on a VxVM disk
- moving between disk groups, Moving disks between disk groups, Moving objects between disk groups
- moving disk groups between systems, Moving disk groups between systems
- moving volumes from, Moving volumes from a VxVM disk
- nopriv devices, Using nopriv disks for encapsulation
- OTHER_DISKS category, Disk categories
- partial failure messages, Partial disk failure mail messages
- postponing replacement, Removing and replacing disks
- primary path, Displaying the paths to a disk
- reinitializing, Disk reinitialization
- releasing from disk groups, Destroying a disk group
- removing, Removing disks, Removing and replacing disks
- removing from disk groups, Removing a disk from a disk group
- removing from DISKS category, Removing disks from the DISKS category
- removing from pool of hot-relocation spares, Removing a disk from use as a hot-relocation spare
- removing from VxVM control, Removing a disk from a disk group, Removing a disk from VxVM control
- removing with subdisks, Removing a disk with subdisks, Removing a disk with no subdisks
- renaming, Renaming a disk
- replacing, Removing and replacing disks
- replacing removed, Replacing a failed or removed disk
- resolving status in clusters, Cluster Volume Manager (CVM) tolerance to storage connectivity failures
- root disk, Rootability
- scanning for, Discovering and configuring newly added disk devices
- secondary path, Displaying the paths to a disk
- setting tags on, Importing a set of cloned disks with tags
- spare, How space is chosen for relocation
- specifying to vxassist, Creating a volume on specific disks
- tagging with site name, Configuring site tagging for disks or enclosures
- UDID flag, How VxVM uses the unique disk identifier (UDID)
- unique identifier, How VxVM uses the unique disk identifier (UDID)
- VxVM, Virtual objects
- writing a new identifier to, Writing a new UDID to a disk
- DISKS category, Disk categories
- adding disks, Adding unsupported disk arrays to the DISKS category
- listing claimed disks, Listing disks claimed in the DISKS category
- removing disks, Removing disks from the DISKS category
- displaying
- DMP nodes, Displaying consolidated information about the DMP nodes
- HBA information, Displaying information about controllers
- redundancy levels, Displaying the redundancy level of a device or enclosure
- supported disk arrays, Listing all supported disk arrays
- displaying mounted file systems, Displaying information on mounted file systems
- displaying statistics
- erroneous I/Os, Displaying statistics for queued or erroneous I/Os
- queued I/Os, Displaying statistics for queued or erroneous I/Os
- DMP
- check_all restore policy, Configuring DMP path restoration policies
- check_alternate restore policy, Configuring DMP path restoration policies
- check_disabled restore policy, Configuring DMP path restoration policies
- check_periodic restore policy, Configuring DMP path restoration policies
- configuring disk devices, Discovering and configuring newly added disk devices
- configuring DMP path restoration policies, Configuring DMP path restoration policies
- configuring I/O throttling, Configuring the I/O throttling mechanism
- configuring response to I/O errors, Configuring the response to I/O failures, Displaying recovery option values
- disabling array ports, Disabling I/O for paths, controllers, array ports, or DMP nodes
- disabling controllers, Disabling I/O for paths, controllers, array ports, or DMP nodes
- disabling multi-pathing, Making devices invisible to VxVM
- disabling paths, Disabling I/O for paths, controllers, array ports, or DMP nodes
- disk discovery, Discovering and configuring newly added disk devices
- displaying DMP database information, About displaying DMP database information
- displaying DMP node for a path, Retrieving information about a DMP node
- displaying DMP node for an enclosure, Retrieving information about a DMP node, Displaying consolidated information about the DMP nodes
- displaying DMP nodes, Displaying consolidated information about the DMP nodes
- displaying information about array ports, Displaying information about array ports
- displaying information about controllers, Displaying information about controllers
- displaying information about enclosures, Displaying information about enclosures
- displaying information about paths, Displaying the paths to a disk
- displaying LUN group for a node, Displaying the members of a LUN group
- displaying paths controlled by DMP node, Displaying paths controlled by a DMP node, controller, enclosure, or array port
- displaying paths for a controller, Displaying paths controlled by a DMP node, controller, enclosure, or array port
- displaying paths for an array port, Displaying paths controlled by a DMP node, controller, enclosure, or array port
- displaying recoveryoption values, Displaying recovery option values
- displaying status of DMP path restoration thread, Displaying the status of the DMP path restoration thread
- displaying TPD information, Displaying information about devices controlled by third-party drivers
- dynamic multi-pathing, How DMP works
- enabling array ports, Enabling I/O for paths, controllers, array ports, or DMP nodes
- enabling controllers, Enabling I/O for paths, controllers, array ports, or DMP nodes
- enabling multi-pathing, Making devices visible to VxVM
- enabling paths, Enabling I/O for paths, controllers, array ports, or DMP nodes
- enclosure-based naming, How DMP works
- gathering I/O statistics, Gathering and displaying I/O statistics
- in a clustered environment, DMP in a clustered environment
- load balancing, Load balancing
- logging levels, DMP tunable parameters
- metanodes, How DMP works
- nodes, How DMP works
- path aging, DMP tunable parameters
- path failover mechanism, Path failover mechanism
- path-switch tunable, DMP tunable parameters
- renaming an enclosure, Renaming an enclosure
- restore policy, Configuring DMP path restoration policies
- scheduling I/O on secondary paths, Scheduling I/O on the paths of an Asymmetric Active/Active or an ALUA array
- setting the DMP restore polling interval, Configuring DMP path restoration policies
- stopping the DMP restore daemon, Stopping the DMP path restoration thread
- tuning with templates, About tuning Dynamic Multi-Pathing (DMP) with templates
- vxdmpadm, Administering DMP using the vxdmpadm utility
- DMP nodes
- displaying consolidated information, Displaying consolidated information about the DMP nodes
- setting names, Setting customized names for DMP nodes
- DMP support
- JBOD devices, How DMP claims devices
- dmp_cache_open tunable, DMP tunable parameters
- dmp_daemon_count tunable, DMP tunable parameters
- dmp_delayq_interval tunable, DMP tunable parameters
- dmp_fast_recovery tunable, DMP tunable parameters
- dmp_health_time tunable, DMP tunable parameters
- dmp_log_level tunable, DMP tunable parameters
- dmp_low_impact_probe, DMP tunable parameters
- dmp_lun_retry_timeout tunable, DMP tunable parameters
- dmp_monitor_fabric tunable, DMP tunable parameters
- dmp_monitor_osevent tunable, DMP tunable parameters
- dmp_monitor_ownership tunable, DMP tunable parameters
- dmp_native_support tunable, DMP tunable parameters
- dmp_pathswitch_blks_shift tunable, DMP tunable parameters
- dmp_path_age tunable, DMP tunable parameters
- dmp_probe_idle_lun tunable, DMP tunable parameters
- dmp_probe_threshold tunable, DMP tunable parameters
- dmp_restore_cycles tunable, DMP tunable parameters
- dmp_restore_interval tunable, DMP tunable parameters
- dmp_restore_state tunable, DMP tunable parameters
- dmp_scsi_timeout tunable, DMP tunable parameters
- dmp_sfg_threshold tunable, DMP tunable parameters
- dmp_stat_interval tunable, DMP tunable parameters
- DRL
- dirty region logging, Dirty region logging
- handling recovery in clusters, How DRL works in a cluster environment
- hot-relocation limitations, How hot-relocation works
- log subdisks, Log subdisks and plexes
- maximum number of dirty regions, Tunable parameters for FlashSnap (FMR)
- minimum number of sectors, Tunable parameters for FlashSnap (FMR)
- operation in clusters, Dirty region logging in cluster environments
- sequential, Sequential DRL
- use of DCO with, Dirty region logging
- dynamic LUN expansion, Dynamic LUN expansion
E
- EFI disks, Encapsulating a disk, Restrictions on using rootability with Linux
- EMC arrays
- moving disks between disk groups, Moving objects between disk groups
- enabled paths
- displaying, Displaying the paths to a disk
- encapsulating disks, Encapsulating a disk, Rootability
- encapsulating volumes, Features implemented using multi-volume file system (MVFS) support
- encapsulation
- failure of, Failure of disk encapsulation
- root disk, Encapsulating and mirroring the root disk
- supported layouts for root disk, Sample supported root disk layouts for encapsulation
- unsupported layouts for root disk, Sample unsupported root disk layouts for encapsulation
- enclosure-based naming, About enclosure-based naming, Changing the disk device naming scheme
- DMP, How DMP works
- enclosures, About enclosure-based naming
- displaying information about, Displaying information about enclosures
- path redundancy, Displaying the redundancy level of a device or enclosure, Specifying the minimum number of active paths
- setting attributes of paths, Setting the attributes of the paths to an enclosure, Specifying the minimum number of active paths
- tagging with site name, Configuring automatic site tagging for a disk group, Displaying site information
- enhanced data integrity modes, Veritas File System features
- ENOSPC, Storage Checkpoint space management considerations
- Environment
- public network, About single network link and reliability
- single private link, About single network link and reliability
- erroneous I/Os
- displaying statistics, Displaying statistics for queued or erroneous I/Os
- error messages
- Association count is incorrect, Corruption of disk group configuration
- Association not resolved, Corruption of disk group configuration
- Cannot auto-import group, Corruption of disk group configuration
- Configuration records are inconsistent, Corruption of disk group configuration
- Disk for disk group not found, Handling errors when importing disks
- Disk group has no valid configuration copies, Corruption of disk group configuration, Handling errors when importing disks
- Disk group version doesn't support feature, Disk group versions
- Disk is in use by another host, Handling errors when importing disks
- Disk is used by one or more subdisks, Removing a disk from a disk group
- Disk not moving
- but subdisks on it are, Listing objects potentially affected by a move
- Duplicate record in configuration, Corruption of disk group configuration
- import failed, Handling errors when importing disks
- It is not possible to encapsulate, Failure of disk encapsulation
- No valid disk found containing disk group, Handling errors when importing disks
- The encapsulation operation failed, Failure of disk encapsulation
- tmpsize too small to perform this relayout, How online relayout works
- unsupported layout, Failure of disk encapsulation
- vxdg listmove failed, Listing objects potentially affected by a move
- errord daemon, How DMP monitors I/O on paths
- errors
- handling transient errors, DMP tunable parameters
- exclusive-write mode, Activation modes of shared disk groups
- exclusivewrite mode, Activation modes of shared disk groups
- expansion, About file system resizing
- explicit failover mode, How DMP works
- Extensible Firmware Interface (EFI) disks, Encapsulating a disk, Restrictions on using rootability with Linux
- extent, About extents, Veritas File System features, About extent attributes
- attributes, Veritas File System features, About extent attributes
- reorganization, Monitoring fragmentation
- extent allocation, About extents
- aligned, About extent attributes
- control, Veritas File System features, About extent attributes
- fixed size, About extent attributes
- extent attributes, Veritas File System features, About extent attributes
- external quotas file, About quota files on Veritas File System
F
- fabric devices, Partial device discovery
- FAILFAST flag, How DMP monitors I/O on paths
- Failover
- primary, About Storage Foundation Cluster File System High Availability primary/secondary failover
- secondary, About Storage Foundation Cluster File System High Availability primary/secondary failover
- failover, About the cluster functionality of VxVM, Overview of clustering
- failover mode, How DMP works
- fails
- CFS primary node, When the CFS primary node fails
- failure handled by hot-relocation, How hot-relocation works
- failure in RAID-5 handled by hot-relocation, How hot-relocation works
- failure policies, Availability of shared disk group configuration copies
- failures
- storage, Cluster Volume Manager (CVM) tolerance to storage connectivity failures
- FastResync
- effect of growing volume on, Effect of growing a volume on the FastResync map
- limitations, FastResync limitations
- Non-Persistent, How FastResync works
- Persistent, How FastResync works, How persistent FastResync works with snapshots, Persistent FastResync of volume snapshots
- size of bitmap, Tunable parameters for FlashSnap (FMR)
- snapshot enhancements, How traditional third-mirror break-off snapshots work
- use with snapshots, FastResync
- FastResync/cache object metadata cache size tunable, Tunable parameters for FlashSnap (FMR)
- fc_foff, Veritas File System File Change Log administrative interface
- file
- sparse, Fixed extent size
- file compression, Veritas File System features
- file system
- block size, About failing to preserve extent attributes
- buffering, Veritas File System features
- displaying mounted, Displaying information on mounted file systems
- mount, How to mount an NFS-exported file system on the NFS clients
- file system tunables
- tunefstab(4), About file system tunables
- vxtunefs(1M), About file system tunables
- file systems
- unmounting, Removing a volume
- fileset
- primary, How a Storage Checkpoint works
- FileSnaps
- about, About FileSnaps
- data mining, reporting, and testing, Using FileSnaps to create multiple copies of data instantly
- virtual desktops, Using FileSnaps to provision virtual desktops
- write intensive applications, Using FileSnaps to optimize write intensive applications for virtual machines
- backup, Backup and FileSnaps
- best practices, Using FileSnaps to create point-in-time copies of files
- block map fragmentation, Block map fragmentation and FileSnaps
- concurrent I/O, Concurrent I/O to FileSnaps
- copy-on-write, Copy-on-write and FileSnaps
- creation, FileSnap creation
- properties, Properties of FileSnaps
- reading from, Reading from FileSnaps
- using, Using FileSnaps
- fire drill
- defined, About sites and remote mirrors
- testing, Fire drill - testing the configuration
- fire drills
- about, About setting up a disaster recovery fire drill
- disaster recovery, About setting up a disaster recovery fire drill
- for global clusters, About setting up a disaster recovery fire drill
- fixed extent size, About extent attributes
- fixed write size, Fixed extent size
- FlashSnap, About Storage Foundation point-in-time copy technologies
- FMR. (see FastResync)
- foreign devices
- adding, Foreign devices
- formatting disks, About disk installation and formatting
- fragmentation
- monitoring, Monitoring fragmentation
- reorganization facilities, Monitoring fragmentation
- reporting, Monitoring fragmentation
- fragmented file system characteristics, Monitoring fragmentation
- free space in disk groups, How space is chosen for relocation
- free space monitoring, Monitoring free space
- Freeze, Veritas File System features
- freeze, Freezing and thawing a file system
- freezing and thawing, relation to Storage Checkpoints, How a Storage Checkpoint works
- fsadm, About defragmentation
- how to minimize file system free space fragmentation, Reorganizing a file system
- how to reorganize a file system, Reorganizing a file system
- how to resize a file system, Resizing a file system
- reporting extent fragmentation, Monitoring fragmentation
- scheduling defragmentation using cron, Monitoring fragmentation
- thin reclamation, Reclaiming space on a file system
- fsadm_vxfs, Managing a file system with large files
- fsadm_vxfs(1M)
- manual page, About the fsadm command
- fscat, Snapshot file system backups
- fsck, Accessing a Storage Checkpoint
- fsckptadm
- Storage Checkpoint administration, Storage Checkpoint administration
- fsclustadm, When the CFS primary node fails, Basic design
- fsclustadm(1M)
- manual page, About the fsclustadm command
- FSS
- administering, Administering Flexible Storage Sharing
- disk support, About Flexible Storage Sharing disk support
- displaying exported disks, Displaying exported disks and network shared disk groups
- displaying network shared disk groups, Displaying exported disks and network shared disk groups
- export, Exporting a disk for Flexible Storage Sharing
- functionality, About Flexible Storage Sharing
- host disk class, Using the host disk class and allocating storage
- host prefix, Setting the host prefix
- limitations, Limitations of Flexible Storage Sharing
- mirrored volumes, Administering mirrored volumes using vxassist
- setting on a disk group, Setting the Flexible Storage Sharing attribute on a disk group
- tuning memory consumption, Tuning Flexible Storage Sharing memory consumption
- unexport, Exporting a disk for Flexible Storage Sharing
- use cases, Flexible Storage Sharing use cases
- volume layout, About the volume layout for Flexible Storage Sharing disk groups
- vxassist, Administering mirrored volumes using vxassist
- FSS configuration backup and restoration, Backing up and restoring Flexible Storage Sharing disk group configuration data
- FSS disk groups
- configuration backup and restoration, Backing up and restoring Flexible Storage Sharing disk group configuration data
- fstyp
- how to determine the file system type, Identifying file system types
- fsvoladm, Creating multi-volume file systems
- full-sized instant snapshots, How full-sized instant snapshots work
- creating, Creating and managing full-sized instant snapshots
- creating volumes for use as, Creating a volume for use as a full-sized instant or linked break-off snapshot
- fullinst snapshot type, Displaying instant snapshot information
- Functionality
- Clustered NFS, Internal Clustered NFS functionality
G
- GAB, CVM initialization and configuration
- tunable parameters, About GAB tunable parameters
- VCS, About Cluster Server architecture
- GAB tunable parameters
- dynamic, About GAB run-time or dynamic tunable parameters
- Control port seed, About GAB run-time or dynamic tunable parameters
- Driver state, About GAB run-time or dynamic tunable parameters
- Gab queue limit, About GAB run-time or dynamic tunable parameters
- Halt on process death, About GAB run-time or dynamic tunable parameters
- Halt on rejoin, About GAB run-time or dynamic tunable parameters
- IOFENCE timeout, About GAB run-time or dynamic tunable parameters
- Isolate timeout, About GAB run-time or dynamic tunable parameters
- Keep on killing, About GAB run-time or dynamic tunable parameters
- Kill_ntries, About GAB run-time or dynamic tunable parameters
- Missed heartbeat halt, About GAB run-time or dynamic tunable parameters
- Partition arbitration, About GAB run-time or dynamic tunable parameters
- Quorum flag, About GAB run-time or dynamic tunable parameters
- Stable timeout, About GAB run-time or dynamic tunable parameters
- static, About GAB load-time or static tunable parameters
- gab_conn_wait, About GAB load-time or static tunable parameters
- gab_flowctrl, About GAB load-time or static tunable parameters
- gab_isolate_time, About GAB load-time or static tunable parameters
- gab_kill_ntries, About GAB load-time or static tunable parameters
- gab_kstat_size, About GAB load-time or static tunable parameters
- gab_logbufsize, About GAB load-time or static tunable parameters
- gab_msglogsize, About GAB load-time or static tunable parameters
- gab_numnids, About GAB load-time or static tunable parameters
- gab_numports, About GAB load-time or static tunable parameters
- get I/O parameter ioctl, Getting the I/O size
- getext, Commands related to extent attributes
- GLM, About single-host file system semantics using Group Lock Manager
- global detach policy, How CVM handles local storage disconnectivity with the global detach policy
- GPT labels, Encapsulating a disk, Restrictions on using rootability with Linux
- Group Membership and Atomic Broadcast (GAB), CVM initialization and configuration
- growing
- CFS file system, Growing a CFS file system
- GUID Partition Table (GPT) labels, Encapsulating a disk, Restrictions on using rootability with Linux
H
- handling storage disconnectivity
- CVM, Cluster Volume Manager (CVM) tolerance to storage connectivity failures
- HBA information
- displaying, Displaying information about controllers
- HBAs
- listing ports, Listing the ports configured on a Host Bus Adapter
- listing supported, Listing all the Host Bus Adapters including iSCSI
- listing targets, Listing the targets configured from a Host Bus Adapter or a port
- highwatermark attribute, Creating a shared cache object
- host failures, Recovering from host failure
- hot-relocation
- complete failure messages, Complete disk failure mail messages
- configuration summary, Configuring a system for hot-relocation
- daemon, How hot-relocation works
- defined, Hot-relocation
- detecting disk failure, How hot-relocation works
- detecting plex failure, How hot-relocation works
- detecting RAID-5 subdisk failure, How hot-relocation works
- excluding free space on disks from use by, Excluding a disk from hot-relocation use
- limitations, How hot-relocation works
- making free space on disks available for use by, Making a disk available for hot-relocation use
- marking disks as spare, Marking a disk as a hot-relocation spare
- modifying behavior of, Modifying the behavior of hot-relocation
- notifying users other than root, Modifying the behavior of hot-relocation
- operation of, About hot-relocation
- partial failure messages, Partial disk failure mail messages
- preventing from running, Modifying the behavior of hot-relocation
- reducing performance impact of recovery, Modifying the behavior of hot-relocation
- removing disks from spare pool, Removing a disk from use as a hot-relocation spare
- subdisk relocation, How space is chosen for relocation
- subdisk relocation messages, Moving relocated subdisks
- unrelocating subdisks, Moving relocated subdisks
- unrelocating subdisks using vxunreloc, Moving relocated subdisks using vxunreloc
- use of free space in disk groups, How space is chosen for relocation
- use of spare disks, How space is chosen for relocation
- use of spare disks and free space, How space is chosen for relocation
- using only spare disks for, Configuring hot-relocation to use only spare disks
- vxrelocd, How hot-relocation works
- how to access a Storage Checkpoint, Accessing a Storage Checkpoint
- how to create a Storage Checkpoint, Creating a Storage Checkpoint
- how to determine the file system type, Identifying file system types
- how to display mounted file systems, Unmounting a file system
- how to minimize file system free space fragmentation, Reorganizing a file system
- how to mount a Storage Checkpoint, Accessing a Storage Checkpoint
- how to remove a Storage Checkpoint, Removing a Storage Checkpoint
- how to reorganize a file system, Reorganizing a file system
- how to resize a file system, Resizing a file system
- how to unmount a Storage Checkpoint, Accessing a Storage Checkpoint
I
- I/O
- direct, Direct I/O
- gathering statistics for DMP, Gathering and displaying I/O statistics
- kernel threads, How Veritas Volume Manager works with the operating system
- scheduling on secondary paths, Scheduling I/O on the paths of an Asymmetric Active/Active or an ALUA array
- sequential, Direct I/O CPU overhead
- synchronous, Direct I/O versus synchronous I/O
- throttling, How DMP monitors I/O on paths
- I/O error handling, About the I/O error handling policy for Cluster Volume Manager
- I/O failures
- Recovering, About recovering from I/O failures
- I/O fencing
- operations, About I/O fencing operations
- preventing data corruption, About preventing data corruption with I/O fencing
- testing and scenarios, How I/O fencing works in different event scenarios
- I/O operations
- maximum size of, Tunable parameters for core VxVM
- I/O policy
- displaying, Displaying the I/O policy
- example, Example of applying load balancing in a SAN
- specifying, Specifying the I/O policy
- I/O requests
- asynchronous, mincache mount option
- synchronous, nodatainlog mount option
- I/O shipping policy, Enabling I/O shipping for shared disk groups
- I/O throttling, Configuring the I/O throttling mechanism
- I/O throttling options
- configuring, Displaying recovery option values
- identifiers for tasks, Specifying task tags
- idle LUNs, DMP tunable parameters
- implicit failover mode, How DMP works
- Importing
- ISP disk group, Working with existing ISP disk groups
- initialization
- of disks, Adding a disk to VxVM
- inode table, Tuning inode table size
- internal, Tuning inode table size
- sizes, Tuning inode table size
- inodes, block based, About extents
- instant snap version
- of DCOs, DCO volume versioning
- instant snapshots
- backing up multiple volumes, Creating multiple instant snapshots
- cascaded, Cascaded snapshots
- creating backups, Creating instant snapshots
- creating for volume sets, Creating instant snapshots of volume sets
- creating full-sized, Creating and managing full-sized instant snapshots
- creating space-optimized, Creating and managing space-optimized instant snapshots
- creating volumes for use as full-sized, Creating a volume for use as a full-sized instant or linked break-off snapshot
- displaying information about, Displaying instant snapshot information
- dissociating, Dissociating an instant snapshot
- full-sized, How full-sized instant snapshots work
- improving performance of synchronization, Improving the performance of snapshot synchronization
- reattaching, Reattaching an instant full-sized or plex break-off snapshot
- refreshing, Refreshing an instant space-optimized snapshot
- removing, Removing an instant snapshot
- restoring volumes using, Restoring a volume from an instant space-optimized snapshot
- space-optimized, Space-optimized instant volume snapshots
- splitting hierarchies, Splitting an instant snapshot hierarchy
- synchronizing, Controlling instant snapshot synchronization
- intent log, About the Veritas File System intent log, Veritas File System features
- multi-volume file system support, Features implemented using multi-volume file system (MVFS) support
- intent log resizing, About the Veritas File System intent log
- intent logging, Data integrity in volume snapshots
- internal inode table, Tuning inode table size
- internal quotas file, About quota files on Veritas File System
- ioctl calls, Tunable parameters for core VxVM
- ioship attribute, Enabling I/O shipping for shared disk groups
- iSCSI parameters
- administering with DDL, Getting or setting the iSCSI operational parameters
- setting with vxddladm, Getting or setting the iSCSI operational parameters
- ISP
- disk groups, Working with existing ISP disk groups
- ISP disk group
- Importing, Working with existing ISP disk groups
- Upgrading, Working with existing ISP disk groups
L
- large files, Veritas File System features, largefiles and nolargefiles mount options
- creating file systems with, Creating a file system with large files
- mounting file systems with, Mounting a file system with large files
- largefiles mount option, Mounting a file system with large files
- layered volumes
- defined, About layered volumes, Types of volume layouts
- striped-mirror, Mirroring plus striping (striped-mirror, RAID-1+0, or RAID-10)
- layouts
- left-symmetric, Left-symmetric layout
- types of volume, Types of volume layouts
- leave failure policy, Availability of shared disk group configuration copies
- left-symmetric layout, Left-symmetric layout
- LILO
- restrictions, Restrictions on using rootability with Linux
- link objects, Linked break-off snapshot volumes
- linked break-off snapshots, Linked break-off snapshot volumes
- creating, Creating and managing linked break-off snapshot volumes
- linked third-mirror snapshots
- reattaching, Reattaching a linked break-off snapshot volume
- listing
- DMP nodes, Displaying consolidated information about the DMP nodes
- supported disk arrays, Listing all supported disk arrays
- LLT
- tunable parameters, About LLT tunable parameters
- VCS, About Cluster Server architecture
- LLT timer tunable parameters
- setting, Setting LLT timer tunable parameters
- load balancing, How DMP works
- across nodes in a cluster, Overview of clustering
- displaying policy for, Displaying the I/O policy
- specifying policy for, Specifying the I/O policy
- lock clearing on disks, Handling errors when importing disks
- Locking, Veritas File System features
- log mount option, Mounting a VxFS file system, log mount option
- log subdisks
- DRL, Log subdisks and plexes
- logdisk, Creating a RAID-5 volume
- logical units, How DMP works
- logiosize mount option, logiosize mount option
- logs
- kernel, Setting up configuration database copies (metadata) for a disk group
- RAID-5, RAID-5 logging, Resynchronization process
- specifying number for RAID-5, Creating a RAID-5 volume
- Low priority link
- configuring, Configuring a low-priority link
- lti-volume file systems, About multi-volume file systems
- LUN, How DMP works
- LUN expansion, Dynamic LUN expansion
- LUN group failover, How DMP works
- LUN groups
- displaying details of, Displaying the members of a LUN group
- LUNs
- idle, DMP tunable parameters
- thin provisioning, Migrating to thin provisioning
M
- main.cf file, Sample main.cf file
- sample, Sample main.cf file for CIFS
- Manual page
- fsadm_vxfs(1M), About the fsadm command
- fsclustadm(1M), About the fsclustadm command
- mount_vxfs(1M), About the mount command
- manual page
- cfsshare, cfsshare manual page
- Master Boot Record
- restrictions, Restrictions on using rootability with Linux
- master node
- defined, Overview of cluster volume management
- discovering, Requesting node status and discovering the master node
- Master node
- changing, Changing the CVM master manually
- maxautogrow attribute, Creating a shared cache object
- maxdev attribute, Compatibility of disk groups between platforms
- maximum I/O size, Veritas Volume Manager maximum I/O size
- memory
- granularity of allocation by VxVM, Tunable parameters for core VxVM
- maximum size of pool for VxVM, Tunable parameters for core VxVM
- minimum size of pool for VxVM, Tunable parameters for core VxVM
- persistence of FastResync in, How FastResync works
- Memory mapping, Veritas File System features
- messages
- complete disk failure, Complete disk failure mail messages
- hot-relocation of subdisks, Moving relocated subdisks
- partial disk failure, Partial disk failure mail messages
- metadata, Setting up configuration database copies (metadata) for a disk group
- multi-volume support, Features implemented using multi-volume file system (MVFS) support
- METADATA subdisks, Allocation of METADATA Subdisks During Root Disk Encapsulation
- metanodes
- DMP, How DMP works
- migrating to thin storage, Migrating to thin provisioning
- mincache mount option, Mounting a VxFS file system, mincache mount option
- minimum queue load balancing policy, Specifying the I/O policy
- minimum redundancy levels
- displaying for a device, Displaying the redundancy level of a device or enclosure
- specifying for a device, Specifying the minimum number of active paths
- minor numbers, Reserving minor numbers for disk groups
- mirbrk snapshot type, Displaying instant snapshot information
- mirdg attribute, Creating and managing linked break-off snapshot volumes
- mirrored volumes
- changing read policies for, Changing the read policy for mirrored volumes
- configuring VxVM to create by default, Mirroring all volumes
- creating, Creating a mirrored volume
- creating across controllers, Specifying ordered allocation of storage to volumes
- creating across targets, Specifying ordered allocation of storage to volumes
- defined, Types of volume layouts
- dirty region logging, Resynchronization process
- DRL, Resynchronization process
- FastResync, Resynchronization process
- FR, Resynchronization process
- logging, Resynchronization process
- snapshots, FastResync
- mirrored-concatenated volumes
- creating, Creating a mirrored-concatenated volume
- defined, Striping plus mirroring (mirrored-stripe or RAID-0+1)
- mirrored-stripe volumes
- benefits of, Striping plus mirroring (mirrored-stripe or RAID-0+1)
- creating, Creating a mirrored-stripe volume
- defined, Types of volume layouts
- mirroring
- boot disk, Encapsulating and mirroring the root disk
- defined, Mirroring (RAID-1)
- root disk, Encapsulating and mirroring the root disk
- mirroring plus striping, Mirroring plus striping (striped-mirror, RAID-1+0, or RAID-10)
- mirrors
- adding to volumes, Adding a mirror to a volume
- creating snapshot, Creating traditional third-mirror break-off snapshots
- removing from volumes, Removing a mirror
- specifying number of, Creating a mirrored volume
- mirvol attribute, Creating and managing linked break-off snapshot volumes
- mirvol snapshot type, Displaying instant snapshot information
- mkfs
- creating files with, Creating a VxFS file system
- creating large files, Managing a file system with large files
- modes
- enhanced data integrity, Veritas File System features
- monitoring fragmentation, Monitoring fragmentation
- mount, Managing a file system with large files
- how to display mounted file systems, Unmounting a file system
- mounting a Storage Checkpoint, Accessing a Storage Checkpoint
- nfs-exported file system, How to mount an NFS-exported file system on the NFS clients
- pseudo device, Accessing a Storage Checkpoint
- mount options, Intent log size
- blkclear, blkclear mount option
- choosing, Intent log size
- combining, Combining mount command options
- convosync, Mounting a VxFS file system, convosync mount option
- delaylog, Veritas File System features, delaylog mount option
- extended, Veritas File System features
- largefiles, Mounting a file system with large files
- log, Mounting a VxFS file system, log mount option
- logiosize, logiosize mount option
- mincache, Mounting a VxFS file system, mincache mount option
- nodatainlog, Mounting a VxFS file system, nodatainlog mount option
- tmplog, tmplog mount option
- mounted file system
- displaying, Displaying information on mounted file systems
- mounting a file system
- option combinations, Combining mount command options
- with large files, Mounting a file system with large files
- mounting a Storage Checkpoint, Accessing a Storage Checkpoint
- mounting a Storage Checkpoint of a cluster file system, Accessing a Storage Checkpoint
- mount_vxfs(1M)
- asymmetric mounts, About asymmetric mounts
- manual page, About the mount command
- Moving
- CFS primaryship, Determining or moving primaryship
- mrl
- keyword, Displaying the redundancy level of a device or enclosure
- multi-pathing
- disabling, Making devices invisible to VxVM
- displaying information about, Displaying the paths to a disk
- enabling, Making devices visible to VxVM
- Multi-Volume Support, About volume sets
- multi-volume support
- creating a MVFS, Creating multi-volume file systems
- multiple block operations, About extents
N
- name space
- preserved by Storage Checkpoints, About Storage Checkpoints
- names
- changing for disk groups, Renaming a disk group
- defining for snapshot volumes, Creating multiple snapshots with the vxassist command
- device, Physical objects
- renaming disks, Renaming a disk
- naming
- DMP nodes, Setting customized names for DMP nodes
- naming scheme
- changing for disks, Changing the disk device naming scheme
- changing for TPD enclosures, Changing device naming for enclosures controlled by third-party drivers
- displaying for disks, Displaying the disk-naming scheme
- native asynchronous I/O
- with cloned processes, Native asynchronous I/O with cloned processes
- ncachemirror attribute, Creating and managing space-optimized instant snapshots
- ncheck, About reverse path name lookup
- ndcomirror attribute, Adding a version 0 DCO and DCO volume
- ndcomirs attribute, Adding an instant snap DCO and DCO volume
- Nested mounts, Veritas File System features
- newvol attribute, Creating and managing third-mirror break-off snapshots
- NFS mounts, Veritas File System features
- nfs-exported file system
- mount, How to mount an NFS-exported file system on the NFS clients
- nmirror attribute, Creating and managing third-mirror break-off snapshots
- nodata Storage Checkpoints, Converting a data Storage Checkpoint to a nodata Storage Checkpoint
- nodata Storage Checkpoints definition, Nodata Storage Checkpoints
- nodatainlog mount option, Mounting a VxFS file system, nodatainlog mount option
- nodes
- DMP, How DMP works
- in clusters, Overview of cluster volume management
- requesting status of, Requesting node status and discovering the master node
- shutdown in clusters, Node shutdown
- use of vxclustadm to control CVM functionality, vxclustadm utility
- nomanual path attribute, Setting the attributes of the paths to an enclosure
- non-autotrespass mode, How DMP works
- Non-Persistent FastResync, How FastResync works
- nopreferred path attribute, Setting the attributes of the paths to an enclosure
- nopriv devices, Using nopriv disks for encapsulation
- NTP
- network time protocol, Synchronizing system clocks on all nodes
- network time protocol daemon, About synchronizing time on Cluster File Systems
O
- objects
- physical, Physical objects
- virtual, Virtual objects
- off-host processing, About the cluster functionality of VxVM
- OMF, About Oracle Disk Manager and Oracle Managed Files
- working with Oracle Disk Manager, How Oracle Disk Manager works with Oracle Managed Files
- online invalid status, Displaying disk information
- online relayout
- changing number of columns, Specifying a non-default layout
- changing region size, Controlling the progress of a relayout
- changing speed of, Controlling the progress of a relayout
- changing stripe unit size, Specifying a non-default layout
- controlling progress of, Controlling the progress of a relayout
- defined, Online relayout
- destination layouts, Performing online relayout
- failure recovery, Transformation characteristics
- how it works, How online relayout works
- limitations, Limitations of online relayout
- monitoring tasks for, Viewing the status of a relayout
- pausing, Controlling the progress of a relayout
- performing, Performing online relayout
- resuming, Controlling the progress of a relayout
- reversing direction of, Controlling the progress of a relayout
- specifying non-default, Specifying a non-default layout
- specifying plexes, Specifying a plex for relayout
- specifying task tags for, Tagging a relayout operation
- temporary area, How online relayout works
- transformation characteristics, Transformation characteristics
- transformations and volume length, Transformations and volume length
- types of transformation, Permitted relayout transformations
- viewing status of, Viewing the status of a relayout
- online status, Displaying disk information
- Oracle Disk Manager, About Oracle Disk Manager
- benefits, About Oracle Disk Manager
- disabling, Disabling the Oracle Disk Manager feature
- preparing existing databases for use with, Preparing existing database storage for Oracle Disk Manager
- setting up, Setting up Veritas Extension for Oracle Disk Manager
- Oracle Managed Files, About Oracle Disk Manager and Oracle Managed Files
- working with Oracle Disk Manager, How Oracle Disk Manager works with Oracle Managed Files
- ordered allocation, Creating a RAID-5 volume, Specifying ordered allocation of storage to volumes
- OTHER_DISKS category, Disk categories
- O_SYNC, Mounting a VxFS file system
P
- Parallel fsck threads, About setting the number of parallel fsck threads
- Parallel I/O, About parallel I/O
- parity in RAID-5, RAID-5 (striping with parity)
- partial device discovery, Partial device discovery
- partition size
- displaying the value of, Displaying the I/O policy
- specifying, Specifying the I/O policy
- partition table, Allocation of METADATA Subdisks During Root Disk Encapsulation
- partitions
- number, About disk partitions
- slices, About disk partitions
- path aging, DMP tunable parameters
- path failover in DMP, Path failover mechanism
- paths
- disabling for DMP, Disabling I/O for paths, controllers, array ports, or DMP nodes
- enabling for DMP, Enabling I/O for paths, controllers, array ports, or DMP nodes
- setting attributes of, Setting the attributes of the paths to an enclosure, Specifying the minimum number of active paths
- performance
- changing values of tunables, Methods to change Dynamic Multi-Pathing tunable parameters , Methods to change Veritas Volume Manager tunable parameters
- improving for instant snapshot synchronization, Improving the performance of snapshot synchronization
- load balancing in DMP, Load balancing
- overall, File system block size
- snapshot file systems, Snapshot file system performance
- persistence
- device naming option, Changing the disk device naming scheme
- persistent device name database, Regenerating persistent device names
- persistent device naming, Regenerating persistent device names
- Persistent FastResync, How FastResync works, How persistent FastResync works with snapshots, Version 0 DCO volume layout, Persistent FastResync of volume snapshots
- physical disks
- clearing locks on, Handling errors when importing disks
- complete failure messages, Complete disk failure mail messages
- determining failed, Partial disk failure mail messages
- displaying information, Displaying disk information
- displaying information about, Displaying disk information, Displaying disk group information
- displaying spare, Displaying spare disk information
- excluding free space from hot-relocation use, Excluding a disk from hot-relocation use
- failure handled by hot-relocation, How hot-relocation works
- installing, About disk installation and formatting
- making available for hot-relocation, Marking a disk as a hot-relocation spare
- making free space available for hot-relocation use, Making a disk available for hot-relocation use
- marking as spare, Marking a disk as a hot-relocation spare
- moving between disk groups, Moving disks between disk groups, Moving objects between disk groups
- moving disk groups between systems, Moving disk groups between systems
- moving volumes from, Moving volumes from a VxVM disk
- partial failure messages, Partial disk failure mail messages
- postponing replacement, Removing and replacing disks
- releasing from disk groups, Destroying a disk group
- removing, Removing disks, Removing and replacing disks
- removing from disk groups, Removing a disk from a disk group
- removing from pool of hot-relocation spares, Removing a disk from use as a hot-relocation spare
- removing with subdisks, Removing a disk with subdisks, Removing a disk with no subdisks
- replacing, Removing and replacing disks
- replacing removed, Replacing a failed or removed disk
- spare, How space is chosen for relocation
- physical objects, Physical objects
- ping-pong effect, DMP in a clustered environment
- plex attribute, Creating and managing third-mirror break-off snapshots
- plexes
- adding to snapshots, Adding plexes to a snapshot volume
- changing read policies for, Changing the read policy for mirrored volumes
- complete failure messages, Complete disk failure mail messages
- converting to snapshot, Converting a plex into a snapshot plex
- defined, Virtual objects
- failure in hot-relocation, How hot-relocation works
- maximum number of subdisks, Tunable parameters for core VxVM
- moving, Specifying storage for version 0 DCO plexes
- partial failure messages, Partial disk failure mail messages
- putting online, Reattaching a plex manually
- reattaching, Reattaching a plex manually
- recovering after correctable hardware failure, Partial disk failure mail messages
- removing from volumes, Removing a mirror
- sparse, Limitations of online relayout
- specifying for online relayout, Specifying a plex for relayout
- striped, Striping (RAID-0)
- point-in-time copy solutions
- applications, When to use point-in-time copies
- polling interval for DMP restore, Configuring DMP path restoration policies
- Port membership
- SFCFSHA, About Cluster Server architecture
- ports
- listing, Listing the ports configured on a Host Bus Adapter
- postoffline
- trigger, postoffline trigger
- postonline
- trigger, postonline trigger
- prefer read policy, Changing the read policy for mirrored volumes
- preferred plex
- read policy, Changing the read policy for mirrored volumes
- preferred priority path attribute, Setting the attributes of the paths to an enclosure
- preonline
- trigger, preonline trigger
- Primary
- failover, About Storage Foundation Cluster File System High Availability primary/secondary failover
- primary and secondary
- terminology, About primary and secondary cluster nodes
- primary fileset relation to Storage Checkpoints, How a Storage Checkpoint works
- primary path, How DMP works, Displaying the paths to a disk
- primary path attribute, Setting the attributes of the paths to an enclosure
- primaryship
- primary node, About distributing the workload on a cluster
- priority load balancing, Specifying the I/O policy
- private disk groups
- converting from shared, Converting a disk group from shared to private
- in clusters, About private and shared disk groups
- private network
- in clusters, Overview of cluster volume management
- pseudo device, Accessing a Storage Checkpoint
Q
- queued I/Os
- displaying statistics, Displaying statistics for queued or erroneous I/Os
- quota commands, About Veritas File System quota commands
- quotacheck, About quota checking with Veritas File System
- quotas, About Veritas File System quota limits
- exceeding the soft limit, About Veritas File System quota limits
- hard limit, Storage Checkpoint quotas, About Veritas File System quota limits
- soft limit, About Veritas File System quota limits
- quotas file, About quota files on Veritas File System
- quotas.grp file, About quota files on Veritas File System
R
- RAID-0, Striping (RAID-0)
- RAID-0+1, Striping plus mirroring (mirrored-stripe or RAID-0+1)
- RAID-1, Mirroring (RAID-1)
- RAID-1+0, Mirroring plus striping (striped-mirror, RAID-1+0, or RAID-10)
- RAID-5
- hot-relocation limitations, How hot-relocation works
- logs, RAID-5 logging, Resynchronization process
- parity, RAID-5 (striping with parity)
- specifying number of logs, Creating a RAID-5 volume
- subdisk failure handled by hot-relocation, How hot-relocation works
- volumes, RAID-5 (striping with parity)
- RAID-5 volumes
- changing number of columns, Specifying a non-default layout
- changing stripe unit size, Specifying a non-default layout
- creating, Creating a RAID-5 volume
- defined, Types of volume layouts
- raw device nodes
- controlling access for volume sets, Controlling raw device access for an existing volume set
- displaying access for volume sets, Displaying the raw device access settings for a volume set
- enabling access for volume sets, Enabling raw device access when creating a volume set
- for volume sets, Managing raw device nodes of component volumes
- read policies
- changing, Changing the read policy for mirrored volumes
- prefer, Changing the read policy for mirrored volumes
- round, Changing the read policy for mirrored volumes
- select, Changing the read policy for mirrored volumes
- siteread, Changing the read policy for mirrored volumes, About sites and remote mirrors, About site-based allocation, About the site read policy
- split, Changing the read policy for mirrored volumes
- read-only mode, Activation modes of shared disk groups
- readonly mode, Activation modes of shared disk groups
- Recovering
- I/O failures, About recovering from I/O failures
- recovery
- checkpoint interval, Tunable parameters for core VxVM
- I/O delay, Tunable parameters for core VxVM
- recovery option values
- configuring, Displaying recovery option values
- redundancy
- of data on mirrors, Types of volume layouts
- of data on RAID-5, Types of volume layouts
- redundancy levels
- displaying for a device, Displaying the redundancy level of a device or enclosure
- specifying for a device, Specifying the minimum number of active paths
- redundant-loop access, About enclosure-based naming
- regionsize attribute, Adding an instant snap DCO and DCO volume, Creating a shared cache object
- reinitialization of disks, Disk reinitialization
- relayout
- changing number of columns, Specifying a non-default layout
- changing region size, Controlling the progress of a relayout
- changing speed of, Controlling the progress of a relayout
- changing stripe unit size, Specifying a non-default layout
- controlling progress of, Controlling the progress of a relayout
- limitations, Limitations of online relayout
- monitoring tasks for, Viewing the status of a relayout
- online, Online relayout
- pausing, Controlling the progress of a relayout
- performing online, Performing online relayout
- resuming, Controlling the progress of a relayout
- reversing direction of, Controlling the progress of a relayout
- specifying non-default, Specifying a non-default layout
- specifying plexes, Specifying a plex for relayout
- specifying task tags for, Tagging a relayout operation
- storage, Online relayout
- transformation characteristics, Transformation characteristics
- types of transformation, Permitted relayout transformations
- viewing status of, Viewing the status of a relayout
- relocation
- automatic, About hot-relocation
- complete failure messages, Complete disk failure mail messages
- limitations, How hot-relocation works
- partial failure messages, Partial disk failure mail messages
- Remote Mirror feature
- administering, About sites and remote mirrors
- remote mirrors
- administering, About sites and remote mirrors
- removable Storage Checkpoints definition, Removable Storage Checkpoints
- removing devices
- from VxVM control, Making devices invisible to VxVM
- removing disks, Removing and replacing disks
- removing physical disks, Removing disks
- reorganization
- directory, Monitoring fragmentation
- extent, Monitoring fragmentation
- replacing disks, Removing and replacing disks
- replay logs and sequential DRL, Sequential DRL
- report extent fragmentation, Monitoring fragmentation
- reservation space, About extent attributes
- reservations
- description, About SCSI-3 Persistent Reservations
- restoration of disk group configuration, Backing up and restoring disk group configuration data
- restoration of FSS disk group configuration, Backing up and restoring Flexible Storage Sharing disk group configuration data
- restore policy
- check_all, Configuring DMP path restoration policies
- check_alternate, Configuring DMP path restoration policies
- check_disabled, Configuring DMP path restoration policies
- check_periodic, Configuring DMP path restoration policies
- restored daemon, How DMP monitors I/O on paths
- restrictions
- at boot time, Boot-time volume restrictions
- on BIOS, Restrictions on using rootability with Linux
- on Master Boot Record, Restrictions on using rootability with Linux
- on rootability, Restrictions on using rootability with Linux
- on using LILO, Restrictions on using rootability with Linux
- resyncfromoriginal snapback, Restoring the original volume from a snapshot
- resyncfromreplica snapback, Restoring the original volume from a snapshot
- resynchronization
- checkpoint interval, Tunable parameters for core VxVM
- I/O delay, Tunable parameters for core VxVM
- of volumes, Volume resynchronization
- resynchronizing
- snapshots, Choices for snapshot resynchronization
- retry option values
- configuring, Displaying recovery option values
- Reverse Path Name Lookup, About reverse path name lookup
- root disk
- defined, Rootability
- encapsulating, Encapsulating and mirroring the root disk
- encapsulation, Encapsulating and mirroring the root disk
- mirroring, Encapsulating and mirroring the root disk
- supported layouts for encapsulation, Sample supported root disk layouts for encapsulation
- unencapsulating, Unencapsulating the root disk
- unsupported layouts for encapsulation, Sample unsupported root disk layouts for encapsulation
- root volume, Booting root volumes
- rootability, Rootability
- removing, Unencapsulating the root disk
- restrictions, Restrictions on using rootability with Linux
- round read policy, Changing the read policy for mirrored volumes
- round-robin
- load balancing, Specifying the I/O policy
- read policy, Changing the read policy for mirrored volumes
S
- s#, About disk partitions
- sample
- main.cf file, Sample main.cf file for CIFS
- scandisks
- vxdisk subcommand, Discovering and configuring newly added disk devices
- SCSI-3 PR, About SCSI-3 Persistent Reservations
- Secondary
- failover, About Storage Foundation Cluster File System High Availability primary/secondary failover
- secondary path, How DMP works
- secondary path attribute, Setting the attributes of the paths to an enclosure
- secondary path display, Displaying the paths to a disk
- secure communication, How secure communication works between the CP servers and the SFCFSHA clusters using the Symantec Product Authentication Services (AT)
- security, About secure communication between the SFCFSHA cluster and CP server
- select read policy, Changing the read policy for mirrored volumes
- sequential DRL
- defined, Sequential DRL
- maximum number of dirty regions, Tunable parameters for FlashSnap (FMR)
- sequential I/O, Direct I/O CPU overhead
- serial split brain condition, About sites and remote mirrors
- correcting, Correcting conflicting configuration information
- in campus clusters, Example of a serial split brain condition in a cluster
- in disk groups, Handling conflicting configuration copies
- server-based fencing
- replacing coordination points
- online cluster, Replacing coordination points for server-based fencing in an online cluster
- service group
- cfsnfssg_dummy, Service group cfsnfssg_dummy
- setext, Commands related to extent attributes
- Setting
- parallel fsck threads, About setting the number of parallel fsck threads
- setting
- path redundancy levels, Specifying the minimum number of active paths
- SFCFSHA
- administration, About Storage Foundation Cluster File System High Availability administration
- architecture, About Storage Foundation Cluster File System High Availability architecture
- backup strategies, About Storage Foundation Cluster File System High Availability backup strategies
- environments, About single network link and reliability
- features, When to use Storage Foundation Cluster File System High Availability
- port membership, About Cluster Server architecture
- snapshots, About Storage Foundation Cluster File System High Availability backup strategies
- synchronize time, About synchronizing time on Cluster File Systems
- usage, When to use Storage Foundation Cluster File System High Availability
- Shared CFS file system
- unsharing, Unsharing the previous shared CFS file system
- shared CFS file system
- unsharing, Unsharing the previous shared CFS file system
- shared disk groups
- activating, Changing the activation mode on a shared disk group
- activation modes, Activation modes of shared disk groups
- converting to private, Converting a disk group from shared to private
- creating, Creating a shared disk group
- importing, Importing disk groups as shared
- in clusters, About private and shared disk groups
- limitations of, Limitations of shared disk groups
- listing, Listing shared disk groups
- shared-read mode, Activation modes of shared disk groups
- shared-write mode, Activation modes of shared disk groups
- sharedread mode, Activation modes of shared disk groups
- sharedwrite mode, Activation modes of shared disk groups
- Sharing
- CFS file system, Sharing a CFS file system previously added to VCS
- sharing
- CFS file system, Sharing a CFS file system previously added to VCS
- single active path policy, Specifying the I/O policy
- Site Awareness license, Configuring a new disk group as a Remote Mirror configuration
- site consistency
- configuring, Configuring a new disk group as a Remote Mirror configuration
- defined, About sites and remote mirrors
- site failure
- simulating, Simulating site failure
- site failures
- host failures, Recovering from host failure
- loss of connectivity, Recovering from a loss of site connectivity
- recovery from, Recovery from simulated site failure, Recovering from site failure
- scenarios and recovery procedures, Failure and recovery scenarios
- storage failures, Recovering from storage failure
- site-based allocation
- configuring for disk groups, Configuring a new disk group as a Remote Mirror configuration
- defined, About sites and remote mirrors
- site-based consistency
- configuring on existing disk groups, Making an existing disk group site consistent
- siteconsistent attribute, Configuring a new disk group as a Remote Mirror configuration
- siteread read policy, Changing the read policy for mirrored volumes, About sites and remote mirrors, About site-based allocation, About the site read policy
- sites
- reattaching, Recovery from simulated site failure
- slave nodes
- defined, Overview of cluster volume management
- slices
- partitions, About disk partitions
- SmartMove feature, Migrating to thin provisioning
- SmartTier, About volume sets
- multi-volume file system support, Features implemented using multi-volume file system (MVFS) support
- snap objects, How persistent FastResync works with snapshots
- snap volume naming, Creating multiple snapshots
- snapabort, How traditional third-mirror break-off snapshots work
- snapback
- defined, How traditional third-mirror break-off snapshots work
- merging snapshot volumes, Reattaching a snapshot volume
- resyncfromoriginal, Restoring the original volume from a snapshot
- resyncfromreplica, Restoring the original volume from a snapshot, Reattaching a snapshot volume
- snapclear
- creating independent volumes, Dissociating a snapshot volume
- snapmir snapshot type, Displaying instant snapshot information
- snapof, Creating a snapshot file system
- snapped file systems, Veritas File System features, About snapshot file systems
- performance, Snapshot file system performance
- unmounting, About snapshot file systems
- snapread, Snapshot file system backups
- Snapshot
- characteristics, About cluster snapshot characteristics
- performance, Performance considerations
- snapshot
- creating, Creating a snapshot on a cluster
- snapshot file systems, Veritas File System features, About snapshot file systems
- blockmap, About snapshot file system disk structure
- creating, Creating a snapshot file system
- data block area, About snapshot file system disk structure
- disabled, How a snapshot file system works
- fscat, Snapshot file system backups
- fuser, About snapshot file systems
- mounting, Creating a snapshot file system
- multiple, About snapshot file systems
- on cluster file systems, About snapshot file systems
- performance, Snapshot file system performance
- read, Snapshot file system backups
- super-block, About snapshot file system disk structure
- snapshot hierarchies
- creating, Adding a snapshot to a cascaded snapshot hierarchy
- splitting, Splitting an instant snapshot hierarchy
- snapshot mirrors
- adding to volumes, Adding snapshot mirrors to a volume
- removing from volumes, Removing a snapshot mirror
- snapshots
- adding mirrors to volumes, Adding snapshot mirrors to a volume
- adding plexes to, Adding plexes to a snapshot volume
- and FastResync, FastResync
- backing up multiple volumes, Creating multiple instant snapshots, Creating multiple snapshots with the vxassist command
- backing up volumes online using, Creating instant snapshots
- cascaded, Cascaded snapshots
- comparison of features, Comparison of snapshot features
- converting plexes to, Converting a plex into a snapshot plex
- creating a hierarchy of, Adding a snapshot to a cascaded snapshot hierarchy
- creating backups using third-mirror, Creating traditional third-mirror break-off snapshots
- creating for volume sets, Creating instant snapshots of volume sets
- creating full-sized instant, Creating and managing full-sized instant snapshots
- creating independent volumes, Dissociating a snapshot volume
- creating instant, Creating instant snapshots
- creating linked break-off, Creating and managing linked break-off snapshot volumes
- creating snapshots of, Creating a snapshot of a snapshot
- creating space-optimized instant, Creating and managing space-optimized instant snapshots
- creating third-mirror break-off, Creating and managing third-mirror break-off snapshots
- creating volumes for use as full-sized instant, Creating a volume for use as a full-sized instant or linked break-off snapshot
- defining names for, Creating multiple snapshots with the vxassist command
- displaying information about, Displaying snapshot information
- displaying information about instant, Displaying instant snapshot information
- dissociating instant, Dissociating an instant snapshot
- finding out those configured on a cache, Removing a cache
- full-sized instant, Comparison of snapshot features, How full-sized instant snapshots work
- hierarchy of, Cascaded snapshots
- improving performance of synchronization, Improving the performance of snapshot synchronization
- instant, Space-optimized instant volume snapshots
- linked break-off, Linked break-off snapshot volumes
- listing for a cache, Listing the snapshots created on a cache
- merging with original volumes, Reattaching a snapshot volume
- of volumes, Volume snapshots
- on multiple volumes, Creating multiple snapshots
- reattaching instant, Reattaching an instant full-sized or plex break-off snapshot
- reattaching linked third-mirror, Reattaching a linked break-off snapshot volume
- refreshing instant, Refreshing an instant space-optimized snapshot
- removing, Creating traditional third-mirror break-off snapshots
- removing instant, Removing an instant snapshot
- removing linked snapshots from volumes, Removing a linked break-off snapshot volume
- removing mirrors from volumes, Removing a snapshot mirror
- restoring from instant, Restoring a volume from an instant space-optimized snapshot
- resynchronization on snapback, Restoring the original volume from a snapshot
- resynchronizing, Choices for snapshot resynchronization
- resynchronizing volumes from, Reattaching a snapshot volume
- space-optimized instant, Space-optimized instant volume snapshots
- synchronizing instant, Controlling instant snapshot synchronization
- third-mirror, Volume snapshots
- use of copy-on-write mechanism, How full-sized instant snapshots work
- Snapshots, About Snapshots on SFCFSHA
- SFCFSHA, About Storage Foundation Cluster File System High Availability backup strategies
- snapsize, Creating a snapshot file system
- snapstart, How traditional third-mirror break-off snapshots work
- snapvol attribute, Creating and managing full-sized instant snapshots, Creating and managing linked break-off snapshot volumes
- snapwait, Creating and managing third-mirror break-off snapshots, Creating and managing linked break-off snapshot volumes
- source attribute, Creating and managing full-sized instant snapshots, Creating and managing linked break-off snapshot volumes
- space-optimized instant snapshots, Space-optimized instant volume snapshots
- creating, Creating and managing space-optimized instant snapshots
- spaceopt snapshot type, Displaying instant snapshot information
- spanned volumes, Concatenation, spanning, and carving
- spanning, Concatenation, spanning, and carving
- spare disks
- displaying, Displaying spare disk information
- marking disks as, Marking a disk as a hot-relocation spare
- used for hot-relocation, How space is chosen for relocation
- sparse file, Fixed extent size
- sparse plexes, Limitations of online relayout
- specifying
- redundancy levels, Specifying the minimum number of active paths
- split read policy, Changing the read policy for mirrored volumes
- Split-brain, Split-brain and jeopardy handling
- standby path attribute, Setting the attributes of the paths to an enclosure
- states
- of link objects, Linked break-off snapshot volumes
- statistics gathering, How DMP monitors I/O on paths
- storage
- clearing, blkclear mount option
- ordered allocation of, Creating a RAID-5 volume, Specifying ordered allocation of storage to volumes
- uninitialized, blkclear mount option
- storage attributes and volume layout, Creating a volume on specific disks
- storage cache, Space-optimized instant volume snapshots
- used by space-optimized instant snapshots, How space-optimized instant snapshots work
- Storage Checkpoints, About Storage Checkpoints on SFCFSHA, Storage Checkpoints
- accessing, Accessing a Storage Checkpoint
- administration of, Storage Checkpoint administration
- converting a data Storage Checkpoint to a nodata Storage Checkpoint with multiple Storage Checkpoints, Converting multiple Storage Checkpoints
- creating, Creating a Storage Checkpoint
- data Storage Checkpoints, Data Storage Checkpoints
- definition of, About Storage Checkpoints
- difference between a data Storage Checkpoint and a nodata Storage Checkpoint, Showing the difference between a data and a nodata Storage Checkpoint
- freezing and thawing a file system, How a Storage Checkpoint works
- mounting, Accessing a Storage Checkpoint
- multi-volume file system support, Features implemented using multi-volume file system (MVFS) support
- nodata Storage Checkpoints, Nodata Storage Checkpoints, Converting a data Storage Checkpoint to a nodata Storage Checkpoint
- operation failures, Storage Checkpoint space management considerations
- pseudo device, Accessing a Storage Checkpoint
- removable Storage Checkpoints, Removable Storage Checkpoints
- removing, Removing a Storage Checkpoint
- space management, Storage Checkpoint space management considerations
- synchronous vs. asynchronous conversion, Converting a data Storage Checkpoint to a nodata Storage Checkpoint
- types of, Types of Storage Checkpoints
- unmounting, Accessing a Storage Checkpoint
- using the fsck command, Accessing a Storage Checkpoint
- writable Storage Checkpoints, Accessing a Storage Checkpoint
- storage disconnectivity
- CVM handling, Cluster Volume Manager (CVM) tolerance to storage connectivity failures
- storage failures, Recovering from storage failure
- storage processor, How DMP works
- storage relayout, Online relayout
- stripe columns, Striping (RAID-0)
- stripe units
- changing size, Specifying a non-default layout
- defined, Striping (RAID-0)
- stripe-mirror-col-split-trigger-pt, Creating a striped-mirror volume
- striped plexes
- defined, Striping (RAID-0)
- striped volumes
- changing number of columns, Specifying a non-default layout
- changing stripe unit size, Specifying a non-default layout
- creating, Creating a striped volume
- defined, Types of volume layouts
- failure of, Striping (RAID-0)
- specifying non-default number of columns, Creating a striped volume
- specifying non-default stripe unit size, Creating a striped volume
- striped-mirror volumes
- benefits of, Mirroring plus striping (striped-mirror, RAID-1+0, or RAID-10)
- creating, Creating a striped-mirror volume
- defined, Types of volume layouts
- mirroring columns, Creating a striped-mirror volume
- mirroring subdisks, Creating a striped-mirror volume
- trigger point for mirroring, Creating a striped-mirror volume
- striping, Striping (RAID-0)
- striping plus mirroring, Striping plus mirroring (mirrored-stripe or RAID-0+1)
- subdisks
- blocks, Virtual objects
- complete failure messages, Complete disk failure mail messages
- defined, Virtual objects
- determining failed, Partial disk failure mail messages
- DRL log, Log subdisks and plexes
- hot-relocation, Hot-relocation, About hot-relocation, How space is chosen for relocation
- hot-relocation messages, Moving relocated subdisks
- listing original disks after hot-relocation, Examining which subdisks were hot-relocated from a disk
- maximum number per plex, Tunable parameters for core VxVM
- METADATA, Allocation of METADATA Subdisks During Root Disk Encapsulation
- mirroring in striped-mirror volumes, Creating a striped-mirror volume
- moving after hot-relocation, Moving relocated subdisks
- partial failure messages, Partial disk failure mail messages
- RAID-5 failure of, How hot-relocation works
- specifying different offsets for unrelocation, Forcing hot-relocated subdisks to accept different offsets
- unrelocating after hot-relocation, Moving relocated subdisks
- unrelocating to different disks, Moving hot-relocated subdisks back to a different disk
- unrelocating using vxunreloc, Moving relocated subdisks using vxunreloc
- super-block, About snapshot file system disk structure
- SVID requirement
- VxFS conformance to, Application program interface
- Switching the CVM master, Changing the CVM master manually
- Symmetric architecture, About the symmetric architecture
- synchronization
- controlling for instant snapshots, Controlling instant snapshot synchronization
- improving performance of, Improving the performance of snapshot synchronization
- Synchronize time
- SFCFSHA, About synchronizing time on Cluster File Systems
- Synchronizing system clocks, Synchronizing system clocks on all nodes
- synchronous I/O, Direct I/O versus synchronous I/O
- syncing attribute, Creating instant snapshots, Controlling instant snapshot synchronization
- syncpause, Controlling instant snapshot synchronization
- syncresume, Controlling instant snapshot synchronization
- syncstart, Controlling instant snapshot synchronization
- syncstop, Controlling instant snapshot synchronization
- syncwait, Controlling instant snapshot synchronization
- system failure recovery, About the Veritas File System intent log, Veritas File System features
- system performance
- overall, File system block size
T
- tags
- for tasks, Specifying task tags
- listing for disks, Importing a set of cloned disks with tags
- removing from volumes, Setting tags on volumes
- renaming, Setting tags on volumes
- setting on disks, Importing a set of cloned disks with tags
- setting on volumes, Setting tags on volumes
- specifying for online relayout tasks, Tagging a relayout operation
- specifying for tasks, Specifying task tags
- target IDs
- specifying to vxassist, Creating a volume on specific disks
- target mirroring, Specifying ordered allocation of storage to volumes
- targets
- listing, Listing the targets configured from a Host Bus Adapter or a port
- task monitor in VxVM, Monitoring and controlling tasks
- tasks
- aborting, vxtask operations
- changing state of, vxtask operations
- identifiers, Specifying task tags
- listing, vxtask operations
- managing, Managing tasks with vxtask
- modifying parameters of, vxtask operations
- monitoring, vxtask operations
- monitoring online relayout, Viewing the status of a relayout
- pausing, vxtask operations
- resuming, vxtask operations
- specifying tags, Specifying task tags
- specifying tags on online relayout operation, Tagging a relayout operation
- tags, Specifying task tags
- temporary area used by online relayout, How online relayout works
- temporary directories, Veritas File System features
- terminology
- primary and secondary, About primary and secondary cluster nodes
- Thaw, Veritas File System features
- thaw, Freezing and thawing a file system
- thin provisioning
- using, Migrating to thin provisioning
- Thin Reclamation, About Thin Reclamation of a file system
- thin reclamation
- fsadm, Reclaiming space on a file system
- thin storage
- using, Migrating to thin provisioning
- third-mirror
- snapshots, Volume snapshots
- third-mirror break-off snapshots
- creating, Creating and managing third-mirror break-off snapshots
- third-party driver (TPD), About third-party driver coexistence
- throttling, How DMP monitors I/O on paths
- tmplog mount option, tmplog mount option
- TPD
- displaying path information, Displaying information about devices controlled by third-party drivers
- support for coexistence, About third-party driver coexistence
- tpdmode attribute, Changing device naming for enclosures controlled by third-party drivers
- trigger
- postoffline, postoffline trigger
- postonline, postonline trigger
- preonline, preonline trigger
- trigger point in striped-mirror volumes, Creating a striped-mirror volume
- tunable I/O parameters
- Volume Manager maximum I/O size, Veritas Volume Manager maximum I/O size
- tunables
- changing values of, Methods to change Dynamic Multi-Pathing tunable parameters , Methods to change Veritas Volume Manager tunable parameters
- dmp_cache_open, DMP tunable parameters
- dmp_daemon_count, DMP tunable parameters
- dmp_delayq_interval, DMP tunable parameters
- dmp_fast_recovery, DMP tunable parameters
- dmp_health_time, DMP tunable parameters
- dmp_log_level, DMP tunable parameters
- dmp_low_impact_probe, DMP tunable parameters
- dmp_lun_retry_timeout, DMP tunable parameters
- dmp_monitor_fabric, DMP tunable parameters
- dmp_monitor_osevent, DMP tunable parameters
- dmp_monitor_ownership, DMP tunable parameters
- dmp_native_support, DMP tunable parameters
- dmp_pathswitch_blks_shift, DMP tunable parameters
- dmp_path_age, DMP tunable parameters
- dmp_probe_idle_lun, DMP tunable parameters
- dmp_probe_threshold, DMP tunable parameters
- dmp_restore_cycles, DMP tunable parameters
- dmp_restore_interval, DMP tunable parameters
- dmp_restore_state, DMP tunable parameters
- dmp_scsi_timeout, DMP tunable parameters
- dmp_sfg_threshold, DMP tunable parameters
- dmp_stat_interval, DMP tunable parameters
- FastrResync/cache object metadata cache size, Tunable parameters for FlashSnap (FMR)
- maximum vol_stats_enable, Tunable parameters for core VxVM
- voldrl_max_drtregs, Tunable parameters for FlashSnap (FMR)
- voldrl_max_seq_dirty, Sequential DRL, Tunable parameters for FlashSnap (FMR)
- voldrl_min_regionsz, Tunable parameters for FlashSnap (FMR)
- voliomem_chunk_size, Tunable parameters for core VxVM
- voliomem_maxpool_sz, Tunable parameters for core VxVM
- voliot_errbuf_dflt, Tunable parameters for core VxVM
- voliot_iobuf_default, Tunable parameters for core VxVM
- voliot_iobuf_limit, Tunable parameters for core VxVM
- voliot_iobuf_max, Tunable parameters for core VxVM
- voliot_max_open, Tunable parameters for core VxVM
- volpagemod_max_memsz, Tunable parameters for FlashSnap (FMR)
- volraid_minpool_size, Tunable parameters for core VxVM
- volraid_rsrtransmax, Tunable parameters for core VxVM
- vol_checkpt_default, Tunable parameters for core VxVM
- vol_default_iodelay, Tunable parameters for core VxVM
- vol_fmr_logsz, How non-persistent FastResync works with snapshots, Tunable parameters for FlashSnap (FMR)
- vol_maxio, Tunable parameters for core VxVM
- vol_maxioctl, Tunable parameters for core VxVM
- vol_maxparallelio, Tunable parameters for core VxVM
- vol_maxspecialio, Tunable parameters for core VxVM
- vol_max_vol, Tunable parameters for core VxVM
- vol_subdisk_num, Tunable parameters for core VxVM
- Tuning DMP
- using templates, About tuning Dynamic Multi-Pathing (DMP) with templates
- tuning VxFS, Tuning the VxFS file system
U
- UDID flag, How VxVM uses the unique disk identifier (UDID)
- udid_mismatch flag, How VxVM uses the unique disk identifier (UDID)
- umount command, Unmounting a file system
- Unconfigure
- Clustered NFS, Unconfiguring Clustered NFS
- Understanding
- Clustered NFS, Understanding how Clustered NFS works
- unencapsulating the root disk, Unencapsulating the root disk
- uninitialized storage, clearing, blkclear mount option
- unmount, Accessing a Storage Checkpoint
- a snapped file system, About snapshot file systems
- Unsharing
- shared CFS file system, Unsharing the previous shared CFS file system
- unsharing
- shared CFS file system, Unsharing the previous shared CFS file system
- upgrade
- from raw devices, Verifying that Oracle Disk Manager is configured
- Upgrading
- ISP disk group, Working with existing ISP disk groups
- usage
- SFCFSHA, When to use Storage Foundation Cluster File System High Availability
- user-specified device names, Setting customized names for DMP nodes
- use_all_paths attribute, Scheduling I/O on the paths of an Asymmetric Active/Active or an ALUA array
- use_avid
- vxddladm option, Changing the disk device naming scheme
- utility
- vxtune, Changing the values of the Veritas Volume Manager tunable parameters using the vxtune command line
V
- V-5-1-2829, Disk group versions
- V-5-1-552, Removing a disk from a disk group
- V-5-1-569, Corruption of disk group configuration
- V-5-1-587, Handling errors when importing disks
- V-5-2-3091, Listing objects potentially affected by a move
- V-5-2-369, Removing a disk from a disk group
- V-5-2-4292, Listing objects potentially affected by a move
- VCS
- /etc/gabtab, About Cluster Server architecture
- /etc/llthosts, About Cluster Server architecture
- /etc/llttab, About Cluster Server architecture
- architecture, About Cluster Server architecture
- GAB, About Cluster Server architecture
- LLT, About Cluster Server architecture
- version 0
- of DCOs, DCO volume versioning
- Version 10 disk layout, About Veritas File System disk layouts
- version 20
- of DCOs, DCO volume versioning , Instant snap (version 20) DCO volume layout
- Version 6 disk layout, About Veritas File System disk layouts
- Version 7 disk layout, About Veritas File System disk layouts
- Version 8 disk layout, About Veritas File System disk layouts
- Version 9 disk layout, About Veritas File System disk layouts
- versioning
- of DCOs, DCO volume versioning
- versions
- disk group, Upgrading the disk group version
- displaying for disk group, Upgrading the disk group version
- upgrading, Upgrading the disk group version
- virtual disks, About file system resizing
- virtual objects, Virtual objects
- VM disks
- determining if shared, Determining if a LUN is in a shareable disk group
- displaying spare, Displaying spare disk information
- excluding free space from hot-relocation use, Excluding a disk from hot-relocation use
- making free space available for hot-relocation use, Making a disk available for hot-relocation use
- postponing replacement, Removing and replacing disks
- removing from pool of hot-relocation spares, Removing a disk from use as a hot-relocation spare
- renaming, Renaming a disk
- volbrk snapshot type, Displaying instant snapshot information
- voldrl_max_drtregs tunable, Tunable parameters for FlashSnap (FMR)
- voldrl_max_seq_dirty tunable, Sequential DRL, Tunable parameters for FlashSnap (FMR)
- voldrl_min_regionsz tunable, Tunable parameters for FlashSnap (FMR)
- voliomem_chunk_size tunable, Tunable parameters for core VxVM
- voliomem_maxpool_sz tunable, Tunable parameters for core VxVM
- voliot_errbuf_dflt tunable, Tunable parameters for core VxVM
- voliot_iobuf_default tunable, Tunable parameters for core VxVM
- voliot_iobuf_limit tunable, Tunable parameters for core VxVM
- voliot_iobuf_max tunable, Tunable parameters for core VxVM
- voliot_max_open tunable, Tunable parameters for core VxVM
- volpagemod_max_memsz tunable, Tunable parameters for FlashSnap (FMR)
- volraid_minpool_size tunable, Tunable parameters for core VxVM
- volraid_rsrtransmax tunable, Tunable parameters for core VxVM
- volume resynchronization, Volume resynchronization
- volume sets
- adding volumes to, Adding a volume to a volume set
- administering, About volume sets
- controlling access to raw device nodes, Controlling raw device access for an existing volume set
- creating, Creating a volume set
- creating instant snapshots of, Creating instant snapshots of volume sets
- displaying access to raw device nodes, Displaying the raw device access settings for a volume set
- enabling access to raw device nodes, Enabling raw device access when creating a volume set
- listing details of, Listing details of volume sets
- raw device nodes, Managing raw device nodes of component volumes
- removing volumes from, Removing a volume from a volume set
- starting, Stopping and starting volume sets
- stopping, Stopping and starting volume sets
- volumes
- adding mirrors, Adding a mirror to a volume
- adding snapshot mirrors to, Adding snapshot mirrors to a volume
- adding to volume sets, Adding a volume to a volume set
- adding version 0 DCOs to, Adding a version 0 DCO and DCO volume
- backing up, Volume-level snapshots
- backing up online using snapshots, Creating instant snapshots
- boot-time restrictions, Boot-time volume restrictions
- booting root, Booting root volumes
- changing layout online, Performing online relayout
- changing number of columns, Specifying a non-default layout
- changing read policies for mirrored, Changing the read policy for mirrored volumes
- changing stripe unit size, Specifying a non-default layout
- concatenated, Concatenation, spanning, and carving, Types of volume layouts
- concatenated-mirror, Mirroring plus striping (striped-mirror, RAID-1+0, or RAID-10), Types of volume layouts
- configuring exclusive open by cluster node, Creating volumes with exclusive open access by a node, Setting exclusive open access to a volume by a node
- configuring site consistency on, Configuring site consistency on a volume
- creating concatenated-mirror, Creating a concatenated-mirror volume
- creating for use as full-sized instant snapshots, Creating a volume for use as a full-sized instant or linked break-off snapshot
- creating from snapshots, Dissociating a snapshot volume
- creating mirrored, Creating a mirrored volume
- creating mirrored-concatenated, Creating a mirrored-concatenated volume
- creating mirrored-stripe, Creating a mirrored-stripe volume
- creating RAID-5, Creating a RAID-5 volume
- creating snapshots, Creating traditional third-mirror break-off snapshots
- creating striped, Creating a striped volume
- creating striped-mirror, Creating a striped-mirror volume
- defined, Virtual objects
- displaying information about snapshots, Displaying snapshot information
- dissociating version 0 DCOs from, Removing a version 0 DCO and DCO volume
- effect of growing on FastResync maps, Effect of growing a volume on the FastResync map
- excluding storage from use by vxassist, Creating a volume on specific disks
- flagged as dirty, Dirty flags
- layered, Mirroring plus striping (striped-mirror, RAID-1+0, or RAID-10), About layered volumes, Types of volume layouts
- layout for FSS disk groups, About the volume layout for Flexible Storage Sharing disk groups
- maximum number of, Tunable parameters for core VxVM
- merging snapshots, Reattaching a snapshot volume
- mirrored, Mirroring (RAID-1), Types of volume layouts
- mirrored-concatenated, Striping plus mirroring (mirrored-stripe or RAID-0+1)
- mirrored-stripe, Striping plus mirroring (mirrored-stripe or RAID-0+1), Types of volume layouts
- mirroring across controllers, Specifying ordered allocation of storage to volumes
- mirroring across targets, Specifying ordered allocation of storage to volumes
- mirroring all, Mirroring all volumes
- mirroring on disks, Mirroring volumes on a VxVM disk
- moving from VxVM disks, Moving volumes from a VxVM disk
- naming snap, Creating multiple snapshots
- performing online relayout, Performing online relayout
- RAID-0, Striping (RAID-0)
- RAID-0+1, Striping plus mirroring (mirrored-stripe or RAID-0+1)
- RAID-1, Mirroring (RAID-1)
- RAID-1+0, Mirroring plus striping (striped-mirror, RAID-1+0, or RAID-10)
- RAID-10, Mirroring plus striping (striped-mirror, RAID-1+0, or RAID-10)
- RAID-5, RAID-5 (striping with parity), Types of volume layouts
- reattaching plexes, Reattaching a plex manually
- reattaching version 0 DCOs to, Reattaching a version 0 DCO and DCO volume
- reconfiguration in clusters, Volume reconfiguration
- recovering after correctable hardware failure, Partial disk failure mail messages
- removing, Removing a volume
- removing from /etc/fstab, Removing a volume
- removing linked snapshots from, Removing a linked break-off snapshot volume
- removing mirrors from, Removing a mirror
- removing plexes from, Removing a mirror
- removing snapshot mirrors from, Removing a snapshot mirror
- removing version 0 DCOs from, Removing a version 0 DCO and DCO volume
- restarting moved, Joining disk groups
- restoring from instant snapshots, Restoring a volume from an instant space-optimized snapshot
- resynchronizing from snapshots, Reattaching a snapshot volume
- snapshots, Volume snapshots
- spanned, Concatenation, spanning, and carving
- specifying non-default number of columns, Creating a striped volume
- specifying non-default relayout, Specifying a non-default layout
- specifying non-default stripe unit size, Creating a striped volume
- specifying storage for version 0 DCO plexes, Specifying storage for version 0 DCO plexes
- specifying use of storage to vxassist, Creating a volume on specific disks
- stopping activity on, Removing a volume
- striped, Striping (RAID-0), Types of volume layouts
- striped-mirror, Mirroring plus striping (striped-mirror, RAID-1+0, or RAID-10), Types of volume layouts
- taking multiple snapshots, Creating multiple snapshots
- trigger point for mirroring in striped-mirror, Creating a striped-mirror volume
- types of layout, Types of volume layouts
- vol_checkpt_default tunable, Tunable parameters for core VxVM
- vol_default_iodelay tunable, Tunable parameters for core VxVM
- vol_fmr_logsz tunable, How non-persistent FastResync works with snapshots, Tunable parameters for FlashSnap (FMR)
- vol_maxio tunable, Tunable parameters for core VxVM
- vol_maxio tunable I/O parameter, Veritas Volume Manager maximum I/O size
- vol_maxioctl tunable, Tunable parameters for core VxVM
- vol_maxparallelio tunable, Tunable parameters for core VxVM
- vol_maxspecialio tunable, Tunable parameters for core VxVM
- vol_max_vol tunable, Tunable parameters for core VxVM
- vol_subdisk_num tunable, Tunable parameters for core VxVM
- vxassist
- adding a RAID-5 log, Creating a RAID-5 volume
- adding DCOs to volumes, Adding a version 0 DCO and DCO volume
- adding mirrors to volumes, Adding a mirror to a volume
- configuring exclusive access to a volume, Creating volumes with exclusive open access by a node
- configuring site consistency on volumes, Configuring site consistency on a volume
- creating cache volumes, Creating a shared cache object
- creating concatenated-mirror volumes, Creating a concatenated-mirror volume
- creating mirrored volumes, Creating a mirrored volume
- creating mirrored-concatenated volumes, Creating a mirrored-concatenated volume
- creating mirrored-stripe volumes, Creating a mirrored-stripe volume
- creating RAID-5 volumes, Creating a RAID-5 volume
- creating snapshots, Creating traditional third-mirror break-off snapshots
- creating striped volumes, Creating a striped volume
- creating striped-mirror volumes, Creating a striped-mirror volume
- creating volumes for use as full-sized instant snapshots, Creating a volume for use as a full-sized instant or linked break-off snapshot
- defaults file, Setting default values for vxassist
- defining layout on specified storage, Creating a volume on specific disks
- displaying information about snapshots, Displaying snapshot information
- dissociating snapshots from volumes, Dissociating a snapshot volume
- excluding storage from use, Creating a volume on specific disks
- host disk class, Using the host disk class and allocating storage
- listing tags set on volumes, Setting tags on volumes
- merging snapshots with volumes, Reattaching a snapshot volume
- mirroring across controllers, Specifying ordered allocation of storage to volumes
- mirroring across targets, Specifying ordered allocation of storage to volumes
- moving DCO plexes, Specifying storage for version 0 DCO plexes
- relaying out volumes online, Performing online relayout
- removing mirrors, Removing a mirror
- removing plexes, Removing a mirror
- removing tags from volumes, Setting tags on volumes
- removing version 0 DCOs from volumes, Removing a version 0 DCO and DCO volume
- removing volumes, Removing a volume
- replacing tags set on volumes, Setting tags on volumes
- resynchronizing volumes from snapshots, Reattaching a snapshot volume
- setting default values, Setting default values for vxassist
- setting tags on volumes, Setting tags on volumes
- snapabort, How traditional third-mirror break-off snapshots work
- snapback, How traditional third-mirror break-off snapshots work
- snapshot, How traditional third-mirror break-off snapshots work
- snapstart, How traditional third-mirror break-off snapshots work
- specifying number of mirrors, Creating a mirrored volume
- specifying number of RAID-5 logs, Creating a RAID-5 volume
- specifying ordered allocation of storage, Specifying ordered allocation of storage to volumes
- specifying plexes for online relayout, Specifying a plex for relayout
- specifying storage attributes, Creating a volume on specific disks
- specifying storage for version 0 DCO plexes, Specifying storage for version 0 DCO plexes
- specifying tags for online relayout tasks, Tagging a relayout operation
- storage allocation, Using the host disk class and allocating storage
- taking snapshots of multiple volumes, Creating multiple snapshots with the vxassist command
- vxcache
- listing snapshots in a cache, Listing the snapshots created on a cache
- resizing caches, Growing and shrinking a cache
- starting cache objects, Creating a shared cache object
- stopping a cache, Removing a cache
- tuning cache autogrow, Tuning the autogrow attributes of a cache
- vxcached
- tuning, Tuning the autogrow attributes of a cache
- vxclustadm, vxclustadm utility
- vxconfigd
- managing with vxdctl, About the configuration daemon in Veritas Volume Manager
- monitoring configuration changes, Using vxnotify to monitor configuration changes
- operation in clusters, vxconfigd daemon
- vxdco
- dissociating version 0 DCOs from volumes, Removing a version 0 DCO and DCO volume
- reattaching version 0 DCOs to volumes, Reattaching a version 0 DCO and DCO volume
- removing version 0 DCOs from volumes, Removing a version 0 DCO and DCO volume
- vxdctl
- checking cluster protocol version, Displaying the cluster protocol version
- managing vxconfigd, About the configuration daemon in Veritas Volume Manager
- setting a site tag, Configuring a new disk group as a Remote Mirror configuration, Resetting the site name for a host
- setting default disk group, Displaying and specifying the system-wide default disk group
- setting host prefix, Setting the host prefix
- usage in clusters, Requesting node status and discovering the master node
- vxdctl enable
- configuring new disks, Discovering and configuring newly added disk devices
- invoking device discovery, Enabling discovery of new disk arrays
- vxddladm
- adding disks to DISKS category, Adding unsupported disk arrays to the DISKS category
- adding foreign devices, Foreign devices
- changing naming scheme, Changing the disk device naming scheme
- displaying the disk-naming scheme, Displaying the disk-naming scheme
- listing all devices, Listing all the devices including iSCSI
- listing claimed disks in DISKS category, Listing disks claimed in the DISKS category
- listing configured devices, Listing the devices configured from a Host Bus Adapter and target
- listing configured targets, Listing the targets configured from a Host Bus Adapter or a port
- listing excluded disk arrays, Listing excluded disk arrays, Adding unsupported disk arrays to the DISKS category
- listing ports on a Host Bus Adapter, Listing the ports configured on a Host Bus Adapter
- listing supported disk arrays, Listing all supported disk arrays
- listing supported HBAs, Listing all the Host Bus Adapters including iSCSI
- removing disks from DISKS category, Removing disks from the DISKS category, Foreign devices
- setting iSCSI parameters, Getting or setting the iSCSI operational parameters
- used to exclude support for disk arrays, Excluding support for a disk array library
- used to re-include support for disk arrays, Re-including support for an excluded disk array library
- vxdg
- changing activation mode on shared disk groups, Changing the activation mode on a shared disk group
- clearing locks on disks, Handling errors when importing disks
- configuring site consistency for a disk group, Configuring a new disk group as a Remote Mirror configuration
- configuring site-based allocation for a disk group, Configuring a new disk group as a Remote Mirror configuration
- controlling CDS compatibility of new disk groups, Creating a disk group
- converting shared disk groups to private, Converting a disk group from shared to private
- correcting serial split brain condition, Correcting conflicting configuration information
- creating disk groups, Creating a disk group
- creating shared disk groups, Creating a shared disk group
- deporting disk groups, Deporting a disk group
- destroying disk groups, Destroying a disk group
- disabling a disk group, Disabling a disk group
- displaying boot disk group, Displaying the system-wide boot disk group
- displaying default disk group, Displaying and specifying the system-wide default disk group
- displaying disk group version, Upgrading the disk group version
- displaying free space in disk groups, Displaying free space in a disk group
- displaying information about disk groups, Displaying disk group information
- forcing import of disk groups, Handling errors when importing disks
- importing a disk group containing cloned disks, Importing the existing disk group with only the cloned disks, Importing the cloned disks as a new standard disk group
- importing cloned disks, Importing a set of cloned disks with tags
- importing disk groups, Importing a disk group
- importing shared disk groups, Importing disk groups as shared
- joining disk groups, Joining disk groups
- listing disks with configuration database copies, Setting up configuration database copies (metadata) for a disk group
- listing network shared disk groups, Displaying exported disks and network shared disk groups
- listing objects affected by move, Listing objects potentially affected by a move
- listing shared disk groups, Listing shared disk groups
- listing spare disks, Displaying spare disk information
- moving disk groups between systems, Moving disk groups between systems
- moving disks between disk groups, Moving disks between disk groups
- moving objects between disk groups, Moving objects between disk groups
- placing a configuration database on disks, Setting up configuration database copies (metadata) for a disk group
- reattaching a site, Recovery from simulated site failure
- recovering destroyed disk groups, Recovering a destroyed disk group
- removing disks from disk groups, Removing a disk from a disk group
- renaming disk groups, Renaming a disk group
- setting a site name, Configuring automatic site tagging for a disk group, Displaying site information
- setting base minor number, Reserving minor numbers for disk groups
- setting disk group policies, Setting the detach policy for shared disk groups
- setting FSS attribute, Setting the Flexible Storage Sharing attribute on a disk group
- setting I/O shipping policy, Enabling I/O shipping for shared disk groups
- setting maximum number of devices, Compatibility of disk groups between platforms
- simulating site failure, Simulating site failure
- splitting disk groups, Splitting disk groups
- upgrading disk group version, Upgrading the disk group version
- vxdisk
- clearing locks on disks, Handling errors when importing disks
- determining if disks are shared, Determining if a LUN is in a shareable disk group
- displaying information about disks, Displaying disk group information
- displaying multi-pathing information, Displaying the paths to a disk
- exporting disks for FSS, Exporting a disk for Flexible Storage Sharing
- listing disks, Displaying disk information
- listing exporrted disks, Displaying exported disks and network shared disk groups
- listing spare disks, Displaying spare disk information
- listing tags on disks, Importing a set of cloned disks with tags
- notifying dynamic LUN expansion, Dynamic LUN expansion
- placing a configuration database on a disk, Setting up configuration database copies (metadata) for a disk group
- scanning disk devices, Discovering and configuring newly added disk devices
- setting a site name, Configuring site tagging for disks or enclosures
- setting tags on disks, Importing a set of cloned disks with tags
- unexporting disks from FSS, Exporting a disk for Flexible Storage Sharing
- updating the disk identifier, Writing a new UDID to a disk
- vxdisk scandisks
- rescanning devices, Partial device discovery
- scanning devices, Partial device discovery
- vxdiskadd
- creating disk groups, Creating a disk group
- placing disks under VxVM control, Using vxdiskadd to put a disk under VxVM control
- vxdiskadm
- Add or initialize one or more disks, Adding a disk to VxVM, Creating a disk group
- adding disks, Adding a disk to VxVM
- changing the disk-naming scheme, Changing the disk device naming scheme
- creating disk groups, Creating a disk group
- deporting disk groups, Deporting a disk group
- Enable access to (import) a disk group, Importing a disk group
- Encapsulate one or more disks, Encapsulating a disk
- Exclude a disk from hot-relocation use, Excluding a disk from hot-relocation use
- excluding free space on disks from hot-relocation use, Excluding a disk from hot-relocation use
- importing disk groups, Importing a disk group
- initializing disks, Adding a disk to VxVM
- List disk information, Displaying disk information with vxdiskadm
- listing spare disks, Displaying spare disk information
- Make a disk available for hot-relocation use, Making a disk available for hot-relocation use
- making free space on disks available for hot-relocation use, Making a disk available for hot-relocation use
- Mark a disk as a spare for a disk group, Marking a disk as a hot-relocation spare
- marking disks as spare, Marking a disk as a hot-relocation spare
- Mirror volumes on a disk, Mirroring volumes on a VxVM disk
- mirroring disks, Rootability
- mirroring root disks, Encapsulating and mirroring the root disk
- mirroring volumes, Mirroring volumes on a VxVM disk
- Move volumes from a disk, Moving volumes from a VxVM disk
- moving disk groups between systems, Handling errors when importing disks
- moving disks between disk groups, Moving disks between disk groups
- moving subdisks from disks, Removing a disk from a disk group
- moving volumes from VxVM disks, Moving volumes from a VxVM disk
- Remove a disk, Removing disks, Removing a disk from a disk group
- Remove a disk for replacement, Removing and replacing disks
- Remove access to (deport) a disk group, Deporting a disk group
- removing disks from pool of hot-relocation spares, Removing a disk from use as a hot-relocation spare
- Replace a failed or removed disk, Replacing a failed or removed disk
- Turn off the spare flag on a disk, Removing a disk from use as a hot-relocation spare
- vxdisksetup
- exporting disks for FSS, Exporting a disk for Flexible Storage Sharing
- vxdiskunsetup
- removing disks from VxVM control, Removing a disk from a disk group, Removing a disk from VxVM control
- vxdmpadm
- changing TPD naming scheme, Changing device naming for enclosures controlled by third-party drivers
- configuring an APM, Configuring Array Policy Modules
- configuring I/O throttling, Configuring the I/O throttling mechanism
- configuring response to I/O errors, Configuring the response to I/O failures, Displaying recovery option values
- disabling controllers in DMP, About enabling and disabling I/O for controllers and storage processors
- disabling I/O in DMP, Disabling I/O for paths, controllers, array ports, or DMP nodes
- displaying APM information, Configuring Array Policy Modules
- displaying DMP database information, About displaying DMP database information
- displaying DMP node for a path, Retrieving information about a DMP node, Displaying the members of a LUN group
- displaying DMP node for an enclosure, Retrieving information about a DMP node, Displaying consolidated information about the DMP nodes
- displaying I/O error recovery settings, Displaying recovery option values
- displaying I/O policy, Displaying the I/O policy
- displaying I/O throttling settings, Displaying recovery option values
- displaying information about controllers, Displaying information about controllers
- displaying information about enclosures, Displaying information about enclosures
- displaying partition size, Displaying the I/O policy
- displaying paths controlled by DMP node, Displaying paths controlled by a DMP node, controller, enclosure, or array port
- displaying status of DMP restoration thread, Displaying the status of the DMP path restoration thread
- displaying TPD information, Displaying information about devices controlled by third-party drivers
- enabling I/O in DMP, Enabling I/O for paths, controllers, array ports, or DMP nodes
- gathering I/O statistics, Gathering and displaying I/O statistics
- listing information about array ports, Displaying information about array ports
- removing an APM, Configuring Array Policy Modules
- renaming enclosures, Renaming an enclosure
- setting I/O policy, Specifying the I/O policy
- setting path attributes, Setting the attributes of the paths to an enclosure
- setting restore polling interval, Configuring DMP path restoration policies
- specifying DMP path restoration policy, Configuring DMP path restoration policies
- stopping DMP restore daemon, Stopping the DMP path restoration thread
- vxdmpadm list
- displaying DMP nodes, Displaying consolidated information about the DMP nodes
- vxdump, Commands related to extent attributes
- vxedit
- excluding free space on disks from hot-relocation use, Excluding a disk from hot-relocation use
- making free space on disks available for hot-relocation use, Making a disk available for hot-relocation use
- marking disks as spare, Marking a disk as a hot-relocation spare
- removing a cache, Removing a cache
- removing disks from pool of hot-relocation spares, Removing a disk from use as a hot-relocation spare
- removing instant snapshots, Removing an instant snapshot
- removing snapshots from a cache, Removing a cache
- removing volumes, Removing a volume
- renaming disks, Renaming a disk
- vxencap
- encapsulating the root disk, Encapsulating and mirroring the root disk
- VxFS
- storage allocation, File system block size
- supported features
- cluster file systems, About Veritas File System features supported in cluster file systems
- unsupported features
- cluster file systems, Veritas File System features not in cluster file systems
- vxfs_inotopath, About reverse path name lookup
- vxfs_ninode, Tuning inode table size
- vxiod I/O kernel threads, How Veritas Volume Manager works with the operating system
- vxlsino, About reverse path name lookup
- vxmake
- creating cache objects, Creating a shared cache object
- creating plexes, Adding a mirror to a volume
- vxmend
- re-enabling plexes, Reattaching a plex manually
- vxmirror
- configuring VxVM default behavior, Mirroring all volumes
- mirroring root disks, Encapsulating and mirroring the root disk
- mirroring volumes, Mirroring all volumes
- vxnotify
- monitoring configuration changes, Using vxnotify to monitor configuration changes
- vxplex
- attaching plexes to volumes, Adding a mirror to a volume
- converting plexes to snapshots, Converting a plex into a snapshot plex
- reattaching plexes, Reattaching a plex manually
- removing mirrors, Removing a mirror
- removing mirrors of root disk volumes, Unencapsulating the root disk
- removing plexes, Removing a mirror
- vxprint
- displaying DCO information, Specifying storage for version 0 DCO plexes
- displaying snapshots configured on a cache, Removing a cache
- listing exporrted disks, Displaying exported disks and network shared disk groups
- listing spare disks, Displaying spare disk information
- verifying if volumes are prepared for instant snapshots, Adding an instant snap DCO and DCO volume
- viewing base minor number, Reserving minor numbers for disk groups
- vxrecover
- recovering plexes, Partial disk failure mail messages
- restarting moved volumes, Joining disk groups
- vxrelayout
- resuming online relayout, Controlling the progress of a relayout
- reversing direction of online relayout, Controlling the progress of a relayout
- viewing status of online relayout, Viewing the status of a relayout
- vxrelocd
- hot-relocation daemon, How hot-relocation works
- modifying behavior of, Modifying the behavior of hot-relocation
- notifying users other than root, Modifying the behavior of hot-relocation
- operation of, How hot-relocation works
- preventing from running, Modifying the behavior of hot-relocation
- reducing performance impact of recovery, Modifying the behavior of hot-relocation
- vxrestore, Commands related to extent attributes
- vxsnap
- adding snapshot mirrors to volumes, Adding snapshot mirrors to a volume
- administering instant snapshots, How full-sized instant snapshots work
- backing up multiple volumes, Creating multiple instant snapshots
- controlling instant snapshot synchronization, Controlling instant snapshot synchronization
- creating a cascaded snapshot hierarchy, Adding a snapshot to a cascaded snapshot hierarchy
- creating full-sized instant snapshots, Creating and managing full-sized instant snapshots, Creating and managing linked break-off snapshot volumes
- creating linked break-off snapshot volumes, Creating and managing linked break-off snapshot volumes
- creating space-optimized instant snapshots, Creating and managing space-optimized instant snapshots
- displaying information about instant snapshots, Displaying instant snapshot information
- dissociating instant snapshots, Dissociating an instant snapshot
- preparing volumes for instant snapshots, Adding an instant snap DCO and DCO volume
- reattaching instant snapshots, Reattaching an instant full-sized or plex break-off snapshot
- reattaching linked third-mirror snapshots, Reattaching a linked break-off snapshot volume
- refreshing instant snapshots, Refreshing an instant space-optimized snapshot
- removing a snapshot mirror from a volume, Removing a snapshot mirror, Removing a linked break-off snapshot volume
- restore, How full-sized instant snapshots work
- restoring volumes, Restoring a volume from an instant space-optimized snapshot
- splitting snapshot hierarchies, Splitting an instant snapshot hierarchy
- vxsplitlines
- diagnosing serial split brain condition, Correcting conflicting configuration information
- vxstat
- determining which disks have failed, Partial disk failure mail messages
- usage with clusters, Obtaining cluster performance statistics
- vxtask
- aborting tasks, Using the vxtask command
- listing tasks, Using the vxtask command
- monitoring online relayout, Viewing the status of a relayout
- monitoring tasks, Using the vxtask command
- pausing online relayout, Controlling the progress of a relayout
- resuming online relayout, Controlling the progress of a relayout
- resuming tasks, Using the vxtask command
- vxtune
- setting volpagemod_max_memsz, Tunable parameters for FlashSnap (FMR)
- vxtune utility, Changing the values of the Veritas Volume Manager tunable parameters using the vxtune command line
- vxunreloc
- listing original disks of hot-relocated subdisks, Examining which subdisks were hot-relocated from a disk
- moving subdisks after hot-relocation, Moving relocated subdisks using vxunreloc
- restarting after errors, Restarting vxunreloc after errors
- specifying different offsets for unrelocated subdisks, Forcing hot-relocated subdisks to accept different offsets
- unrelocating subdisks after hot-relocation, Moving relocated subdisks using vxunreloc
- unrelocating subdisks to different disks, Moving hot-relocated subdisks back to a different disk
- vxunroot
- removing rootability, Unencapsulating the root disk
- unencapsulating the root disk, Unencapsulating the root disk
- VxVM
- cluster functionality (CVM), About the cluster functionality of VxVM
- configuration daemon, About the configuration daemon in Veritas Volume Manager
- configuring to create mirrored volumes, Mirroring all volumes
- dependency on operating system, How Veritas Volume Manager works with the operating system
- disk discovery, About discovering disks and dynamically adding disk arrays
- granularity of memory allocation by, Tunable parameters for core VxVM
- limitations of shared disk groups, Limitations of shared disk groups
- maximum number of subdisks per plex, Tunable parameters for core VxVM
- maximum number of volumes, Tunable parameters for core VxVM
- maximum size of memory pool, Tunable parameters for core VxVM
- minimum size of memory pool, Tunable parameters for core VxVM
- objects in, Virtual objects
- operation in clusters, Overview of cluster volume management
- removing disks from, Removing a disk from a disk group
- removing disks from control of, Removing a disk from VxVM control
- rootability, Rootability
- shared objects in cluster, Activation modes of shared disk groups
- task monitor, Monitoring and controlling tasks
- types of volume layout, Types of volume layouts
- upgrading, Upgrading the disk group version
- upgrading disk group version, Upgrading the disk group version
- VxVM disks
- defined, Virtual objects
- marking as spare, Marking a disk as a hot-relocation spare
- mirroring volumes on, Mirroring volumes on a VxVM disk
- moving volumes from, Moving volumes from a VxVM disk
- vxvol
- configuring exclusive access to a volume, Setting exclusive open access to a volume by a node
- configuring site consistency on volumes, Configuring site consistency on a volume
- restarting moved volumes, Joining disk groups
- setting read policy, Changing the read policy for mirrored volumes
- stopping volumes, Removing a volume
- vxvset
- adding volumes to volume sets, Adding a volume to a volume set
- controlling access to raw device nodes, Controlling raw device access for an existing volume set
- creating volume sets, Creating a volume set
- creating volume sets with raw device access, Enabling raw device access when creating a volume set
- listing details of volume sets, Listing details of volume sets
- removing volumes from volume sets, Removing a volume from a volume set
- starting volume sets, Stopping and starting volume sets
- stopping volume sets, Stopping and starting volume sets
- vx_allow_cloned_naio, Native asynchronous I/O with cloned processes
- VX_DSYNC, Data synchronous I/O
- VX_FREEZE, Freezing and thawing a file system, About quota checking with Veritas File System
- VX_GETCACHE, Cache advisories
- VX_SETCACHE, Cache advisories
- VX_SNAPREAD, Snapshot file system backups
- VX_THAW, Freezing and thawing a file system
- VX_UNBUFFERED, Unbuffered I/O