![]() ![]() Then, edit the shadow file and use the output of the last command to replace "YOUR_PASSWORD_MD5". Root # python -c "import crypt, getpass, pwd print crypt.crypt('password', '\$6\$SALTsalt\$')" The output of this command will be used to modify the shadow file. remove last 2 lines we added from /etc/ssh/sshd_configįirst, generate a password.change the root password using the passwd command.dev/mmcblk0p1 /boot vfat noauto,noatimeđ 2Īdjust the partition devices and types to suit your needs. Root # tar xapf stage3-armv7a_ -C /mnt/funtoo Setup fstabĮdit the /mnt/funtoo/etc/fstab file to look like this: Root # mkdir /mnt/funtoo root # mount /dev/sdcard-device-px /mnt/funtooĮxtract the stage3 (it may take a while). Mount the partition that will hold your rootfs of the SD card and extract the stage3 you have downloaded. Use the subarchitecture that suits best your device. Links to ARM stage3 tarballs are in the first paragraph of this document. Enable serial console access (optional, but recommended).Enable SSH access (optional, but recommended).Configure hostname and networking (optional, but recommended).Extract stage3 to the 2nd partition of the SD card.The installation on these devices differs from the normal installation procedure of booting an installation environment and chrooting from there to your new root, and can be little bit easier, but in some cases tricky. ![]() More information about the kernel and bootloader can be found on pages specific for your device. Some of the devices look for bootloader (in most cases U-Boot) on the SD along with the kernel. You will need a network connection to be able to download stages, kernel and update your portage tree.īefore you start you will need a kernel and a bootloader for your device. Most of the ARM boards come with a SD card slot, so you will need an empty SD card (4GB is enough to get you started), in most cases the boards are also equipped with debug port which can be used with USB-to-serial cables, if you have one, you can use it to login to the machine without the need of connecting keyboards or displays. Other instructions can be found in the specific articles for the above mentioned devices. The following notes are non-board specific. The goal of this document is to provide general information about installing Funtoo Linux on an ARM device, and highlight differences with a x86 installation. Basic information about Funtoo Linux installation can be found on Funtoo Linux Installation. This document is not a complete installation tutorial. Read more about it here: )ĭefault installation of Funtoo on your platform/board The same as armv7a-unknown-linux-gnueabi, but this one uses hardfloat instead of softfp.
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