ADSM-L

Re: [ADSM-L] Need some how-to assistance please

2009-08-18 16:19:42
Subject: Re: [ADSM-L] Need some how-to assistance please
From: Gary Bowers <gbowers AT ITRUS DOT COM>
To: ADSM-L AT VM.MARIST DOT EDU
Date: Tue, 18 Aug 2009 15:18:24 -0500
One way would be to move the nodes to another domain with unlimited
retention, and then rename them node_archive.  You would then need to
recreate then nodes in the current domain for backups to continue.

This will cause the data to be backed up again for all nodes, but at
least it will only be one copy.

Another solution is to backup the stgpool to another backup stgpool,
then keep it along with a copy of the TSM database.  You would need to
setup a separate TSM instance if they are actively restoring the data.

Don't envy your situation.  It would be best if you could get your
lawyers to agree on what data needs to be retained rather than
everything.  This is where e-discovery and content management really
starts saving people money.  It's too late in your case, but it makes
a great argument for the future.

Good Luck,

Gary Bowers
Itrus Technologies

On Aug 18, 2009, at 2:29 PM, Bill Boyer wrote:

History.have a client backing up with a 30-day retention policy
(vere=nolimit rete=30) and last week they came as requested that the
retention be change to No Limit across the board. Keep everything.
Lawyers
involved. Now they feel that the resource requirements for doing
that for an
indefinite period are more than they want to take on. So they asked
that the
retention be set back to 30-days , but..and here's the fun part.they
want to
tapes with the oldest backup data to be kept. You can see they have to
concept of TSM and are thinking of keeping the oldest full backup
tapes
around so they could be re-cataloged if a restore is needed.


So my problem/question is how do I accomplish the same thing? Was
thinking
EXPORT NODES, but what date range to use. Backupsets (no, I'm not
6.1! J)
isn't what I want either.



Any suggestions?



Bill Boyer

"He who laughs last probably made a back-up." Murphy's law of
computing