dev database be rebuilt after loading modules. Loading modules might
create new nodes in /dev, but the dev database is being initialized
too soon for lkm2 and lkm3. This means that, eg, /dev/xf86 (typically
marked AFTERMOUNT and loaded by lkm2) will show up properly. Reviewed
by lukem.
- when building RSYNC_INCLUDE, only add a directory once
- automatically add `shared/ALL' and `shared/${MACHINE_ARCH}' to
${BASE_PORTS.${image}} for each unique MACHINE_ARCH in the latter.
- don't bother explicitly listing shared/* in the example
- note that the cats cdrom is now bootable
- Remove VRA/VRM enabling in auvia_attach()
- Use ac97_codec_if::set_rate()
- Return no AUDIO_PROPS_MMAP for fixed-rate codec
- Remove unused variables in auvia_softc
Remove sc_fixed_rate and sc_ac97rate. ac97_softc has such
information.
auich_attach():
Remove VRA/VRM enabling code. ac97_attach() does it.
auich_set_rate():
Use ac97_codec_if::set_rate().
auich_get_props():
Return no AUDIO_PROP_MMAP if the codec is fixed-rate.
auichreg.h:
Remove unnecessary ICH_PM_*.
sources.
Multifunction devices, such as keyboards with built-in mice or
scrollwheels on different interfaces and/or repid's are each handled
as a separate entropy source.
ac97_attach(): Enable VRA/VRM if the codec is capable of them.
The struct ac97_softc keeps the clock of the codec, the basic
features flag (the value of AC97_REG_RESET), and the extended
features flag (the value of AC97_REG_EXT_AUDIO_ID).
ac97_codec_if: Add get_extcaps(), set_rate(), and set_clock()
methods.
alongside the sysid string (instead of just the array index of the
struct part_type they are found in).
Now fdisk -l shows the familiar 169 for NetBSD, 165 for FreeBSD or
386BSD or old NetBSD, and other possibly-familiar (131 for Linux native,
015 for Ext. Partition - LBA) values in with their correct numbers.
instead, rely upon libnbcompat to provide a workaround (which returns
an error if the target is a symlink).
Should fix another MacOS X build issue due to missing lchown(2).
which first lstat(2) the target and return EINVAL if it's a symlink,
and then call ch{flags,mod,own} as appropriate.
Removes the need for hokey code inside the tools themselves...
invalidation after every lock to ensure that changes made by other CPUs are
visible. This has nasty performance implications, but it does allow my
Hydrated Risc PC to run printf() on all its CPUs at once without corrupting
the message buffer.
in its own little inline function, and this allows us to get rid of all the
automatic variables elsewhere. This subtly changes the semantics of
__cpu_simple_lock() such that the loop ends up one instruction longer, but
I'm not sure that's a particularly bad thing.
