- Now button backlight is managed by this driver, also it is configurable by sysfs (number of secs. after backlight will be turned off after last key-press, enable/disable this auto_off feature)
-When disabled auto_off, backlight will go off along with screen backlight.
- Sysfs for num. of seconds : /sys/devices/platform/btn_backlight_manager/off_seconds
(min: 5 sec, max: 60 sec)
- Sysfs for turn on/off auto-off feature: /sys/devices/platform/btn_backlight_manager/auto_off
(0 to disable auto-off, 1 to enable)
- Added button backlight control via panel backlight (button backlight will go on/off with screen backlight)
- To enable/disable this just echo 0 or 1 to /sys/devices/platform/htcleo-backlight/btn_control
( echo 0 > /sys/devices/platform/htcleo-backlight/btn_control )
- By default button control is enabled
- remove all lights.*.so files from /system/lib/hw (backup if u want) and replace with lights.qsd8k.so from Bravo ROM or download from http://www.multiupload.com/2M5T02M3TU
- if button backlight don’t work: turn screen on, press any key and put phone under bright light ( this should activate light sensor and backlight)
Conflicts:
arch/arm/configs/htcleo_defconfig
arch/arm/mach-msm/board-htcleo.h
Add commit from 654ce990ab
In NVS the mac address is always same on all devices.
We create now from encrypted device ID a custom mac address.
This is always different but for same device almays identical.
(by Markinus)
RWSEM implementation for ARM using atomic functions.
Heavily based on arch/sh/include/asm/rwsem.h
Signed-off-by: Ashwin Chaugule <ashwinc@codeaurora.org>
The mmap(2) functionality of kgsl is no longer used, and it had a
bug that would crash the kernel when mmap(2) was called with
"odd" parameters. So we have removed the mmap functionality.
If for some reason in the future you want to resurrect this,
make sure memdesc is properly initialized in all paths through
the kgsl_mmap() routine.
Signed-off-by: Ken Sumrall <ken@android.com>
When muting mic input, always update saved mute state
regardless of completion status returned by audio dsp.
This ensures that saved mute state is coherent with mute state in
phone application that has no feedback on completion status.
Signed-off-by: Eric Laurent <elaurent@google.com>
Changes include:
* May scale up to intermediate speeds after scaling down, rather than
scale to max speed and then only scale down until max speed needed.
* Tweaked thresholds at which max speed requested (previously CPU must
have been 100% busy since idle exit timer started, now will go max if at
least 85% busy) and default minimum sample time raised to 80ms. Tweaking
based on UI tests, still in progress.
* SMP fixes.
* Fixed attempted multiple delete of sysfs group on governor stop.
Set a just-in-case-CPU-goes-busy-again timer even if nr_running == 0 at
timer function run time, but cancel if that CPU goes idle (and don't
re-arm timer if that CPU is currently idle).
* Re-evaluate speed if a CPU goes idle while above min speed (and no timer
currently set) in case the platform requires all CPUs to be at the same
speed.
* Realtime workqueues disappeared upstream, convert speed up workqueue to
a realtime task. Average scheduling latency measured significantly less
than WQ_HIGHPRI.
* Timers are not deferrable, must wake CPU from idle, since we now
re-evaluate speed for idle CPUs.
* CPU load is computed from higher of short-term load since idle exit vs.
long-term load since last frequency change, to avoid dropping speed
during temporary dips in load on long-term-busy CPU.
* Avoid 1 CPU starting new idle exit load eval interval in a race with
timer running on another CPU.
* New fugly debugging printfs should be reworked or go away eventually.
Change-Id: I606b5c1850637c35a7814309df12362d5c044825
via: https://review.source.android.com//#change,15809
kgsl_sharedmem_init/kgsl_sharedmem_close only need to be called once,
so move them to the the module load and close functions so they can be
available through the life of the module.
