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This is needed to support some special app I've just come across where I had to
set the SPARSE_FILES bit (0x40) to make it work against Samba at all. There
might be others to fake. This is definitely a "Don't touch if you don't know
what you're doing" thing, so I decided to make this an undocumented parametric
parameter.
I know this sucks, so feel free to beat me up on this. But I don't think it
will hurt.
The Schannel verifier (aka NL_AUTH_SIGNATURE) structure (32 byte) sent from a
W2k8r2 DC is passed in a buffer with the size of a NL_AUTH_SHA2_SIGNATURE (56
byte). We should just ignore the remaining 12 zeroed bytes and proceed.
Guenther
Revert change from 3.3 -> 3.4 with read_socket_with_timeout changed
from sys_read() to sys_recv(). read_socket_with_timeout() is called
with non-fd's (with a pty in chgpasswd.c and with a disk file in
lib/dbwrap_file.c via read_data()). recv works for the disk file,
but not the pty. Change the name of read_socket_with_timeout() to
read_fd_with_timeout() to make this clear (and add comments).
Jeremy.
The kernel may return a short read, so we must use read_data() to make sure we
read off the full buffer. If somethign bad happens we also need to kill the
inotify watch because the filedescriptor will return out of sync structures if
we read only part of the data.
This one is subtle. There is a race condition where a signal can be
queued for oplock break, and then the file can be closed by the client
before the signal can be processed. Currently if this occurs we panic
(we can't match an incoming signal fd with a fsp pointer). Simply log
the error (at debug level 10 right now, might be too much) and then
return without processing the break request. It looks like there is
another race condition with this fix, but here's why it won't happen.
If the signal was pending (caused by a kernel oplock break from a
local file open), and the client closed the file and then re-opened
another file which happened to use the same file descriptor as the
file just closed, then theoretically the oplock break requests could
be processed on the wrong fd. Here's why this should be very rare..
Processing a pending signal always take precedence over an incoming
network request, so as long as the client close request is non-chained
then the break signal should always be harmlessly processed *before*
the open can be called. If the open is chained onto the close, and
the fd on the new open is the same as the old closed fd, then it's
possible this race will occur. However, all that will happen is that
we'll lose the oplock on this file. A shame, but not a fatal event.
Jeremy.
Before the async libsmb rewrites, we sent tid==0 on negprot. With the rewrite,
we send 0xffff. This *should* not matter, but this is one difference in the
sniffs I see.
