to ``registered'' sockets -- be treated ``specially'', as suggested
by RFC-2367.
The "special" treatment sys/netipsec now gives such messages is that
we use sbappendaddrchain() to deliver the (single) kernel-generated
message to each registered PF_KEY socket, with an sbprio argument of
SB_PRIO_BESTEFFORT, thus by-passing
For now, we check for registered messages, set a local `sbprio'
argument, and call sbappendaddrchain() (as opposed to sbappendaddr())
if and only if sbprio is non-NULL. As noted, we can rework
key_sendup_mbuf(), and all its callers, to pass the sbprio argument;
pending consensus (and hopeful KAME buy-back).
the proc_regsize() callback to allocate reg and fpreg buffers as part of the
proc state (lazily initialized by the PT_STATE_RUNNING case of
td_thr_suspend()).
Fixes build on sh3 (and probably sh5) platforms.
because the sysctl() code wasn't setting the requestor-pid field in dump
responses, the reworked unicast dump wasn't setting the requestor pid, either.
More exaclty, the pid field was set to 0.
No problem for setkey(8), but racoon reportedly ignores SADB dump-responses
with any pid (including 0) which doesn't match its own pid. A private bug
report says the 0-valued pid field broke racoon code which attempts to recover
from death of a prior racoon process, by dumping the SADB at startup.
Fix by revising sys/netipsec, so that both the new unicast PF_KEY dump
responses and the sysctl code set the requestor pid field in all
response mesages to DUMP requests.
obliteration to RESTORE_{KERN,USER}_SRS, respectively; have oea_init()
patch these sequences to be skipped on non-MPC601s. The code sequence
matching heuristic isn't as pretty as the one for VRSAVE and MQ but works
well enough with the current structure of the trap code, and can be easily
updated when necessary.
compiled with the older and shorter _res. We now use _nres internally
which is the new and bigger one. We define a _res which is the old
size one if COMPAT__RES is set, and then we consult selected values from
this old _res in res_init(), to emulate the old behavior.
(It is freely distributable in unmodified form)
This should allow NetBSD to be booted on a RiscPC with nothing other than
the built in ROM software and a NetBSD CD. Disk partitioning between RISC OS
and NetBSD may be a task for another day.
While we are here use ${HOST_SH} to invoke mksparkive.sh
