- only known bug so far: Somehow the entire screen has been rotated 180 degrees, making the touch screen not align with the graphics (can rotate in settings)
- probably an easy fix, but finished for tonight.
* Bump to 4.18, removing the obvious, fixing build problems, put some on waiting.
* Pin 4.18 to DEV, rollback 4.14 to NEXT, adjust configs, remove one deprecated patch from NEXT and add board-h3-address-some-stability-issues.patch
* Adjust few boards in development to new reality, removing it from NEXT for now
* Adjust few board configs
* Board config adjustement
* Adjust few boards configs
* Port NeoCore2 and Neo21.1 to 4.14.y
* Adjust board config
* Adjust board config
-- Thanks again to @ntemis for bringing these together and letting me know about it
- Tinker reboot now seemingly solved by a proper method, should no longer require OF workarounds
- various fixes from various sources, see patches for complete information.
- boots, still needs debugging of BT/touchscreen/sound
- some patch warnings exist, again WIP update for those willing to take a look. (@chwe17 perhaps?)
Based on work of David Huang https://github.com/hjc4869 Changed in the transition:
- firefly family was renamed to rk3399, which we actually never started to use. It was made for Odroid N1, which will never be sold
- adjusted compiler toolchain2 parameter
- added standard wireless drivers
- kernel config with the following changes: Docker dependencies, ZRAM, CPUfreq info, ...
- added upstream patches
- made test Ubuntu Bionic desktop and CLI Stretch build, bootlog: http://ix.io/1jVu
TBD: wifi and BT support, mainline kernel, ...
This change introduces a method for U-Boot to perform board version detection at boot and
update the required board DT to load. This process is used to detect the NEO2 board revision
and load the v1.1 NEO2 DT for v1.1 NEO2 boards.
There are two versions of the NanoPi NEO2 board; this change adds the default DT for the
v1.1 board. It includes the correct LED configuration and the MP2143DJ VDD regulator
definition.
This patch enables access to the R_PIO GPIO bank within the U-Boot SPL for the H3 and
H5. This secondary GPIO bank should be available in the SPL just as the PIO bank is,
as there can be need to access these GPIOs during initial board startup.
