Veritas InfoScale™ 7.3.1 Troubleshooting Guide - Solaris
- Introduction
- Section I. Troubleshooting Veritas File System
- Section II. Troubleshooting Veritas Volume Manager
- Recovering from hardware failure
- About recovery from hardware failure
- Listing unstartable volumes
- Displaying volume and plex states
- The plex state cycle
- Recovering an unstartable mirrored volume
- Recovering an unstartable volume with a disabled plex in the RECOVER state
- Forcibly restarting a disabled volume
- Clearing the failing flag on a disk
- Reattaching failed disks
- Recovering from a failed plex attach or synchronization operation
- Failures on RAID-5 volumes
- Recovering from an incomplete disk group move
- Restarting volumes after recovery when some nodes in the cluster become unavailable
- Recovery from failure of a DCO volume
- Recovering from instant snapshot failure
- Recovering from the failure of vxsnap prepare
- Recovering from the failure of vxsnap make for full-sized instant snapshots
- Recovering from the failure of vxsnap make for break-off instant snapshots
- Recovering from the failure of vxsnap make for space-optimized instant snapshots
- Recovering from the failure of vxsnap restore
- Recovering from the failure of vxsnap refresh
- Recovering from copy-on-write failure
- Recovering from I/O errors during resynchronization
- Recovering from I/O failure on a DCO volume
- Recovering from failure of vxsnap upgrade of instant snap data change objects (DCOs)
- Recovering from failed vxresize operation
- Recovering from boot disk failure
- VxVM and boot disk failure
- Possible root, swap, and usr configurations
- Booting from an alternate boot disk on Solaris SPARC systems
- The boot process on Solaris SPARC systems
- Hot-relocation and boot disk failure
- Recovery from boot failure
- Repair of root or /usr file systems on mirrored volumes
- Replacement of boot disks
- Recovery by reinstallation
- Managing commands, tasks, and transactions
- Backing up and restoring disk group configurations
- Troubleshooting issues with importing disk groups
- Recovering from CDS errors
- Logging and error messages
- Troubleshooting Veritas Volume Replicator
- Recovery from RLINK connect problems
- Recovery from configuration errors
- Errors during an RLINK attach
- Errors during modification of an RVG
- Recovery on the Primary or Secondary
- About recovery from a Primary-host crash
- Recovering from Primary data volume error
- Primary SRL volume error cleanup and restart
- Primary SRL volume error at reboot
- Primary SRL volume overflow recovery
- Primary SRL header error cleanup and recovery
- Secondary data volume error cleanup and recovery
- Secondary SRL volume error cleanup and recovery
- Secondary SRL header error cleanup and recovery
- Secondary SRL header error at reboot
- Troubleshooting issues in cloud deployments
- Recovering from hardware failure
- Section III. Troubleshooting Dynamic Multi-Pathing
- Section IV. Troubleshooting Storage Foundation Cluster File System High Availability
- Troubleshooting Storage Foundation Cluster File System High Availability
- About troubleshooting Storage Foundation Cluster File System High Availability
- Troubleshooting CFS
- Troubleshooting fenced configurations
- Troubleshooting Cluster Volume Manager in Veritas InfoScale products clusters
- CVM group is not online after adding a node to the Veritas InfoScale products cluster
- Shared disk group cannot be imported in Veritas InfoScale products cluster
- Unable to start CVM in Veritas InfoScale products cluster
- Removing preexisting keys
- CVMVolDg not online even though CVMCluster is online in Veritas InfoScale products cluster
- Shared disks not visible in Veritas InfoScale products cluster
- Troubleshooting Storage Foundation Cluster File System High Availability
- Section V. Troubleshooting Cluster Server
- Troubleshooting and recovery for VCS
- VCS message logging
- Log unification of VCS agent's entry points
- Enhancing First Failure Data Capture (FFDC) to troubleshoot VCS resource's unexpected behavior
- GAB message logging
- Enabling debug logs for agents
- Enabling debug logs for IMF
- Enabling debug logs for the VCS engine
- About debug log tags usage
- Gathering VCS information for support analysis
- Gathering LLT and GAB information for support analysis
- Gathering IMF information for support analysis
- Message catalogs
- Troubleshooting the VCS engine
- Troubleshooting Low Latency Transport (LLT)
- Troubleshooting Group Membership Services/Atomic Broadcast (GAB)
- Troubleshooting VCS startup
- Troubleshooting Intelligent Monitoring Framework (IMF)
- Troubleshooting service groups
- VCS does not automatically start service group
- System is not in RUNNING state
- Service group not configured to run on the system
- Service group not configured to autostart
- Service group is frozen
- Failover service group is online on another system
- A critical resource faulted
- Service group autodisabled
- Service group is waiting for the resource to be brought online/taken offline
- Service group is waiting for a dependency to be met.
- Service group not fully probed.
- Service group does not fail over to the forecasted system
- Service group does not fail over to the BiggestAvailable system even if FailOverPolicy is set to BiggestAvailable
- Restoring metering database from backup taken by VCS
- Initialization of metering database fails
- Troubleshooting resources
- Troubleshooting I/O fencing
- Node is unable to join cluster while another node is being ejected
- The vxfentsthdw utility fails when SCSI TEST UNIT READY command fails
- Manually removing existing keys from SCSI-3 disks
- System panics to prevent potential data corruption
- Cluster ID on the I/O fencing key of coordinator disk does not match the local cluster's ID
- Fencing startup reports preexisting split-brain
- Registered keys are lost on the coordinator disks
- Replacing defective disks when the cluster is offline
- The vxfenswap utility exits if rcp or scp commands are not functional
- Troubleshooting CP server
- Troubleshooting server-based fencing on the Veritas InfoScale products cluster nodes
- Issues during online migration of coordination points
- Troubleshooting notification
- Troubleshooting and recovery for global clusters
- Troubleshooting the steward process
- Troubleshooting licensing
- Validating license keys
- Licensing error messages
- [Licensing] Insufficient memory to perform operation
- [Licensing] No valid VCS license keys were found
- [Licensing] Unable to find a valid base VCS license key
- [Licensing] License key cannot be used on this OS platform
- [Licensing] VCS evaluation period has expired
- [Licensing] License key can not be used on this system
- [Licensing] Unable to initialize the licensing framework
- [Licensing] QuickStart is not supported in this release
- [Licensing] Your evaluation period for the feature has expired. This feature will not be enabled the next time VCS starts
- Verifying the metered or forecasted values for CPU, Mem, and Swap
- VCS message logging
- Troubleshooting and recovery for VCS
- Section VI. Troubleshooting SFDB
Replacing a failed boot disk
The replacement disk for a failed boot disk must have at least as much storage capacity as was in use on the disk being replaced. It must be large enough to accommodate all subdisks of the original disk at their current disk offsets.
To estimate the size of the replacement disk, use this command:
# vxprint [-g diskgroup] -st -e 'sd_disk="diskname"'
where diskname is the name of the disk that failed or the name of one of its mirrors.
The following is sample output from running this command:
# vxprint -g rtdg -st -e 'sd_disk="rtdg01"' Disk group: rtdg SD NAME PLEX DISK DISKOFFS LENGTH [COL/]OFF DEVICE MODE ... sd rtdg01-01 swapvol-01 rtdg01 0 1045296 0 c0t0d0 ENA sd rtdg01-02 rootvol-01 rtdg01 1045296 16751952 0 c0t0d0 ENA
From the resulting output, add the DISKOFFS and LENGTH values for the last subdisk listed for the disk. This size is in 512-byte sectors. Divide this number by 2 for the size in kilobytes. In this example, the DISKOFFS and LENGTH values for the subdisk rtdg01-02 are 1,045,296 and 16,751,952, so the disk size is (1,045,296 + 16,751,952)/2, which equals 8,898,624 kilobytes or approximately 8.5 gigabytes.
Note:
Disk sizes reported by manufacturers usually represent the unformatted capacity of disks. Also, most manufacturers use the terms megabyte and gigabyte to mean a million (1,000,000) and a billion (1,000,000,000) bytes respectively, rather than the usual meaning of 1,048,576 and1,073,741,824 bytes.
To replace a failed boot disk:
- Boot the system from an alternate boot disk.
- Remove the association between the failing device and its disk name using the "Remove a disk for replacement" function of vxdiskadm.
See the vxdiskadm (1M) manual page.
- Shut down the system and replace the failed hardware.
- After rebooting from the alternate boot disk, use the vxdiskadm "Replace a failed or removed disk" menu item to notify VxVM that you have replaced the failed disk.
Warning:
If the replacement disk was previously an encapsulated root disk under VxVM control, select to reorganize the disk when prompted. Otherwise, the disk is left with an invalid VTOC that renders the system unbootable. Ensure that you have made at least one valid copy of any existing data on the disk.
- Use vxdiskadm to mirror the alternate boot disk to the replacement boot disk.
- When the volumes on the boot disk have been restored, shut down the system, and test that the system can be booted from the replacement boot disk.