Solaris Volume Manager (SVM) How to 'growfs' an UFS on Top of a SVM mirror/concat/raid5/soft partition by Adding a New LUN
(Doc ID 2018654.1)
Last updated on JULY 12, 2019
Applies to:Sun Solaris Volume Manager (SVM) - Version 11.9.0 and later
Solaris Cluster - Version 3.0 and later
Oracle Solaris on SPARC (32-bit)
Oracle Solaris on SPARC (64-bit)
Oracle Solaris on x86-64 (64-bit)
Oracle Solaris on x86 (32-bit)
Solstice Disk Suite (SDS) and Solaris Volume Manager (SVM) have traditionally allowed you to increase the amount of available space on mirror/concat/raid 5 and soft partition.
The aim of this document is to provide you with practical examples on how to achieve the goal of increasing the file system (fs) size by adding new LUNs for any of the possible configurations.
Before increasing the fs size, you will need to increase the metadevive underlying layer by adding new free space on it.
With this document free space will be added by adding new LUNs to the actual config.
Such a change can be achieved online without umounting the fs.
The following are different metadevices type you may deal with:
B) concat (concatination)
D) raid 5
E) soft partition
For expanding fs on an existing LUN refer to:
<Document 2018655.1> Solaris Volume Manager (SVM) How to 'growfs' an UFS on Top of a SVM mirror/concat/soft partition by Expanding an Exiting LUN
It is always recommended to have a valid backup of the filesystem available before making such kind of changes.
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In this Document
|The very first step is to add new LUN(s) to the machine.|
|Example A: Growing a mirror with live data with no downtime|
|(1) Increase the mirror size by replacing the actual sub-mirror components with bigger ones|
|(2) Keep the existing sub-mirror components adding new ones|
|Example B/C: Growing a concat/stripe with live data with no downtime|
|Example D: Growing a RAID 5 with live data with no downtime|
|Example E: Growing a soft partition with live data with no downtime|