71cc399259
Buildroot currently has all of the needed packages to use Mender as the primary update system. However, there isn't any documentation or examples now that provide a starting point for users. This lack of documentation makes setting up a Mender based update system difficult and time-consuming. Provided in this patch series is a mender_x86_64_efi_defconfig of which sets up an x86_64 EFI based build that is ready to flash to a USB pen drive or use in a QEMU environment. The system partition schema comprises of two equally sized root partitions and a data partition that mounts to /var/lib/mender as a persistent data store partition. There is a board/mender/readme.txt provided, which gives users documentation on how to flash the built image or boot the image using QEMU as well. The post-build and post-image-efi scripts also have four options: -a --artifact-name: - The name of the artifact, this is added to /etc/mender/artifact_info -o --data-part-size: - The data partition size. -d --device-type - The device-type used by mender to catagorize registered devices. Signed-off-by: Adam Duskett <Aduskett@gmail.com> Signed-off-by: Mikael Bourhis-Cloarec <mikael.bourhis@smile.fr> [Romain: rebase on master (01.2022) - update genimage-efi.cfg to use GPT partition table and genimage-15 syntax - bump the kernel to 5.15.13 - Add host-libelf kernel dependency - Use BR2_TARGET_GRUB2_BUILTIN_MODULES_EFI after commit |
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aarch64-efi | ||
acmesystems | ||
altera/socrates_cyclone5 | ||
amarula | ||
andes/ae350 | ||
arcturus | ||
arm | ||
armadeus | ||
arrow/avenger96 | ||
aspeed | ||
asus/tinker | ||
atmel | ||
avnet/s6lx9_microboard | ||
bananapi | ||
beagleboardx15 | ||
beaglebone | ||
beagleboneai | ||
beaglev | ||
beelink/gs1 | ||
boundarydevices/common | ||
canaan | ||
chromebook | ||
ci20 | ||
csky | ||
cubietech/cubieboard2 | ||
embest/riotboard | ||
engicam | ||
firefly/roc-rk3399-pc | ||
freescale | ||
friendlyarm | ||
globalscale/espressobin | ||
grinn | ||
hardkernel | ||
intel/galileo | ||
kontron | ||
lego/ev3 | ||
lemaker/bananapro | ||
librecomputer/lafrite | ||
licheepi | ||
linksprite/pcduino | ||
mender/x86_64 | ||
microchip | ||
minnowboard | ||
nexbox/a95x | ||
nezha | ||
octavo | ||
olimex | ||
olpc | ||
openblocks/a6 | ||
orangepi | ||
pandaboard | ||
pc | ||
pcengines/apu2 | ||
pine64 | ||
qemu | ||
qmtech/zynq | ||
radxa | ||
raspberrypi | ||
riscv/nommu/patches/linux | ||
roseapplepi | ||
seeed/stm32mp157c-odyssey | ||
sheevaplug | ||
sifive/hifive-unleashed | ||
sinovoip | ||
sipeed | ||
solidrun | ||
spike/riscv64 | ||
stmicroelectronics | ||
synopsys | ||
technexion | ||
technologic | ||
terasic/de10nano_cyclone5 | ||
toradex/apalis-imx6 | ||
udoo | ||
uevm5432 | ||
wandboard | ||
warp7 | ||
zynq | ||
zynqmp | ||
raspberrypi0 | ||
raspberrypi0w | ||
raspberrypi2 | ||
raspberrypi3 | ||
raspberrypi3-64 | ||
raspberrypi4 | ||
raspberrypi4-64 | ||
raspberrypicm4io | ||
raspberrypicm4io-64 | ||
raspberrypizero2w |