- Use callout_pending() instead of our own flags.
- Remove home-grown protection of node, which has a scheduled
callout().
- Remove spl(9) calls.
Tested by: bz
TAILQ_FOREACH_SAFE().
Loose the error pointer argument and return any errors the normal way.
Return EAGAIN for the case where more work needs to be done.
regardless whether the output is to a terminal or not. As this is
consistent with the SUSPv2 specification (even though we do not
otherwise fully implement SUSPv2's ls(1) options), document this as it
is now, rather than trying to change the behaviour itself.
PR: docs/76072
Submitted by: Sebastian Rey <Sebastian.rey@gmx.net>
MFC after: 1 week
e.g. at the loader:
set hint.pcib.1.skipslot=26
This allows undocumented and problematic hardware on some systems
to be ignored, for instance, the USB keyboard/mouse that shows up
on a 12" albook that doesn't exist nor do anything other than eat up
the syscons keyboard. Another one is the unused USB cell in the old
366MHz iBook that locks up the machine when probed.
In a way this is temporary, since there are better fixes for the
above problems, but will be useful in the meantime by allowing
a keyboard to be used to help debug said fixes :)
- while here remove some trailing white space
I'm not sure why a credential was added to these in the first place, it is
not used anywhere and it doesn't make much sense:
The credentials for syncing a file (ability to write to the
file) should be checked at the system call level.
Credentials for syncing one or more filesystems ("none")
should be checked at the system call level as well.
If the filesystem implementation needs a particular credential
to carry out the syncing it would logically have to the
cached mount credential, or a credential cached along with
any delayed write data.
Discussed with: rwatson
read the ethernet address from the attribute space hasn't been
implemented. Also add flags for the MBH10302. The flags and maddr
fields will be used when reading from the attribute space...
build over two years ago by peter.
The binary a.out version of ld.so can be obtained from misc/compat22 or
src/lib/compat/compat22.
Discussed on: -arch
Voted yes: jhb, ru, linimon, delphij
recursion from the VM is handled (and the calling code that allocates
buckets knows how to deal with it), we do not want to prevent allocation
from the slab header zones (slabzone and slabrefzone) if uk_recurse is
not zero for them. The reason is that it could lead to NULL being
returned for the slab header allocations even in the M_WAITOK
case, and the caller can't handle that (this is also explained in a
comment with this commit).
The problem analysis is documented in our mailing lists:
http://docs.freebsd.org/cgi/getmsg.cgi?fetch=153445+0+archive/2004/freebsd-current/20041231.freebsd-current
(see entire thread for proper context).
Crash dump data provided by: Peter Holm <peter@holm.cc>
reject. For example:
Checking for rejected mail hosts:
48 getherbalnow.info (451... resolve)
46 absorb.com (451... resolve)
4 tgmart01.codns.com (553... exist)
3 kali.com.cn (451... resolve)
2 genie.com (451... resolve)
1 zv.qy (553... exist)
1 zd.hinet.hr (553... exist)
....
The bit in parenthesis is the reject code and the last word on the line -
enough to give the admin a better chance of seeing real problems (hopefully!).
While I'm here, remove the "<" at the start of rejects coming from "from"
addresses without a name@ part.
I had to rewrite the patch given by the submitter as this script has been
sed'ified (used to be perl) and I think the reject code is useful....
PR: 17377
Idea from: root at ns dot internet dot dk
MFC after: 7 days
This is just a workaround for a know problem with Motorola E1000
phone. Something is wrong with the configuration of L2CAP/RFCOMM
channel. Even though we set L2CAP MTU to 132 bytes (default RFCOMM
MTU 127 + 5 bytes RFCOMM frame header) and the phone accepts it,
the phone still sends oversized L2CAP packets. It appears that the
phone wants to use bigger (667 bytes) RFCOMM frames, but it does
not segment them according to the configured L2CAP MTU. The 667
bytes RFCOMM frame size corresponds to the default L2CAP MTU of
672 bytes (667 + 5 bytes RFCOMM frame header).
This problem only appears if connection was initiated from the
phone. I'm not sure who is at fault here, so for now just put
workaround in place. Quick look at the spec did not reveal any
anwser.
Tested by: Jes < jjess at freebsd dot polarhome dot com >
MFC after: 3 days
allows my 3com cards to work again. It appears that this code was
once there, but I removed it when I added the alignment issues.
MFC After: 5 days
PR: 70639 (and likely others)
