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Anybody here with the Opi 5 Pro? Does it need the same change? https://github.com/armbian/build/pull/8568

I just wanted to interject that I ran into the same (non?)-issue on the 25.8.1 trixie minimal image using a rpi400. armbianmonitor -u

I have only ever seen mmcblk?boot? Partitions on media that was setup for Android as the A/B is part of how Android installs updates and can fall back to the previous version. I've never seen them on an Armbian created media.

It's worth noting that you don't have to necessarily change anything in the build process. As long as you plan to not insert partitions in the middle, you can: write the image to the card with parted, resize the root partition to whatever you want make a new partition If you want to have more than 4 partitions total, this works best with GPT partition table, but legacy msdos works too with a little more effort `fsck.ext4 -f /dev/foo` where foo is the root partition `resize2fs /dev/foo` after you have the machine booted, you can then mkfs the new partition [you could probably do it in advance of booting the system too] I do this regularly, b/c I typically only partition about 1/2 or 1/4 of the SD card to leave the rest for wear-leveling. Are you trying to do this as a one-off or are you trying to do it for a dozen or more SBCs of the same type?

As per documentation, run on a compatible host: git clone https://github.com/armbian/build cd build ./compile.sh Follow screen menus. Build system will download necessary toolchain, sources, patches, etc and build an image. Whether or not it will work depends on whether sources/patches for a particular board deviated from the hardware due to time or bugs. If someone is regularly testing then image likely will be ok, if not then image might work or not. If the board has community maintained status, then it is up to its users to test/develop/send patches in GitHub. If necessary, it is possible to play with sources, configs, develop and place extra patches, etc. At times it looks not that straightforward, so there will be a learning curve.

If I have not researched incorrectly, the Rock Pi S0 has microSD, USB, and Ethernet to access external storage, but you have not provided any information about which options are available in your specific case.

I guess they are free to spend that time to develop own samba implementation

I don't think I can condone changing a very, very security-relevant part of your setup without fully understanding its implications. So, it's good you ask here. I can't answer it off the top of my hat, but maybe somebody else can chime in. I don't think I would bother for the sake of 5 seconds. Are you logging in and out all the time? By the way, PAM is short for pluggable authentication module, so you are disabling an authentication mechanism.

@Ducdanh Nguyenyour axp chip should look similar to this

@fevangelou nice guide. THX! but maybe it would be best to have the instruction in an separate topic! in best case it gets also pinned. so new users can find it much easier than scrolling though 18 pages (in this thread. there is also the 4gb thread) to find it......

Yes I'm aware that I can only rely on the community for any help or tip. I'm now considering to revert back to a bullseye setup with a 5.10 Radxa kernel, but I was kind of reluctant to keep an old version of Debian as my Rockpi is accessible from ouside my network... The Rockpi is powered by a PoE hat, it never had any issue so far but maybe the PoE management is the culprit. I'll try an use the Rockpi with a traditional power supply, but in any case if this is the issue it won't be a sustainable solution for my target setup.

Thanks @eselarm for the input that this should work. So I tested it. And it does! I leave a few hints for anyone who wants to replicate. When creating a new image layout working directly with the image files was the fastest for me. So you need to download one original Armbian image. I used a minimal cli image. Image preparations Create a new image file (e.g. with dd) that will be partitioned like described above. Copy all the first sectors until the first partition starts from the original image to the new image. This will copy the original partition table but more importantly also the uboot bootloader into the new image (32768 sectors = 16MB). Partitioning Partition the new image as described above (e.g. with fdisk/sfdisk) and format the new partitions. One smaller boot partition (e.g. 512MB, ext4) and two bigger root partitions (e.g. 3GB, ext4). I will use the terms rootA and rootB for the two new root partitions in the new image from here on. Get the UUIDs of the newly created boot and rootA partition of the new image (e.g. lsblk/blkid). Most likely instead of using two separate ext4 rootA and rootB partitions one bigger btrfs partition and the usage of subvolumes could be possible. But I did not test this. Copy boot and adjust Mount the new boot partition and create directories bootA and bootB and a relative symlink boot pointing to bootA. Place all files from the original image’s /boot directory into bootA of the new image. Adjust the UUID line in armbianEnv.txt that still points to the original image’s root partition to the rootA UUID from the new image. Copy root and adjust Mount rootA and copy all the files from the original image into it. Remove all files from the /boot directory in rootA as we will mount the boot partition into this directory anyway and do not want to get mixed up. Create a new directory /rawBoot in rootA. Edit the fstab of rootA and change the UUID that still points to the original image’s root partition to the rootA UUID. Add a line to fstab to mount the boot partition of the new image into /rawBoot. Add a line to fstab to bind mount the directory /boot of /rawBoot into /boot of rootA. Add an empty file /root/.no_rootfs_resize in rootA to avoid the partitions being changed if the original image was never booted before. I did all of the above also with an archived older Armbian image and put that into rootB (and bootB). With this setup we now have two separated OS versions. They can be switched by simply changing the boot symlink to bootA or bootB and reboot. Because we used bind mount we can also do kernel upgrades which end up in the correct directory. As all of the steps are easily automatable by a shell script we can now download a new earlier prepared update package place its content into the other boot directory and partition adjust their UUIDs (and maybe copy SSH keys and machine-id if we want to keep system identity) and change a symlink. If we need to go back to the older image just the symlink needs to changed back. Either from within a running system or if that is not possible by taking the card out and doing this externally. As I said earlier this A+B update scheme is not as robust as other tools. But we can stay with prebuilt images from Armbian that can be locally configured the way we want it. After this an update package can be created and distributed which could also contain a new uboot. If this is tested well before distribution I guess most errors that make the other tools so robust can be avoided.

I had the precise information about data-offset from "--examine" mdadm command, and also I was in raid1, that's far less sensitive to error than raid5 or raid0 for example. I would not have been surprised that the resync, if taken to the end, would have worked... But I will never know. As far as I know, I get the data back and I'm very lucky and happy. Thank you

@dale you need a display overlay that is compatible with tm16xx. OpenVFD overlays are NOT supported. You can read README.md and dt-bindings documentation at https://github.com/jefflessard/tm16xx-display But note that there has been many changes recently to the code base since the driver is currently in review process to be upstreamed into mainline kernel (targeting v6.18). So double check which bindings version format has been integrated into Armbian rockchip64. The GitHub repo also contains a vfd-convert utility to automatically convert OpenVFD configuration files to expected tm16xx DTSO. But : 1. It requires OpenVFD conf file, not dtso. 2. You may need to go through file history to get the version matching of what has been integrated into Armbian rockchip64.

Customizing image and customizing kernel are different tasks. For latter use the code { font-family: Consolas,"courier new"; color: crimson; background-color: rgba(0, 0, 0, 0.2); padding: 2px; font-size: 105%; } kernel-config command and then copy over the created config file from output to userpatches. The framework will look for custom kernel configuration files and uses them if they're detected. More details here: https://zuckerbude.org/armbian-using-kernel-config/

That seems to have gone away. ? SNILMERG... Now using very small but 1920x1080 screen, xfce terminal text is about 7 microns tall, way too small for my ancient eyes, Simplified keyboard. ctrl&shift&+ magnify's text but when big enough to read, bottom of xfce4 terminal is offscreen below bottom of screen, so cannot see command line. Is there a keycode combo that expands text independently from terminal window size? Thank you.

Armbian kernel and BSP Debian/Ubuntu userland

You are still using an old Linux. You need Linux 6.13 or newer. You need to build your own Armbian OS. Also, don't forget the cma=256M kernel argument

removed

reopening after moving to "Software / Applications / Userspace"

You realized the wrong thing: the topic is actual but this is not a forum where to discuss about Android or stock firmwares

Anyone an idea?

Yup, I opened a bug report about this on his github, I have yet to receive an answer. I'm having trouble figuring out if it's a hardware issue or a software issue, since I don't have a second bug to test at the same time. When I try the Makerbase OS on this same board, I don't have connectivity either, but at least, the link led turns on and off with the cable connect/disconnect.

Did you try to build the image with compile.sh and this following setting? INCLUDE_HOME_DIR=yes See https://docs.armbian.com/Developer-Guide_Build-Switches/#advanced

Yeah, also on my laptop (Arch with upstream 6.16 kernel) this problem does not happen, so it shouldn't be because of specific patches to the rtw88 kernel in the RPi kernel repo. It only happens when I use the kernel built with Armbian build system. I am completely clueless about what could be causing this 🤷‍♂️