On Thu, Feb 11, 1999 at 10:24:51AM +0100, D. Rock wrote:
Anyone with /usr/obj NFS mounted should have the same problems.
I've just updated my firewall machine using NFSv3 hardmounted /usr/obj
over a 10BaseT connection (slow!). Did a make installworld, and kernel
rebuild over it last night with
This doesn't fix my problem (my isn't even rename or delete related)
As I writed some time before, I always get the wrong results if I generate
the termcap.db in an NFSv3 mounted directory. It doesn't matter which machine
is the NFS server (tried Solaris 7 and the NFS client machine itself). The
As I writed some time before, I always get the wrong results if I generate
the termcap.db in an NFSv3 mounted directory. It doesn't matter which machine
is the NFS server (tried Solaris 7 and the NFS client machine itself). The
generated file has *always* the wrong size (always the same: 1077760
On a related note, I've been unable to reproduce the `hanging' in
3.0-CURRENT (without Matt's patch)...
-- Niels.
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As I writed some time before, I always get the wrong results if I generate
the termcap.db in an NFSv3 mounted directory. It doesn't matter which machine
is the NFS server (tried Solaris 7 and the NFS client machine itself). The
generated file has *always* the wrong size (always the same:
N wrote:
On a totally unrelated note, su(1) never works if you're not in group
wheel, Kerberos or no Kerberos, as far as I can tell.
Standard BSD behavior.
--
Daniel C. Sobral(8-DCS)
d...@newsguy.com
d...@freebsd.org
Well, as a computer geek, I have to
Daniel C. Sobral wrote:
N wrote:
On a totally unrelated note, su(1) never works if you're not in group
wheel, Kerberos or no Kerberos, as far as I can tell.
Standard BSD behavior.
Hmm... for Kerberos, this ought to be relaxed, really.
M
--
Mark Murray
Join the anti-SPAM movement:
I tried to track down some of the problems doing a network snoop and noticed
something interesting:
NFSv3 seems to produce more than twice the packets during file write than
NFSv2
Is this true. There are many more getattr() calls with NFSv3 than with NFSv2.
You may mean ACCESS, not GETATTR
Here's more. I seem to be getting stale NFS handle replies on the NFS-V3
commits and writes.
I am guessing that the problem is due, somehow, to install's writing or
renaming over of the original file, probably after stat'ing the original
file.
doing a mount -u -o
This is very odd. This is the approximate backtrace that I get
when I throw my test machine into DDB:
--- interrupt, ...
nfs_* routines
cluster_wbuild
vfs_bio_awrite
flushdirtybuffers
bdwrite
nfs_write
vn_write
write
syscall
What is
Quoth Matt Dillon:
[make world over nfs breakage]
It is very odd. I don't suppose very many people try to make install
over NFS ( it works, you just have to chflags -R noschg the destination
on the NFS server before you run make install on the NFS client ).
Actually, I did, this
: on the NFS server before you run make install on the NFS client ).
:
:Actually, I did, this broke somewhere at the end of January in 3.0-STABLE.
:Unfortunately I first built a kernel, rebooted with that, and tried to
:build the world, but /usr/bin/ps was the wrong version so I couldn't
I think I've found the general area where the problem is occuring.
It appears to some sort of weird write()/remove() interaction.
In the make install, the problem appears to only occurs when
install -s ( install and strip binary ) is used.
This causes an NFS file to be
Matt wrote:
This is very odd. This is the approximate backtrace that I get
when I throw my test machine into DDB:
[..]
What is happening is that I am doing a 'make installworld' on my
test machine with / and /usr NFS V3 mounted R+W.
I also have come to the conclusion that
Ok, I think I found the problem.
I believe what is going on is that dirty buffers are being held across
an nfs_rename() call under NFS V3. Under NFS V2, most such buffers are
written synchronously.
Under NFS V3, however, it appears to work differently. One of the
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