It doesn't work properly and interferes with the power button in the keymap.
Rework WPS keymap a bit to make single-tap power emulate lock.
Change-Id: I9d9b9b4adcea3764e6e427f484e051c9bab9d13b
Unsure why this is happening, but now we detect and recover errors at
startup.
Also clean up the mismash of printf(), DEBUGF(), etc in favor of panicf() for the really serious stuff and logf() for everything else.
Change-Id: I9aaa620d55d556645c9a6d108541b987983b32a8
* xduoo x3ii/x20: Better line out support
* less granular volume settings (too many steps before)
* Better handling of swiching sample rates
* Log actual sample rate in debug menu
Most credit goes to Roman Stolyarov
Additional integration [re]work by myself
Change-Id: I63af3740678cf2ed3170f61534e1029c81826bb6
* Kill LCD when turning off the backlight
* Fix logic errors in lcd_enable() calls
* Use ioctls instead of sysfs to twiddle lcd enable
Change-Id: I6864ff63d87b747ac48719b0f4ba2de00333a1d3
Note: I left behind lcd_bitmap in features.txt, because removing it
would require considerable work in the manual and the translations.
Change-Id: Ia8ca7761f610d9332a0d22a7d189775fb15ec88a
'swcodec' is now always set (and recording_swcodec for recording-capable
units) in feature.txt so the manual and language strings don't need to
all be fixed up.
Change-Id: Ib2c9d5d157af8d33653e2d4b4a12881b9aa6ddb0
HAVE_LCD_BITMAP is now redundant.
lcd_bitmap is always-on in features.txt so manual and lang strings
don't have to change
Change-Id: I08eeb20de48099ffc2dc23782711af368c2ec794
Linux offers the high-level i2c-dev driver to directly access the
i2c bus(ses) on the system. This system device is used to get rid
of the (rather silly) radio chip kernel module for ypr0 target and
correctly enables radio access also for the ypr1 target.
fm-radio chip is located on i2c-0 bus on the ypr0 target while it
is located on i2c-1 bus on the ypr1 target.
Power-up (RST) pin is also handled for both targets, which is wired
to another GPIO of the i.MX 37 platform.
Additionally, this patch simplifies the RDS low-level handling by
exploiting the Si4709 debug interface which comes with a mutex
protection as free bonus.
Change-Id: I839282bec4a27ad0ad8403c5a8dd86963b77e1bf
Only AGPTeck Rocker is enabled for now, and it doesn't work properly:
* No generic way to determine wakeup reason under Linux
* No generic way to be asynchronously notified if the alarm is
triggered when we're already awake
* Shutting down may clobber RTC wakeup (driver/etc dependent)
And finally:
* AGPTek kernel's RTC driver has some 24h clock and
some timezone-related issues.
So, the infrastructure is arguably useful, but the only applicable
hardware I have is pathologically brain-dead.
Change-Id: Iac6a26a9b6e4efec5d0b3030b87f456eb23fc01d
Once some missing power optimization stuff was added to the X3ii code,
they were completely identical.
Change-Id: I68e4db5e270e8ff22f91e521616a054bd7baa95d
Provided by Roman Stolyarov
Integration, Refactoring, and Upstreaming by Solomon Peachy
X3II confirmed working by forum tester, X20 is nearly identical.
This includes bootloader, main firmware, and the flash image patcher.
Eventual Todo:
* Further refactor AGPTek Rocker & xduoo hiby bootloaders
* Further refactor AGPTek Rocker & xduoo hosted platform code
Change-Id: I34a674051d368efcc75d1d18c725971fe46c3eee
on timer_unregister callbacks are not removed
It seems (at least on the Rocker) timers continue to fire (for a bit??)
Now we store the registered callback in the sigev structure and check
that the callback matches the one registered when the timer is created.
This should stop the possible case of a new timer getting spurious callbacks
We also now NULL the callbacks on un-register which should stop the segfaults
Added some notes to timer.c and timer.h
Change-Id: Ia155c3a4e4af89f474d55ed845560ccc1fab85aa
Addition of rtc support for AGPtEK ROCKER broke building the UI Simulator
for Windows. This patch removes the rtc support if building UI Simulator for
Windows.
This is one of those fancy gold-plated devices. Of course it breaks my scripts
that were nicely expecting every device to start with NW.
Change-Id: I161320f620f65f4f92c2650d192b26a9831eeb9d
This patch simulates the three possible states of a transflective
LCD: backlight on (bright screen as usual), backlight off (dimmed
screen) and LCD off (black screen).
Makes use of already defined 'BACKLIGHT_OFF_ALPHA'.
Change-Id: I9b0fc79b8d50c29e024ba1e6d9c2501119a7e0e0
