Microsoft Virtualization Discussions
Microsoft Virtualization Discussions
Hey guys,
I am being tasked with migrating about 20 volumes from existing 32-bit aggregates to 64-bit aggregates, and as I understand it, cannot use NMC in any capacity whether it be migration / protection manager, or secondary space manager due to the transition from 32-bit to 64-bit. Anyways, I am looking for the best way to use the Powershell toolkit to create qtrees on the source, create the target volume, and initialize the snapmirror relationship. I have found one doc-
https://communities.netapp.com/docs/DOC-6246
But it implies VSM. Anyone have any thoughts on how best to do this?
Thanks,
Jon
is this one that your team handles or should the question be asked in the NetApp Support Community?
On the commandline (should be similar syntax for PS) QSM and VSM are part of the same snapmirror command. - only difference is using a qtree path instead of a volume eg:
snapmirror initialize -S netappfiler1:/vol/volume_1/qtree_1 /vol/newvolume/newqtree
If your QSM is from the root of a volume it will be /vol/volume_1/-
Unfortunately i have no experience with the PS toolkit so cant help further.
Awesome, here is the PS syntax-
Invoke-NaSnapmirrorInitialize -source irv-gdc-san1a:/vol/AI/EDW -destination irv-gdc-san1a:/vol/AI_1/EDW
I haven't tried it with a volume that doesn't have a qtree in it yet. Wish me luck
Hey Jon,
This is very doable, but we need a little more information. First what version of ONTAP? You want to mirror from a qtree to a volume, from a volum to a Qtree, or from a Qtree to a Qtree?
~Glenn
I'm running NetApp Release 8.0.3RC1 7-Mode, and have snapmirror licenses. I have DFM, and NMC / Protection Manager. What I don't have are pre-existing qtrees on any of my source volumes. I have created the 64-bit aggr, and am just looking for the easiest way to migrate my cifs volumes in the most seamless way possible. Since I am not running 8.1, my understanding is I cannot use VSM, but only QSM. From what Colin says, the default qtree syntax is /vol/volume_1/- so I am going to try that.
Thanks!