forked from brl/citadel
installer is good now
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99
docs/howto.md
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99
docs/howto.md
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# How to make rootfs writable
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1. Open Citadel terminal
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2. Su to root
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$ su
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3. Remount root as read-write
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# mount -o remount,rw /
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# How to change timezone
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1. Make rootfs writable
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2. Run Setting application in Gnome, change timezone in Details -> Date & Time
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# How to change Gnome lock screen passwd
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1. Open Citadel terminal
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2. Generate new password with openssl
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$ openssl passwd
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Password:
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Verifying - Password:
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sGYyWXqDuh64g
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3. Su to root
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$ su
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4. Make rootfs writable
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# mount -o remount,rw /
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5. Copy new password hash into /etc/shadow
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# vim /etc/shadow
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# How to install image update
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1. Open Citadel terminal
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2. Su to root
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3. Determine if current boot is from rootfsA or rootfsB. Make sure you don't overwrite the currently mounted rootfs partition!
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# findmnt /
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TARGET SOURCE FSTYPE OPTIONS
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/ /dev/mapper/citadel-rootfsA ext2 rw,relatime,errors=continue,user_xattr
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4. Locate the rootfs update image you want to install
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# file /storage/user-data/primary-home/citadel-image-intel-corei7-64.ext2
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/storage/user-data/primary-home/citadel-image-intel-corei7-64.ext2: Linux rev 1.0 ext2 filesystem data, UUID=d9dd20e9-9286-4c60-9dc3-37c68e36481c (large files)
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5. Write to the correct partition with dd command.
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# dd if=/storage/user-data/primary-home/citadel-image-intel-corei7-64.ext2 of=/dev/mapper/citadel-rootfsB bs=4M
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255+1 records in
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255+1 records out
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1071823872 bytes (1.1 GB, 1022 MiB) copied, 3.01726 s, 355 MB/s
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6. Sync just to be sure everything is flushed to disk, then reboot into new image.
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# sync
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# reboot
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# How to have hardware graphics acceleration for applications
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1. Open Citadel terminal
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2. Su to root
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3. Make rootfs writable
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# mount -o remount,rw /
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4. Enable /dev/dri/renderD128 bind mount in primary.nspawn file
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# vim /etc/systemd/nspawn/primary.nspawn
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# How to use Qemu?
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1. Open Citadel terminal
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2. Su to root
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3. Make rootfs writable
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# mount -o remount,rw /
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4. Enable /dev/kvm bind mount in primary.nspawn file
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# vim /etc/systemd/nspawn/primary.nspawn
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59
scripts/create_install_pack
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59
scripts/create_install_pack
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#!/bin/bash
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SCRIPT=$(realpath ${BASH_SOURCE})
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IMAGES=$(realpath $(dirname ${SCRIPT})/../build/images/)
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image_file() {
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local fname=$(readlink -f ${IMAGES}/${1})
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if [[ ! -f ${fname} ]]; then
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>&2 printf "File ${fname} does not exist\n"
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exit 1
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fi
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printf $fname
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}
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EFIBOOT=$(image_file systemd-bootx64.efi)
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KERNEL=$(image_file bzImage)
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ROOTFS=$(image_file citadel-image-intel-corei7-64.ext2)
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USER_ROOTFS=$(image_file ../debootstrap/user-rootfs.tar.xz)
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HOWTO=$(image_file ../../docs/howto.md)
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INSTALL_SH=$(image_file ../../scripts/install.sh)
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KERNEL_CMDLINE="add_efi_memmap intel_iommu=off cryptomgr.notests rcupdate.rcu_expedited=1 rcu_nocbs=0-64 tsc=reliable no_timer_check noreplace-smp i915.fastboot=1 quiet splash"
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INSTALLPACK=/tmp/installpack
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BOOTPATH=${INSTALLPACK}/boot
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make_loader_conf() {
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echo "default bootA"
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echo "timeout 5"
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}
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make_boot_conf() {
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echo "title Subgraph OS (Citadel) [Root Partition ${1}]"
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echo "linux /bzImage"
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echo "options LABEL=Boot root=/dev/mapper/citadel-rootfs${1} ${KERNEL_CMDLINE}"
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}
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setup_boot() {
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mkdir -p ${BOOTPATH}/EFI/BOOT
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mkdir -p ${BOOTPATH}/loader/entries
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cp ${EFIBOOT} ${BOOTPATH}/EFI/BOOT/bootx64.efi
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cp ${KERNEL} ${BOOTPATH}/bzImage
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make_loader_conf > ${BOOTPATH}/loader/loader.conf
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make_boot_conf 'A' > ${BOOTPATH}/loader/entries/bootA.conf
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make_boot_conf 'B' > ${BOOTPATH}/loader/entries/bootB.conf
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}
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rm -rf /tmp/installpack
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mkdir -p /tmp/installpack/components
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setup_boot
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cp ${ROOTFS} /tmp/installpack/components/citadel-image-rootfs.ext2
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cp ${USER_ROOTFS} /tmp/installpack/components/
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cp ${HOWTO} /tmp/installpack/components/
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cp ${INSTALL_SH} /tmp/installpack
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chmod +x /tmp/installpack/install.sh
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tar -C /tmp -cvf installpack.tar installpack
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scripts/install.sh
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178
scripts/install.sh
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#!/bin/bash
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set -e
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set -u
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blkdev_info() {
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local model=$(< /sys/block/${1}/device/model)
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local size=$(printf "%sG" $(( $(</sys/block/${1}/size) >> 21 )))
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printf " Device: /dev/${1}\n"
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printf " Size: ${size}\n"
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printf " Model: ${model}\n"
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}
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errormsg() {
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printf "Failed: ${1}\n"
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exit 1
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}
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info() {
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printf "[+] ${1}\n"
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}
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passphrase=""
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ask_passphrase() {
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local p1 p2
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for i in {1..3}
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do
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read -s -p "Enter passphrase for disk encryption: " p1
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echo
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read -s -p " Confirm passphrase: " p2
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echo
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if [[ ${p1} != ${p2} ]]; then
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printf "THe passphrases did not match\n"
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elif [[ -z ${p1} ]] ; then
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printf "Passphrase cannot be empty\n"
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else
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passphrase=${p1}
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return
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fi
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done
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errormsg "Too many attempts, Unable to set disk encryption passphrase"
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}
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confirm_device() {
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if [[ ! -b ${1} ]]; then
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errormsg "No block device '${1}' found"
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fi
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local base=$(basename ${1})
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if [[ ! -e /sys/block/${base}/device ]]; then
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errormsg "Unable to find device path /sys/block/${base}/device"
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fi
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printf "Are you sure you want to overwrite this device\n\n%s\n\n" "$(blkdev_info ${base})"
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read -p "Type YES (uppercase) to continue: " confirm
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if [[ ${confirm} != "YES" ]]; then
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echo "Install not confirmed, exiting."
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exit 1
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fi
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}
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LUKS_UUID="683a17fc-4457-42cc-a946-cde67195a101"
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partition_device() {
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local PARTED="parted -a optimal ${1}"
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${PARTED} -s mklabel gpt
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${PARTED} mkpart boot fat32 0% 512MiB
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${PARTED} set 1 boot on
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${PARTED} mkpart data ext4 512MiB 100%
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${PARTED} set 2 lvm on
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}
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setup_luks() {
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# /dev/sdb2
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local TARGET_LVM=${1}2
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printf "${passphrase}" | cryptsetup -q --uuid=${LUKS_UUID} luksFormat ${TARGET_LVM} -
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printf "${passphrase}" | cryptsetup open --type luks --key-file - ${TARGET_LVM} luks-install
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}
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setup_lvm() {
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pvcreate -ff --yes /dev/mapper/luks-install
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vgcreate --yes citadel /dev/mapper/luks-install
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lvcreate --yes --size 2g --name rootfsA citadel
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lvcreate --yes --size 2g --name rootfsB citadel
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lvcreate --yes --extents 100%VG --name storage citadel
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}
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setup_disk() {
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[[ $# -ne 1 ]] && usage
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confirm_device ${1}
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ask_passphrase
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info "Deactivating device ${1}"
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blkdeactivate ${1} >> install.log 2>&1
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info "Partitioning device ${1}"
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partition_device ${1} >> install.log 2>&1
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info "Setting up LUKS disk encryption on partition ${1}2"
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setup_luks ${1} >> install.log 2>&1
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info "Creating LVM volumes inside LUKS volume"
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setup_lvm >> install.log 2>&1
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info "Creating vfat filesystem on EFI system partition ${1}1"
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mkfs.vfat -F 32 ${1}1 >> install.log 2>&1
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info "Creating btrfs filesystem on storage volume"
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mkfs.btrfs /dev/mapper/citadel-storage >> install.log 2>&1
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lsblk -o NAME,SIZE,TYPE,FSTYPE ${1} >> install.log
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}
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unmount_disk() {
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info "Closing LVM volumes"
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vgchange -an citadel >> install.log 2>&1
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info "Closing LUKS volume"
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cryptsetup luksClose luks-install
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}
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install() {
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local MNT="install-mnt"
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mkdir -p install-mnt
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info "Mounting EFI system partition ${1}1"
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mount ${1}1 install-mnt
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info "Installing boot tree to EFI system partition"
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cp -R boot/* install-mnt
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info "Unmounting EFI system partition"
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umount ${1}1
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local PRIMARY_HOME="${MNT}/user-data/primary-home"
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local PRIMARY_ROOTFS="${MNT}/appimg/primary/rootfs"
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info "Mounting storage partition"
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mount /dev/mapper/citadel-storage ${MNT}
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info "Installing base appimg tree"
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mkdir -p ${PRIMARY_ROOTFS}
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ln -s primary ${MNT}/appimg/default.appimg
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tar -C ${PRIMARY_ROOTFS} -xf components/user-rootfs.tar.xz
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mkdir -p ${PRIMARY_HOME}
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cp components/howto.md ${PRIMARY_HOME}
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cp ${PRIMARY_ROOTFS}/home/user/{.bashrc,.profile} ${PRIMARY_HOME}
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chown -R 1000:1000 ${PRIMARY_HOME}
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info "Unmounting storage partition"
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umount /dev/mapper/citadel-storage
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info "Writing citadel image to rootfsA partition"
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dd if=components/citadel-image-rootfs.ext2 of=/dev/mapper/citadel-rootfsA bs=4M >> install.log 2>&1
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#info "Writing citadel image to rootfsB partition"
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#dd if=components/citadel-image-rootfs.ext2 of=/dev/mapper/citadel-rootfsB bs=4M >> install.log 2>&1
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}
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usage() {
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printf "Usage:\n"
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printf "\t\t./install.sh [<block device>]\n\n"
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exit 1
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}
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if [[ $# -eq 0 ]]; then
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usage
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fi
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setup_disk ${1}
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install ${1}
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unmount_disk
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sync
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info "Install completed successfully"
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@ -1,147 +0,0 @@
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#!/bin/bash
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# tips here https://github.com/systemd/systemd/issues/6381
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set -u
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set -e
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#set -x
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SCRIPT=$(realpath ${BASH_SOURCE})
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IMAGES=$(realpath $(dirname ${SCRIPT})/../build/images/)
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image_file() {
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local fname=$(readlink -f ${IMAGES}/${1})
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if [[ ! -f ${fname} ]]; then
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>&2 printf "File ${fname} does not exist\n"
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exit 1
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fi
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printf $fname
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}
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EFIBOOT=$(image_file systemd-bootx64.efi)
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KERNEL=$(image_file bzImage)
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ROOTFS=$(image_file citadel-image-intel-corei7-64.ext2)
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UUID="683a17fc-4457-42cc-a946-cde67195a101"
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KERNEL_CMDLINE="add_efi_memmap intel_iommu=off cryptomgr.notests rcupdate.rcu_expedited=1 rcu_nocbs=0-64 tsc=reliable no_timer_check noreplace-smp i915.fastboot=1 quiet splash"
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MOUNT_PATH=/tmp/citadel-boot-mount
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TARGET=/dev/sdb
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TARGET_BOOT=${TARGET}1
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TARGET_LVM=${TARGET}2
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PARTED="parted -a optimal ${TARGET}"
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is_mounted() {
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echo "is mounted $1"
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for mnt in $(awk '{print $1}' < /proc/self/mounts); do
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[[ $mnt == $1 ]] && return 0
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done
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return 1
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}
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unmount_partition() {
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echo "unmount partition $1"
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if ! is_mounted $1 ; then
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printf "$1 is not mounted\n"
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return
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fi
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}
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unmount_device() {
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echo "unmount device"
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for p in ${TARGET}*; do
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is_mounted $p && unmount_partition $p
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done
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echo "done unmount device"
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}
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remove_volume() {
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local vg
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# find volume group name
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vg=$(pvs --noheadings -o vg_name ${1})
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# echo to strip whitespace
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[[ -n $(echo -n ${vg}) ]] && vgremove ${vg}
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pvremove ${1}
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}
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remove_volumes() {
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echo "remove volumes"
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for p in ${TARGET}*; do
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pvs ${p} && remove_volume ${p}
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done
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return 0
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}
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partition_device() {
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${PARTED} -s mklabel gpt
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${PARTED} mkpart boot fat32 0% 512MiB
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${PARTED} set 1 boot on
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${PARTED} mkpart data ext4 512MiB 100%
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${PARTED} set 2 lvm on
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mkfs.vfat -F 32 ${TARGET_BOOT}
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}
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setup_luks() {
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printf "subgraph" | cryptsetup -q --uuid=${UUID} luksFormat ${TARGET_LVM} -
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printf "subgraph" | cryptsetup open --type luks --key-file - ${TARGET_LVM} e1
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}
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setup_lvm() {
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pvcreate -ff --yes /dev/mapper/e1
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vgcreate --yes citadel /dev/mapper/e1
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#pvcreate -ff ${TARGET_LVM}
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#vgcreate --yes citadel ${TARGET_LVM}
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lvcreate --yes --size 2g --name rootfsA citadel
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lvcreate --yes --size 2g --name rootfsB citadel
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lvcreate --yes --extents 100%VG --name storage citadel
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mkfs.ext4 /dev/mapper/citadel-storage
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}
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make_loader_conf() {
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echo "default bootA"
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echo "timeout 5"
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}
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make_boot_conf() {
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echo "title Subgraph OS (Airwolf Edition) [Root Partition ${1}]"
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echo "linux /bzImage"
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echo "options LABEL=Boot root=/dev/mapper/citadel-rootfs${1} ${KERNEL_CMDLINE}"
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}
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setup_efi() {
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mkdir -p ${MOUNT_PATH}
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mount ${TARGET_BOOT} ${MOUNT_PATH}
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mkdir -p ${MOUNT_PATH}/EFI/BOOT
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mkdir -p ${MOUNT_PATH}/loader/entries
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cp ${EFIBOOT} ${MOUNT_PATH}/EFI/BOOT/bootx64.efi
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cp ${KERNEL} ${MOUNT_PATH}/bzImage
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make_loader_conf > ${MOUNT_PATH}/loader/loader.conf
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make_boot_conf 'A' > ${MOUNT_PATH}/loader/entries/bootA.conf
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make_boot_conf 'B' > ${MOUNT_PATH}/loader/entries/bootB.conf
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umount ${MOUNT_PATH}
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rmdir ${MOUNT_PATH}
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}
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write_root() {
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echo "writing rootfsA"
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dd if=${ROOTFS} of=/dev/mapper/citadel-rootfsA bs=4M status=progress
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sync
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}
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blkdeactivate -v ${TARGET}
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unmount_device
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remove_volumes
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partition_device
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setup_luks
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setup_lvm
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setup_efi
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write_root
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vgchange -a n citadel
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cryptsetup close e1
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