[BH-1708] Fix buttons behavior

When the button is pressed/released we get an interrupt
which falls or rises edge. We read the gpio state a bit
later so in case of debouncing we can register
the wrong pin state.
After the debounce interval the state is stable.

[MOS-230] Print last instruction address before RTWDOG reset

Added mechanism that stores address of last
executed instruction before RTWDOG timeout
to enable some basic debugging in such cases,
as such resets do not create crashdumps and
leave no information in logs.

[BH-1702] Fix RTWDOG main DCDC reset

Fix of the issue that RTWDOG performed
only CPU reset in case of timeout due
to IRQ misconfiguration resulting in
RTWDOG handler not being called.

[BH-1673] Harmony random resets fixes

* Switching VDD_SOC_IN only after PLL2 is turned off.
* Weak LDO stabilization delay.
* Removed switching to 1.275V before frequency change.
* Cleanups in LDO switching.
* Removed switching PeriphClk2Div for fCPU <= 24MHz,
using AhbDiv instead.
* Removed log from _exit that caused logger mutex deadlock

[BH-1583] Fix SNVS LP lockup after debugging

* Fix of the issue that manifested after
running MuditaOS on Harmony via JLink,
which resulted in OS freezing when
trying to set time in normally booted
(via the bootloader) device.
* Minor RTC code cleanup.
* Partial T6 JLink script cleanup.

[BH-1689] Turn off charging for CDP and SPD

Due to high current consumption the device
will be charging only for DCP mode and if the timeout
will occur.

[BH-1595] USB charger detection issues

* Fixed issues with USB charging port detection
* Fixed memory leak in usb_stack/OS integration layer
* Fixed incorrect handling of software timer
* Minor cleaning/refactor.

[BH-1595] Turned off USB/PC charging

Charging enabled only for a dedicated charger. Users won't be able
to charger while connected to the PC.

[BH-1661] E-ink display power management tweaks

Tweaks and changes required to optimize
power consumption for Harmony.

[BH-1649] Reimplement I2C communication attempts

The CW2015 driver should avoid any logic.
Thus I2C communication attempts were moved
to the BatteryCharger which is product specific.

[MOS-000] Remove redundant newlines when printing clocks

As described.

[BH-1627] Enable brownout detection

There is the possibility of hanging
the MCU due to a power glitch
if the voltage drops to 2.8V
and the system wants to use some
peripherals like the eink or the backlight.

To prevent this situation brownout
detection has been enabled
which monitors the 1.1V and 2.5V
LDO regulators. If the voltage
will drop to the trigger voltages
then the interrupt is invoked.
The interrupt checks the source
of the interrupt and then reset
the MCU using WDOG_B pin
which is connected to the main power source.

After restarting, the MCU checks
the voltage. If it is too low
the system enters SNVS mode.

[MOS-670] Change clang-format AlwaysBreakTemplateDeclarations to Yes

Add --all and --fix-all options to style-check-hook

[MOS-648] Fix USB connection/disconnection detection

If there were errors while charging the battery,
e.g. too high temperature, the detection of USB
connection/disconnection failed.

[BH-1552] Harmony crashes during startup

Fixed crashing device.
Bell temperature sensor refactor.

[BH-1552] Minor power optimization

Switched off temperature sensor and
its driver.
Minor GPIO pads configuration tweaks.

[BH-1536] Remove unneeded compilation flags

Removed -Wno-unused-variable from
module-bsp.
Fixed issues that were reported after
removing it.
Removed unneeded compile flags from
rt1051 cmake file.

[MOS-451] Drop invalid SoC

Invalid state of charge is now dropped. Invalid SoC was interpreted
as 0% battery.

[BH-1453] Fix audio on the simulator

Replaced PortAudio library with PulseAudio.
Fixed minor issues with the WorkerQueue module.

[BH-1424] FreeRTOS update

Updated FreeRTOS source code to 10.4.6.
Moved FreeRTOS sources to the third-party directory.
Added necessary changes to the CMake configuration.
Split FreeRTOSConfig.h. From now, each board has its own.
Added missing log headers.
Minor refactor of the module-os cmake.
Fixed stack overflows in bell application main and time service.

[BH-1443] Lower CPU freq before going to SNVS

Going to SNVS requires usage of periph clock
That reuires further cpu configuration changes
Easiest way is to just change cpu freq to level 2