in a manner that is endianness independant.
Should mean the amd64 will return correct offsets > 2^32 (sparc64 had a
special define).
Any new netbsd32 ports should work regardless of the endianness.
needed to keep track of the kernel process that opened a device in
order to close it with the right credentials. Flash forward to today
where curlwp is now quite sufficient.
in-kernel priority is used. Reported by <drochner>.
Minor fixes for scheduling calls to conform the POSIX:
- If pid is equal to zero, use the calling process;
- In case of permission problem, return EPERM instead of EACESS;
- sched_setscheduler() should return previously used policy;
- pthread_* calls should return the error code or zero;
Should fix the namespace problems (and builds of some packages):
- Move cpuset_t defintion from pset.h to sched.h;
- Remove the #include of pset.h in pthread.h;
use "-march=r3900" for CPUFLAGS in TX3912 and TX3922.
The "-mips2" option seems to imply "-mdivide-traps" and
gcc4 with the option generates "teq" instruction on division ops,
but teq is not supported by TX39xx CPUs.
The problem is reported and the fix (-mdevide-breaks) is
provided by Risto Sainio. Tested on his PenCentra 200,
and also tested on Telios HC-AJ2 by nakayama@.
This should be pulled up to netbsd-4.
- also stop DMA in mec_reset() before resetting chip
- set MAC address to MAC_STATION reg in mec_attach(), not in mec_reset()
Possibly fixes occasional interrupt storm from mec(4) (i.e. hangup) at boot.
an 'ssize_t' or 'long' variable to 'register_t'.
If the sizes were different it would either overwrite stack or return
uninitialised stack. On big-endian systems things would be worse!
In fact it's mostly the same code, with a different stub on it.
On a cats the regress/sys/net/in_cksum tests show that it takes around
50-60% of the time the C version takes. In some cases it takes as low as
20%.
