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
- Failures on RAID-5 volumes
- Recovery from failure of a DCO volume
- Recovering from instant snapshot failure
- Recovering from failed vxresize operation
- Recovering from boot disk failure
- 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 configuration errors
- Errors during an RLINK attach
- Errors during modification of an RVG
- Recovery on the Primary or Secondary
- Recovering from Primary data volume error
- Primary SRL volume error cleanup and restart
- Primary SRL header error cleanup and recovery
- Secondary data volume error cleanup and recovery
- 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
- Troubleshooting CFS
- Troubleshooting fenced configurations
- Troubleshooting Cluster Volume Manager in Veritas InfoScale products clusters
- Troubleshooting Storage Foundation Cluster File System High Availability
- Section V. Troubleshooting Cluster Server
- Troubleshooting and recovery for VCS
- VCS message logging
- Gathering VCS information for support analysis
- Troubleshooting the VCS engine
- Troubleshooting Low Latency Transport (LLT)
- Troubleshooting Group Membership Services/Atomic Broadcast (GAB)
- Troubleshooting VCS startup
- Troubleshooting service groups
- Troubleshooting resources
- Troubleshooting I/O fencing
- System panics to prevent potential data corruption
- Fencing startup reports preexisting split-brain
- 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 licensing
- Licensing error messages
- VCS message logging
- Troubleshooting and recovery for VCS
- Section VI. Troubleshooting SFDB
Transaction logs
The vxtranslog command allows you to log VxVM transactions to a file.
The following examples demonstrate the usage of vxtranslog:
vxtranslog -l | List current settings for transaction logging. |
vxtranslog -m on | Turn on transaction logging. |
vxtranslog -s 512k | Set the maximum transaction log file size to 512K. |
vxtranslog -n 10 | Set the maximum number of historic transaction log files to 10. |
vxtranslog -n no_limit | Remove any limit on the number of historic transaction log files. |
vxtranslog -q on | Turn on query logging. |
vxtranslog -q off | Turn off query logging. |
vxtranslog -m off | Turn off transaction logging. |
By default, transaction logging is turned on. Transactions are logged to the file translog, in the directory /etc/vx/log. This path name is a symbolic link to a directory whose location depends on the operating system. If required, you can redefine the directory which is linked. If you want to preserve the settings of the vxtranslog utility, you must also copy the settings file, .translog, to the new directory.
Warning:
The .translog file is a binary and should not be edited.
The size of the transaction log is checked after an entry has been written so the actual size may be slightly larger than that specified. When the log reaches a maximum size, the current transaction log file, translog, is renamed as the next available historic log file, translog.number, where number is an integer from 1 up to the maximum number of historic log files that is currently defined, and a new current log file is created.
A limited number of historic log files is preserved to avoid filling up the file system. If the maximum number of historic log files has been reached, the oldest historic log file is removed, and the current log file is renamed as that file.
Each log file contains a header that records the host name, host ID, and the date and time that the log was created.
The following are sample entries from a transaction log file:
Thu Feb 13 19:30:57 2003 Clid = 26924, PID = 3001, Part = 0, Status = 0, Abort Reason = 0 DA_GET SENA0_1 DISK_GET_ATTRS SENA0_1 DISK_DISK_OP SENA0_1 8 DEVNO_GET SENA0_1 DANAME_GET 0x1d801d8 0x1d801a0 GET_ARRAYNAME SENA 50800200000e78b8 CTLR_PTOLNAME /pci@1f,4000/pci@5/SUNW,qlc@4/fp@0,0 GET_ARRAYNAME SENA 50800200000e78b8 CTLR_PTOLNAME /pci@1f,4000/pci@5/SUNW,qlc@5/fp@0,0 DISCONNECT <no request data>
The first line of each log entry is the time stamp of the transaction. The Clid field corresponds to the client ID for the connection that the command opened to vxconfigd. The PID field shows the process ID of the utility that is requesting the operation. The Status and Abort Reason fields contain error codes if the transaction does not complete normally. The remainder of the record shows the data that was used in processing the transaction.
The client ID is the same as that recorded for the corresponding command line in the command log.
If there is an error reading from the settings file, transaction logging switches to its built-in default settings. This may mean, for example, that logging remains enabled after being disabled using vxtranslog -m off command. If this happens, use the vxtranslog utility to recreate the settings file, or restore the file from a backup.