I think this is the case, but wanted to verify.
When upgrading from Transarc fileserver binaries to OpenAFS, there are
no disk format changes? Just swap out the binaries and go. Correct?
Also, there is no need to change from the Transarc fsck program.
Correct?
Thanks!
Kevin
Depends on the architectures your fileservers are running on. For Linux
and NT Transarc had implemented the NAMEI-interface where you don't need
a special fsck. Here everything should be ok.
On the other architectures I suggest to use also the NAMEI-interface for
some reasons:
1) You get
Sorry, I thought I had put more info in the original message. It is
Solaris on Sparc and I'm not planning to move to the namei server at
this time on that machine. (OK, never on that machine. It needs to be
replaced before that happens.)
Thanks again,
Kevin
Depends on the architectures
Have you verified that you don't have any iptables rules that
would be blocking AFS packets?
Yep. On the worked-at-first-but-not-after-reboot machine, iptables won't
even work because there is no support in the kernel. It's firewalled by
another machine, but that can't effect it as long as we
If you unload the AFS kernel module before it completely initializes
then yes, it will 'oops' the kernel.
-derek
Peter Schuller [EMAIL PROTECTED] writes:
Have you verified that you don't have any iptables rules that
would be blocking AFS packets?
Yep. On the
Rubino Geiß schrieb:
Hi,
Klaas Hagemann reported some problems with dying fileservers. Ive the sad
duty to report another, jet different incident.
This morning one of our fileservers (OpenAFS 1.2.8, rh8.0) stopped serving
files. Doing bos status, ping, rxdebug and looking at the log files at
If you unload the AFS kernel module before it completely initializes
then yes, it will 'oops' the kernel.
Ah! Okay. Could that also happen if the afs daemon tried to call the
module before it is properly initialized?
If so, perhaps that's what is happening - module intialization fails for
some
Peter Schuller [EMAIL PROTECTED] writes:
If you unload the AFS kernel module before it completely initializes
then yes, it will 'oops' the kernel.
Ah! Okay. Could that also happen if the afs daemon tried to call the
module before it is properly initialized?
No. It's not a question of