Addresses PR misc/52607. (I suppose something about this could also be
added to the man pages for the mount commands for each applicable file
system, but I think this should suffice.)
and pool_prime() (and their pool_cache_* counterparts):
- the pool_set*wat() APIs are supposed to specify thresholds for the count of
free items in the pool before pool pages are automatically allocated or freed
during pool_get() / pool_put(), whereas pool_sethardlimit() and pool_prime()
are supposed to specify minimum and maximum numbers of total items
in the pool (both free and allocated). these were somewhat conflated
in the existing code, so separate them as they were intended.
- change pool_prime() to take an absolute number of items to preallocate
rather than an increment over whatever was done before, and wait for
any memory allocations to succeed. since pool_prime() can no longer fail
after this, change its return value to void and adjust all callers.
- pool_setlowat() is documented as not immediately attempting to allocate
any memory, but it was changed some time ago to immediately try to allocate
up to the lowat level, so just fix the manpage to describe the current
behaviour.
- add a pool_cache_prime() to complete the API set.
on the OpenBSD single-port XR21V1410 uxrcom driver, but adds support
for multi-port chipsets and uses the common umodem framework instead of
being a standalone driver.
Thanks to skrll@ for much USB clue and mrg@ for financing the
development of this driver.
again after wakeup. Previously it could panic because cv_signal() could
be called by cv_wait_sig() + others:
cv_broadcast(cv);
cv_destroy(cv);
- In support of the above, if an LWP doing a timed wait is awoken by
cv_broadcast() or cv_signal(), don't return an error if the timer
fires after the fact, i.e. either succeed or fail, not both.
- Remove LOCKDEBUG code for CVs which never worked properly and is of
questionable use.
When a mono recording device is set to use 1 channel, the kernel will
correct the number of channels back down to 1. This information can be
obtained with AUDIO_GETINFO...
It doesn't work properly, but this turns out to not be a problem in most
code (code where it is generally uses threads)...
Don't provide misleading information about using it, or programmers
might start wondering why their code doesn't work.
Noted by Yorick Hardy on current-users
true, all mappings have been removed, the pmap is totally cleared out, and
UVM can then avoid doing the work to call pmap_remove() for each map entry.
If false, either nothing has been done, or some helpful arch-specific voodoo
has taken place.
On devices such as the Thinkpad X250, the clickpad can be pressed
to generate mouse button events 1 and 2. There are also additional
physical buttons which the pms(4) driver recognizes as "up/down" buttons
(mouse buttons 3 and 4). Allow these to be remapped to buttons 1 and 2
and used like normal touchpad buttons with the following sysctl:
# sysctl -w hw.synaptics.up_down_emulation=3
While here, adjust the existing "middle button emulation"
(hw.synaptics.up_down_emulation=1) so it works with single-button
clickpads.
XXX: 3 may be a more useful default than the current default,
depending on hardware availability of touchpads with "up/down buttons".
Update the documentation accordingly.
TFTPROOT does *not* require MEMORY_DISK_IS_ROOT. In fact, it doesn't
work at all when MEMORY_DISK_IS_ROOT is set, because then setroot()
tries to perform dhcp on md0 instead of the network card.
