ZlobniyDaemon

I don't have one, sadly

Let's go. Same username Давай, тот же username

@ditrih-bolen I am currently trying to build the image using the official script. Сейчас пытаюсь собрать образ официальным скриптом.

This didn't work for me. Boeard still not boot

For some reason i'v got this error during build [ error ] ERROR in function compile_uboot [ ./build.sh:305 -> scripts/main.sh:638 -> scripts/main.sh:524 -> scripts/compilation.sh:247 -> scripts/general.sh:0 ] [ error ] U-boot compilation failed Upd: Found an open issue with a response stating that the script does not work in Docker: https://github.com/orangepi-xunlong/orangepi-build/issues/163 Try run in WSL, but also has an error, telling WSL is not supported by skript I'll try to install Ubuntu on my old laptop and run it there.

It's on the next branch. I don't understand, how to launch this build script Upd:I feel so dumb. Figured it out.

https://github.com/orangepi-xunlong/orangepi-build/tree/next The build script does not include OPI4a. The build for OPI4, as expected, does not run. Or i'm too lame, and don't understand, how i could duild it for OPT4a

Is it possible that there are any non-minimal builds on earlier kernel versions?

Does this need to be done in the already assembled image or in the files before assembly?

I would be glad, but I really need CAN BUS support, which is not available in the official images. I haven't been able to add CAN kernel modules to the official image by any means. HDMI is not the most essential feature. If SSH and CAN work correctly, that will suffice for me as a temporary solution even over an extended period.

While I was writing the message, Nick A already replied. I'll check it now and let you know the result. Does this mean that HDMI will not work at all with this image?

I'm continuing to try compiling the image. I created a file named "orangepi-4a-dts.csc" with the following content (idk is that correct) # Allwinner Cortex-A55 octa core 2/4GB RAM SoC USB3 USB-C 2x GbE BOARD_NAME="Orangepi-4a" BOARDFAMILY="sun55iw3" BOARD_MAINTAINER="Nick A" BOOTCONFIG="radxa-a5e_defconfig" OVERLAY_PREFIX="sun55i-a527" BOOT_LOGO="desktop" KERNEL_TARGET="edge" function post_family_tweaks__radxa_cubie-a5e() { display_alert "Applying wifi firmware" pushd "$SDCARD/lib/firmware" ln -s "aic8800/SDIO/aic8800D80" "aic8800_sdio" # use armbian-firmware popd } placed it in /build/config/boards. started the build with the command ./compile.sh EXPERT="yes" KERNEL_GIT="FULL" Select Show a kernel configuration menu before compilation (just for check is CAN из selected) Board: orangepi-4a-dts Kernel: edge Release package base: bookworm Image type: Image with console interface (server) Standard image with console interface Run build Flash with BalenaEtcher to eMMC and try to start my OPI4A And again, no any kind of activity after board starts, only red led is light up Build log attached. Please, help with bilding img for this board log-build-no-uuidgen-yet-8696-91019.log.ans

Tonight, I finally managed to build an image on the OPI4a itself. However, after writing it to the eMMC using Balena Etcher, the board did not boot. If I understood Nick A's message correctly: 'Orangepi 4a uses the same radxa-a5e_defconfig. https://github.com/warpme/minimyth2/blob/master/script/bootloaders/board-t527.orangepi_4a/Makefile', I needed to select the radxa-a5e board from the list. Here's what I did: bash git clone https://github.com/NickAlilovic/build.git --branch warpme-6.12 --single-branch cd build ./compile.sh I selected the radxa-a5e board, edge, bookworm, server, standard. The image was compiled, and then I wrote it to the eMMC via Balena Etcher. After powering on, the board shows no signs of activity. I suspect that some patch or bootloader was not included in the image. Unfortunately, my knowledge is insufficient to understand what I did wrong and how to fix the issue. I kindly ask for your help.

Hello everyone! I apologize for using a neural translation, but I'm as not strong in English as I am in assembling Linux. I have purchased an OrangePI 4A to use as a host for Klipper on my 3D printer, but I encountered a problem: none of the official images include CAN bus support modules, which are absolutely essential for me. Unfortunately, I was unable to build an image myself using WSL. Could someone here share a compiled image for this board with CAN modules included?