openSUSE:OpenSUSE on your ARM board
openSUSE on your ARM board
Pre-built images for ARM boards are available:
Click on your board and follow instructions.
If no pre-built images are available for your board, download the root file system (aarch64 rootfs or armv7 rootfs) available at:
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Version: Tumbleweed aarch64
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http://download.opensuse.org/ports/aarch64/tumbleweed/images/ |
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Version: Tumbleweed armv7
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http://download.opensuse.org/ports/armv7hl/tumbleweed/images/ |
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Version: Leap 15.0 aarch64
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http://download.opensuse.org/ports/aarch64/distribution/leap/15.0/appliances/ |
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Version: Leap 15.0 armv7
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http://download.opensuse.org/ports/armv7hl/distribution/leap/15.0/appliances/ |
And make your own SD card to boot on, with first bootloader (manufacturer specific), U-Boot (configured for your board) and a kernel (configured for your board) if openSUSE does not provide it.
root password for the openSUSE prebuilt images is linux
Bootstrapping a kernel using openSUSE chroot
openSUSE does not currently ship a cross-compiler for ARM. If you don't want to compile your own, you can use a chroot'ed openSUSE rootfs on your PC.
First, download the JeOS rootfs as explained above.
$ mkdir rootfs $ sudo tar xJf openSUSE-*-ARM-*.tar.xz -C rootfs
Set up QEMU translation for ARM binaries:
# zypper in qemu-linux-user # qemu-binfmt-conf.sh
Prepare the environment:
# mount --bind /proc rootfs/proc # mount --bind /sys rootfs/sys # mount --bind /dev rootfs/dev # cp /etc/resolv.conf rootfs/etc/ # cp /usr/bin/qemu-arm* rootfs/usr/bin # chroot rootfs
You can now run commands like you would on an ARM board, for example:
# zypper ref # zypper up # zypper in gcc make SDL-devel
Either obtain kernel sources using wget, git, etc. or copy into the rootfs from the host. Then compile like you would natively. Once you're done, type
# exit
and you're back in your previous filesystem.
And do not forget to umount proc, sys and dev:
# umount rootfs/proc # umount rootfs/sys # umount rootfs/dev