Both have the same problem starting slow. The fix for this is on its way. It takes a bit more than 10 minutes before the RPi1 system really starts the start up process. I could follow this process because I had these systems connected via HDMI to my TV monitor. The set up of RPi1 also takes about 10 minutes. O.a. a new initrd is being build. The start of the RPi2 is repeating itself and never finishes.
After the slow start RPi1 end up in a workable state in a headless situation. I can connect via ssh to the system via the Ethernet connection. I tried a zypper up, and as to be expected: Nothing to do. On the RPi1 I updated libstorage6 libstorage-ruby to my own earlier generated versions. After this "yast network" works. I changed nothing in the network configuration. However I add an LLADDR=<MAC address> to /etc/sysconfig/network/ifcfg-eth0 right after the xzcat process on my desktop. So I know what IP-address the RPi systems get from my DHCP server. After closing down the RPi1 system using "shutdown -r now", the RPi1 system does not boot anymore. There is no output via HDMI anymore. Not even the small messages I saw when booting the freshly made SD card. So I assume the BOOT partition is not properly build. I assume the UEFI partition is not touched in the set up process. The RPi2 system does not work. On my TV monitor the first 3 characters on a line are not displayed. I searched for a solution and found that setting overscan_left and overscan_right in config.txt on the UEFI partition could solve this problem. I tried 16 and 24. It does not seem to have any effect, except when setting these values to 20, in which case the I get a distorted display. -- fr.gr. member openSUSE Freek de Kruijf -- To unsubscribe, e-mail: opensuse-arm+unsubscr...@opensuse.org To contact the owner, e-mail: opensuse-arm+ow...@opensuse.org
