it again when going from INITIAL to STARTING. This has been done for
passive or auto-conecting interfaces always, but not for permanent
ones.
This fixes session reestablishement for PPPoE interfaces without LINK1 set,
and probably also closes PR kern/11161.
Thanks to Jared D. McNeill and Ross Harvey for sugesting debug methology.
that time will have bad results, such as queue corruption because
of multiple TAILQ_INSERTs, etc, because it's not designed to work
in an interrupt/context-free environment. Use pckbc_poll_cmd instead.
Any problems reported by testers have been fixed, and massive
cross-compiling of kernels has shown that any problems that remain
with actually building kernels are not related to this.
will be allocated for the respective usage types when there is contention
for memory.
replace "vnode" and "vtext" with "file" and "exec" in uvmexp field names
and sysctl names.
The tmpx registers are now outputs, this makes them all unique.
Add the fact that cc is changed by the asm (not believed to be used but rather be correct)
Correctly specify w as an input and output register, I think this was hiding the bug below!
Allow sum to be in a different input and output register.
Correct bug in psuedo header handling for in4_cksum. Seems that the new macros turned up a latent bug in the psuedo header handling, the code was moving a pointer forward 16 bytes twice, not found before as the ADD16 macro wasn't 100% accurate, as it didn't output w, even though it modified it.
Collect both local and remote address and set them to the interface in
one step (the peer adress was not set at all before).
This causes the peer address now to show up on the interface and all
messages to the routing socket to be send with correct data. The latter
has been the last missing piece to complete PPPoE support.
We shouldn't try to configure it in that case.
This will make serial console work. completes fix to PR#14213
(Private email determined PR author was using serial console.)
ports. This includes cleaning out DBG, cleaning up the `clean'
target, and tweaking the warnings flags (cesfic, amigappc, and the arm
ports are a little less warning resistant).
Oh, and let's `install' the kernel into ${DESTDIR} if someone says
`make install'. We have to think about cross-compilers here.
uint32_t namei_hash(const char *p, const char **ep)
which determines the equivalent MI hash32_str() hash for p.
If *ep != NULL, calculate the hash to the character before ep.
If *ep == NULL, calculate the has to the first / or NUL found, and
point *ep to that location.
- Use namei_hash() to calculate cn_hash in lookup() and relookup().
Hash distribution goes from 35-40% to 55-70%, with similar profiled
time spent in cache_lookup() and cache_enter() on my P3-600.
- Use namei_hash() to calculate cn_hash in nfs_readdirplusrpc(),
insetad of homegrown code (that differed from that in lookup() !)
namei_hash() has better spread and is faster than previous code
(which used a non-constant multiplication).
martin