a device specific shutdown routine for devconf. Assign the value of this
to the kern_devconf struct. Implement a device shutdown routine for if_de
that disables the device. This will stop the device from corrupting memory
after a reboot.
VFCF_NETWORK (this FS goes over the net)
VFCF_READONLY (read-write mounts do not make any sense)
VFCF_SYNTHETIC (data in this FS is not real)
VFCF_LOOPBACK (this FS aliases something else)
cd9660 is readonly; nullfs, umapfs, and union are loopback; NFS is netowkr;
procfs, kernfs, and fdesc are synthetic.
- Do ntp right
- Move recenrly-added and long-standing junk from rc.local into rc, so
. that rc.local truly is LOCAL.
- Fix named invocation to use the correct boot file location.
submitting them as context diffs for the following files:
sys/netinet/ip_mroute.c
sys/netinet/ip_var.h
sys/netinet/raw_ip.c
usr.sbin/mrouted/igmp.c
usr.sbin/mrouted/prune.c
The routine rip_ip_input in raw_ip.c is suggested by Mark Tinguely
(tinguely@plains.nodak.edu). I have been running mrouted with these patches
for over a week and nothing has seemed seriously wrong. It is being run in
two places on our network as a tunnel on one and a subnet querier on the
other. The only problem I have run into is that mrouted on the tunnel must
start up last or the pruning isn't done correctly and multicast packets
flood your subnets.
Submitted by: Soochon Radee <slr@mitre.org>
one is much more intelligent, not only that it would accept multiple
man page locations, it also behaves like ``make'' in that it will only
deal with cat pages that are out of date (by default).
Wolfram also wrote a man page for it.
Submitted by: wosch@cs.tu-berlin.de (Wolfram Schneider)
declares them to return char *. For some reason, this causes no problems
with the old compiler tools, but doing a 'make world' with gcc 2.6.3 in a
seperate DESTDIR got me this error:
yacc -d /usr/src/usr.bin/compile_et/error_table.y
cc -O2 -I. -I/usr/src/usr.bin/compile_et/../../lib/libcom_err -I/mnt/usr/include -c y.tab.c -o error_table.o
In file included from /usr/src/usr.bin/compile_et/et_lex.lex.l:11,
from /usr/src/usr.bin/compile_et/error_table.y:233:
/mnt/usr/include/stdlib.h💯 conflicting types for `malloc'
/usr/src/usr.bin/compile_et/error_table.y:80: previous declaration of `malloc'
/mnt/usr/include/stdlib.h:104: conflicting types for `realloc'
/usr/src/usr.bin/compile_et/error_table.y:80: previous declaration of `realloc'
*** Error code 1
Stop.
Declaring malloc and realloc to return void * fixes this. It could be that
the new gcc is a bit more picky about these things.
now returns NULL and sets a global 'mb_map_full' when the map is full.
m_clalloc() has further been taught to expect this and do the right thing.
This should fix the "mb_map full" panics that several people have reported.
when I'm not sure whether or not that directory exists."
Today I discovered that rebuilding /usr/include completely from scratch
doesn't work, because the libss Makefile tries to install headers into
/usr/include/ss, which 'make includes' does not create. The result is that
the libss Makefile plants the header files in /usr/include as individual
files called 'ss,' with the second one overwriting the first, and the
third one overwriting the second. So instead of a directory called
/usr/include/ss, you end up with just one file called /usr/include/ss with
only the last header file in it. Check out /usr/include/ss on freefall
and you'll see what I mean.
I've modified the beforeinstall target in the libss Makefile to check
for the presence of the ${DESTDIR}/usr/include/lbss directory and to
create it if it isn't already there. Hopefully I did it right.
