o Return the real hardware state in gpio_pin_getflags() instead of keep
the last state in an internal table. Now the driver returns the real
state of pins (input/output and pull-up/pull-down) at all times.
o Use a spin mutex. This is required by interrupts and the 1-wire code.
o Use better variable names and place parentheses around them in MACROS.
o Do not lock the driver when returning static data.
Tested with gpioled(4) and DS1820 (1-wire) sensors on banana pi.
If a signal is caught in pipelock, causing it to fail, pipe_direct_write
should not try to pipeunlock.
Reported by: pho
Differential Revision: https://reviews.freebsd.org/D3069
Reviewed by: kib
Approved by: markj (mentor)
MFC after: 1 week
Sponsored by: EMC / Isilon Storage Division
A variable was misspelled resulting in chmod executing on the installer instead of on the target chroot
PR: 191402
Submitted by: Martin Simmons <martin@lispworks.com>
Approved by: brueffer
MFC after: 3 days
Sponsored by: ScaleEngine Inc.
Differential Revision: https://reviews.freebsd.org/D3061
Aside from cleaner and more consistent code, this allows ports to be both
target and initiator same time, and easily switch from any role to any.
Sponsored by: iXsystems, Inc.
in units of crypto blocks, so must have adequate space to write.
This means needing to be careful about buffers and keeping track
of external read request length.
Approved by: so (/dev/random blanket)
PHY instead of the revision of the RADIO.
This fixes the RF switch state polling.
This is from DragonflyBSD, Commit 202e28d1f65e9f35df6032400df3242a3bafb483
Obtained from: DragonflyBSD
Note: currently 'mkver' script is using hardcoded knowledge and always
emits -a in the version string, a more through solution would be to generate
the script with something that we own.
Rewrite rm_r to use *at function, allowing to remove home directories along with
users. only crontabs and at(1) installation are not removed
Relnotes: yes
functions
This allows to simplify the code a bit for -R by not having to keep modifying
path and also prepare the code to improve support -R in userdel
While here, add regression tests for the functionality
time between ntp_adjtime() clock offset adjustments. This eliminates spurious
frequency steering after a large clock step (such as a 1970->2015 step on a
system with no battery-backed clock hardware).
This problem was discovered after the import of ntpd 4.2.8, which does things
in a slightly different (but still correct) order than the 4.2.4 we had
previously. In particular, 4.2.4 would step the clock then immediately after
use ntp_adjtime() to set the frequency and offset to zero, which captured the
post-step time-of-day as a side effect. In 4.2.8, ntpd sets frequency and
offset to zero before any initial clock step, capturing the time as 1970-ish,
then when it next calls ntp_adjtime() it's with a non-zero offset measurement.
This non-zero value gets multiplied by the apparent 45-year interval, which
blows up into a completely bogus frequency steer. That gets clamped to
500ppm, but that's still enough to make the clock drift so fast that ntpd has
to keep stepping it every few minutes to compensate.
