PUBLIC_REPOS/buildroot: Buildroot is a simple, efficient and easy-to-use tool to generate embedded Linux systems through cross-compilation. The documentation can be found in docs/manual. You can generate a text document with 'make manual-text' and read output/docs/manual/manual.text. Online documentation can be found at http://buildroot.org/docs.html

Kory Maincent b71d7eae59 board/octavo: Add FORCE_CHECK_HASHES config and custom hashes		5 mesi fa
..
linux-dts	04ae71b567 configs/octavo_osd32mp1_brk: update BSP components	2 anni fa
overlay	0380696669 configs/octavo_osd32mp1_brk: new defconfig	3 anni fa
patches	b71d7eae59 board/octavo: Add FORCE_CHECK_HASHES config and custom hashes	5 mesi fa
tfa-dts	04ae71b567 configs/octavo_osd32mp1_brk: update BSP components	2 anni fa
genimage.cfg	04ae71b567 configs/octavo_osd32mp1_brk: update BSP components	2 anni fa
readme.txt	0380696669 configs/octavo_osd32mp1_brk: new defconfig	3 anni fa

		
				readme.txt
			
				OSD32MP1-BRK

Intro
=====

This configuration supports the OSD32MP1-BRK platform:

  https://octavosystems.com/octavo_products/osd32mp1-brk/

How to build
============

 $ make octavo_osd32mp1_brk_defconfig
 $ make

How to write the microSD card
=============================

Once the build process is finished you will have an image called
"sdcard.img" in the output/images/ directory.

Copy the bootable "sdcard.img" onto an microSD card with "dd":

  $ sudo dd if=output/images/sdcard.img of=/dev/sdX

Boot the board
==============

 (1) Insert the microSD card.

 (2) Plug an USB-SERIAL cable on the RX, TX and GND pins

 (3) Plug a micro-USB cable to power-up the board.

 (4) The system will start, with the console on UART.