_allow_resetlogs_corruption=TRUE
This will at least allow you to open the database, then perform an export. It is NOT recommended that the database continue production operations as it will definitely crash in the near future.
Scan the fibre and re-read the device maps: /opt/QLogic_Corporation/ql-dynamic-tgt-lun-disc-2.5/ql-dynamic-tgt-lun-disc.sh vxdctl initdmp vxdctl enable vxdisk list #will show something similar to: fas60801_40 auto - - error verify the 'FAS' number from sanlun output to make sure we are working with the correct device! #Initialize the new disk vxdisksetup -i fas60801_40 vxdisk list #will now show the disk online: fas60801_40 auto:cdsdisk - - online thinrclm To create a volume in an existing disk group: vxdg -g DGNAME adddisk DGNAME-Disk=FAS60800_27 ex: vxdg -g proddg adddisk proddg-redoDisk=FAS60800_27 # see how big we can make a concat on the new disk vxassist -b -g proddg maxsize layout=concat proddg-redoDisk output will be like this: Maximum volume size: nnnnnnn (XXXXMb) # make the volume vxassist -b -g proddg make proddg-redoVol XXXXm layout=concat proddg-redoDisk # mkfs.vxfs /dev/vx/rdsk/proddg/proddg-redoDisk # then mount it up and off you go! For a new disk group: #Initialize the new disk group vxdg init SOMETHING_dg SOMETHING-1=fas60801_40 vxdisk -o alldgs list will now show the new disk in its new group: fas60801_40 auto:cdsdisk SOMETHING-1 SOMETHING_dg online thinrclm #Create logical volume and filesystem vxassist -g SOMETHING_dg make SOMETHING-vol1 SOMETHING-1 #make the filesystem /usr/lib/fs/vxfs/mkfs -t vxfs -o largefiles /dev/vx/rdsk/SOMETHING_dg/SOMETHING-vol1 #Mount up the filesystem mount -t vxfs /dev/vx/rdsk/SOMETHING_dg/SOMETHING-vol1 /where/ever
for i in `mount|grep nfs|awk ‘{print $3}’`; do echo -n “testing $i now…”; cd $i; ls|wc -l; cd; done
