Le0xFF/VoidLinuxInstaller
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VoidLinuxInstaller/vli.sh
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#! /bin/bash
# Author: Le0xFF
# Script name: vli.sh
# Github repo: https://github.com/Le0xFF/VoidLinuxInstaller
#
# Description: My first attempt at creating a bash script, trying to converting my gist into a bash script. Bugs are more than expected.
# https://gist.github.com/Le0xFF/ff0e3670c06def675bb6920fe8dd64a3
#
# Catch kill signals
trap "kill_script" INT TERM QUIT
# Variables
## Can be manually modified
user_drive=''
boot_partition=''
root_partition=''
boot_label=''
root_label=''
current_xkeyboard_layout=''
user_keyboard_layout=''
## Better not change them
drive_partition_selection='0'
encryption_yn='n'
luks_ot=''
encrypted_name=''
encrypted_partition=''
lvm_yn='n'
vg_name=''
lv_root_name=''
lvm_partition=''
final_drive=''
hdd_ssd=''
# Constants
regex_GPT="[Gg][Pp][Tt]"
regex_YES="[Yy]"
regex_NO="[Nn]"
regex_BACK="[Bb][Aa][Cc][Kk]"
regex_EFISTUB="[Ee][Ff][Ii][Ss][Tt][Uu][Bb]"
regex_GRUB2="[Gg][Rr][Uu][Bb][2]"
regex_ROOT="[Rr][Oo][Oo][Tt]"
regex_FAT32="[Vv][Ff][Aa][Tt]"
void_packages_repo="https://github.com/void-linux/void-packages.git"
# Colours
BLUE_LIGHT="\e[1;34m"
BLUE_LIGHT_FIND="\033[1;34m"
GREEN_DARK="\e[0;32m"
GREEN_LIGHT="\e[1;32m"
NORMAL="\e[0m"
NORMAL_FIND="\033[0m"
RED_LIGHT="\e[1;31m"
BLACK_FG_WHITE_BG="\e[30;47m"
# Functions
function press_any_key_to_continue {
echo -e -n "${BLACK_FG_WHITE_BG}[Press any key to continue...]${NORMAL}"
read -n 1 -r _key
}
function kill_script {
echo -e -n "\n\n${RED_LIGHT}Kill or quit signal captured.\nUnmonting what should have been mounted, cleaning and closing everything...${NORMAL}\n\n"
if findmnt /mnt &>/dev/null; then
umount --recursive /mnt
fi
if [[ "$lvm_yn" == "y" ]] || [[ "$lvm_yn" == "Y" ]]; then
lvchange -an /dev/mapper/"$vg_name"-"$lv_root_name"
vgchange -an /dev/mapper/"$vg_name"
fi
if [[ "$encryption_yn" == "y" ]] || [[ "$encryption_yn" == "Y" ]]; then
cryptsetup close /dev/mapper/"$encrypted_name"
fi
if [[ -f "$HOME"/chroot.sh ]]; then
rm -f "$HOME"/chroot.sh
fi
echo -e -n "\n${GREEN_LIGHT}Everything's done, quitting.${NORMAL}\n\n"
exit 1
}
function check_if_bash {
if [[ "$(/bin/ps -p $$ | awk 'NR==2 {print $4}')" != "bash" ]]; then
echo -e -n "Please run this script with bash shell: \"bash vli.sh\".\n"
exit 1
fi
}
function check_if_run_as_root {
if [[ "$UID" != "0" ]]; then
echo -e -n "Please run this script as root.\n"
exit 1
fi
}
function check_if_uefi {
if ! grep efivar -q /proc/mounts; then
if ! mount -t efivarfs efivarfs /sys/firmware/efi/efivars/ &>/dev/null; then
echo -e -n "Please run this script only on a UEFI system."
exit 1
fi
fi
}
function create_chroot_script {
if [[ -f "$HOME"/chroot.sh ]]; then
rm -f "$HOME"/chroot.sh
fi
cat >>"$HOME"/chroot.sh <<'EndOfChrootScript'
#! /bin/bash
# Variables
bootloader_id=''
bootloader=''
newuser_yn='n'
# Functions
function press_any_key_to_continue {
echo -e -n "${BLACK_FG_WHITE_BG}[Press any key to continue...]${NORMAL}"
read -n 1 -r _key
}
# Source: https://www.reddit.com/r/voidlinux/comments/jlkv1j/xs_quick_install_tool_for_void_linux/
function xs {
xpkg -a |
fzf -m --preview 'xq {1}' --preview-window=right:66%:wrap |
xargs -ro xi
press_any_key_to_continue
}
function header_ic {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Chroot${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######${NORMAL} ${GREEN_LIGHT}Initial configuration${NORMAL} ${GREEN_LIGHT}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function initial_configuration {
clear
header_ic
# Root password
echo -e -n "\nSetting ${BLUE_LIGHT}root password${NORMAL}:\n"
while true; do
echo
if passwd root; then
break
else
echo -e -n "\n${RED_LIGHT}Something went wrong, please try again.${NORMAL}\n\n"
press_any_key_to_continue
echo
fi
done
echo -e -n "\nSetting root permissions...\n"
chown root:root /
chmod 755 /
echo -e -n "\nEnabling wheel group to use sudo...\n"
echo "%wheel ALL=(ALL) ALL" >/etc/sudoers.d/10-wheel
echo -e -n "\nExporting variables that will be used for fstab...\n"
export LUKS_UUID=$(blkid -s UUID -o value "$root_partition")
export ROOT_UUID=$(blkid -s UUID -o value "$final_drive")
echo -e -n "\nWriting fstab...\n"
sed -i '/tmpfs/d' /etc/fstab
cat <<EOF >>/etc/fstab
# Root subvolume
UUID=$ROOT_UUID / $(blkid --match-tag TYPE --output value "$final_drive") $BTRFS_OPT,subvol=@ 0 0
# Home subvolume
UUID=$ROOT_UUID /home $(blkid --match-tag TYPE --output value "$final_drive") $BTRFS_OPT,subvol=@home 0 0
# Snapshots subvolume, uncomment the following line after creating a config for root [/] in snapper
#UUID=$ROOT_UUID /.snapshots $(blkid --match-tag TYPE --output value "$final_drive") $BTRFS_OPT,subvol=@snapshots 0 0
# Some applications don't like to have /var/log folders as read only.
# Log folders, to allow booting snapshots with rd.live.overlay.overlayfs=1
UUID=$ROOT_UUID /var/log $(blkid --match-tag TYPE --output value "$final_drive") $BTRFS_OPT,subvol=@/var/log 0 0
# TMPfs
tmpfs /tmp tmpfs defaults,noatime,mode=1777 0 0
EOF
echo -e -n "\nEnabling internet service at first boot...\n"
ln -s /etc/sv/dbus /etc/runit/runsvdir/default/
ln -s /etc/sv/NetworkManager /etc/runit/runsvdir/default/
echo -e -n "\nAdding needed dracut configuration files...\n"
echo -e "hostonly=yes\nhostonly_cmdline=yes" >>/etc/dracut.conf.d/00-hostonly.conf
echo -e "add_dracutmodules+=\" crypt btrfs lvm resume \"" >>/etc/dracut.conf.d/20-addmodules.conf
echo -e "tmpdir=/tmp" >>/etc/dracut.conf.d/30-tmpfs.conf
echo -e -n "\nGenerating new dracut initramfs...\n\n"
press_any_key_to_continue
echo
dracut --regenerate-all --force --hostonly
echo
press_any_key_to_continue
# Set timezone
clear
header_ic
echo -e -n "\nSetting the ${BLUE_LIGHT}timezone${NORMAL} in /etc/rc.conf.\n"
echo -e -n "\nPress any key to list all the timezones. Move with arrow keys and press \"q\" to exit the list."
read -n 1 -r _key
echo
awk '/^Z/ { print $2 }; /^L/ { print $3 }' /usr/share/zoneinfo/tzdata.zi |
less --RAW-CONTROL-CHARS --no-init
while true; do
echo -e -n "\nType the timezone you want to set and press [ENTER] (i.e. America/New_York): "
read -r user_timezone
if [[ ! -f /usr/share/zoneinfo/"$user_timezone" ]]; then
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
else
sed -i "/#TIMEZONE=/s|.*|TIMEZONE=\"$user_timezone\"|" /etc/rc.conf
echo -e -n "\n${GREEN_LIGHT}Timezone set to: $user_timezone.${NORMAL}\n\n"
press_any_key_to_continue
clear
break
fi
done
# Set keyboard layout
clear
header_ic
if [[ -n "$user_keyboard_layout" ]]; then
echo -e -n "\nSetting ${BLUE_LIGHT}$user_keyboard_layout${NORMAL} keyboard layout in /etc/rc.conf...\n"
sed -i "/#KEYMAP=/s/.*/KEYMAP=\"$user_keyboard_layout\"/" /etc/rc.conf
echo -e -n "\nSetting keymap in dracut configuration and regenerating initramfs...\n\n"
echo -e "i18n_vars=\"/etc/rc.conf:KEYMAP\"\ni18n_install_all=\"no\"" >>/etc/dracut.conf.d/i18n.conf
press_any_key_to_continue
echo
dracut --regenerate-all --force --hostonly
echo
press_any_key_to_continue
clear
else
echo -e -n "\nSetting ${BLUE_LIGHT}keyboard layout${NORMAL} in /etc/rc.conf.\n\nPress any key to list all the keyboard layouts.\nMove with arrow keys and press \"q\" to exit the list."
read -n 1 -r _key
echo
find /usr/share/kbd/keymaps/ -type f -iname "*.map.gz" -printf "${BLUE_LIGHT_FIND}%f\0${NORMAL_FIND}\n" |
sed -e 's/\..*$//' |
sort |
less --RAW-CONTROL-CHARS --no-init
while true; do
echo -e -n "\nType the keyboard layout you want to set and press [ENTER]: "
read -r user_keyboard_layout
if [[ -z "$user_keyboard_layout" ]] || ! loadkeys "$user_keyboard_layout" 2>/dev/null; then
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
else
sed -i "/#KEYMAP=/s/.*/KEYMAP=\"$user_keyboard_layout\"/" /etc/rc.conf
echo -e -n "\nKeyboard layout set to: ${BLUE_LIGHT}$user_keyboard_layout${NORMAL}.\n"
echo -e -n "\nSetting keymap in dracut configuration and regenerating initramfs...\n\n"
echo -e "i18n_vars=\"/etc/rc.conf:KEYMAP\"\ni18n_install_all=\"no\"" >>/etc/dracut.conf.d/i18n.conf
press_any_key_to_continue
echo
dracut --regenerate-all --force --hostonly
echo
press_any_key_to_continue
clear
break
fi
done
fi
# Set hostname
while true; do
header_ic
echo -e -n "\nSelect a ${BLUE_LIGHT}hostname${NORMAL} for your system: "
read -r hostname
if [[ -z "$hostname" ]]; then
echo -e -n "\n${RED_LIGHT}Please enter a valid hostname.${NORMAL}\n\n"
press_any_key_to_continue
clear
else
while true; do
echo -e -n "\nYou entered: ${BLUE_LIGHT}$hostname${NORMAL}.\n\n"
read -r -p "Is this the desired hostname? (y/n): " yn
if [[ "$yn" == "y" ]] || [[ "$yn" == "Y" ]]; then
set +o noclobber
echo "$hostname" >/etc/hostname
set -o noclobber
echo -e -n "\n${GREEN_LIGHT}Hostname successfully set.${NORMAL}\n\n"
press_any_key_to_continue
clear
break 2
elif [[ "$yn" == "n" ]] || [[ "$yn" == "N" ]]; then
echo -e -n "\n${RED_LIGHT}Please select another hostname.${NORMAL}\n\n"
press_any_key_to_continue
clear
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
fi
done
fi
done
# Set locales for x86_64
if [[ "$ARCH" == "x86_64" ]]; then
header_ic
echo -e -n "\nSetting the ${BLUE_LIGHT}locale${NORMAL} in /etc/default/libc-locales."
echo -e -n "\n\nPress any key to print all the available locales.\n\nPlease remember the ${BLUE_LIGHT}line number${NORMAL} corresponding to the locale you want to enable.\n"
echo -e -n "\nMove with arrow keys and press \"q\" to exit the list."
read -n 1 -r _key
echo
less --LINE-NUMBERS --RAW-CONTROL-CHARS --no-init /etc/default/libc-locales
while true; do
echo -e -n "\nPlease type the ${BLUE_LIGHT}line number${NORMAL} corresponding to the locale you want to enable and press [ENTER]: "
read -r user_locale_line_number
if [[ -z "$user_locale_line_number" ]] || [[ "$user_locale_line_number" -lt "11" ]] || [[ "$user_locale_line_number" -gt "499" ]]; then
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
else
while true; do
user_locale_pre=$(sed -n "${user_locale_line_number}"p /etc/default/libc-locales)
user_locale_uncommented=$(echo "${user_locale_pre//#/}")
user_locale=$(echo "${user_locale_uncommented%%[[:space:]]*}")
echo -e -n "\nYou choose line ${BLUE_LIGHT}$user_locale_line_number${NORMAL} that cointains locale ${BLUE_LIGHT}$user_locale${NORMAL}.\n\n"
read -r -p "Is this correct? (y/n): " yn
if [[ $yn =~ $regex_YES ]]; then
echo -e -n "\nUncommenting line ${BLUE_LIGHT}$user_locale_line_number${NORMAL} that contains locale ${BLUE_LIGHT}$user_locale${NORMAL}...\n"
sed -i "$user_locale_line_number s/^#//" /etc/default/libc-locales
echo -e -n "\nWriting locale ${BLUE_LIGHT}$user_locale${NORMAL} to /etc/locale.conf...\n\n"
sed -i "/LANG=/s/.*/LANG=$user_locale/" /etc/locale.conf
press_any_key_to_continue
clear
break 2
elif [[ $yn =~ $regex_NO ]]; then
echo -e -n "\n${RED_LIGHT}Please select another locale.${NORMAL}\n\n"
press_any_key_to_continue
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
fi
done
fi
done
fi
}
function header_ib {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Chroot${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######${NORMAL} ${GREEN_LIGHT}Bootloader installation${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function install_bootloader {
while true; do
if [[ "$luks_ot" == "2" ]]; then
header_ib
echo -e -n "\nLUKS version $luks_ot was previously selected.\n${BLUE_LIGHT}EFISTUB${NORMAL} will be used as bootloader.\n\n"
bootloader="EFISTUB"
press_any_key_to_continue
echo
else
header_ib
echo -e -n "\nSelect which ${BLUE_LIGHT}bootloader${NORMAL} do you want to use (EFISTUB, GRUB2): "
read -r bootloader
fi
if [[ $bootloader =~ $regex_EFISTUB ]]; then
echo -e -n "\nBootloader selected: ${BLUE_LIGHT}$bootloader${NORMAL}.\n"
echo -e -n "\nMounting $boot_partition to /boot...\n"
mkdir /TEMPBOOT
cp -pr /boot/* /TEMPBOOT/
rm -rf /boot/*
mount -o rw,noatime "$boot_partition" /boot
cp -pr /TEMPBOOT/* /boot/
rm -rf /TEMPBOOT
echo -e -n "\nSetting correct options in /etc/default/efibootmgr-kernel-hook...\n"
sed -i "/MODIFY_EFI_ENTRIES=0/s/0/1/" /etc/default/efibootmgr-kernel-hook
if [[ $encryption_yn =~ $regex_YES ]]; then
sed -i "/# OPTIONS=/s/.*/OPTIONS=\"loglevel=4 fbcon=nodefer rd.auto=1 rd.luks.name=$LUKS_UUID=$encrypted_name\"/" /etc/default/efibootmgr-kernel-hook
if [[ "$hdd_ssd" == "ssd" ]]; then
sed -i "/OPTIONS=/s/\"$/ rd.luks.allow-discards=$LUKS_UUID&/" /etc/default/efibootmgr-kernel-hook
fi
elif { [[ $encryption_yn =~ $regex_NO ]]; } && { [[ $lvm_yn =~ $regex_YES ]]; }; then
sed -i "/# OPTIONS=/s/.*/OPTIONS=\"loglevel=4 fbcon=nodefer rd.auto=1\"/" /etc/default/efibootmgr-kernel-hook
else
sed -i "/# OPTIONS=/s/.*/OPTIONS=\"loglevel=4 fbcon=nodefer\"/" /etc/default/efibootmgr-kernel-hook
fi
sed -i "/# DISK=/s|.*|DISK=\"\$(lsblk -pd -no pkname \$(findmnt -enr -o SOURCE -M /boot))\"|" /etc/default/efibootmgr-kernel-hook
sed -i "/# PART=/s_.*_PART=\"\$(lsblk -pd -no pkname \$(findmnt -enr -o SOURCE -M /boot) | grep --color=never -Eo \\\\\"[0-9]+\$\\\\\")\"_" /etc/default/efibootmgr-kernel-hook
echo -e -n "\nModifying /etc/kernel.d/post-install/50-efibootmgr to keep EFI entry after reboot...\n"
sed -i "/efibootmgr -qo \$bootorder/s/^/#/" /etc/kernel.d/post-install/50-efibootmgr
echo -e -n "\n${RED_LIGHT}Keep in mind that to keep the new EFI entry after each reboot,${NORMAL}\n"
echo -e -n "${RED_LIGHT}the last line of /etc/kernel.d/post-install/50-efibootmgr has been commented.${NORMAL}\n"
echo -e -n "${RED_LIGHT}Probably you will have to comment the same line after each efibootmgr update.${NORMAL}\n\n"
break
elif [[ $bootloader =~ $regex_GRUB2 ]]; then
echo -e -n "\nBootloader selected: ${BLUE_LIGHT}$bootloader${NORMAL}.\n"
# Fix kdfontop.c error
# https://github.com/torvalds/linux/blob/master/Documentation/fb/fbcon.rst
sed -i "/GRUB_CMDLINE_LINUX_DEFAULT=/s/\"$/ fbcon=nodefer&/" /etc/default/grub
if [[ $encryption_yn =~ $regex_YES ]]; then
echo -e -n "\nEnabling CRYPTODISK in GRUB...\n"
echo -e -n "\nGRUB_ENABLE_CRYPTODISK=y\n" >>/etc/default/grub
sed -i "/GRUB_CMDLINE_LINUX_DEFAULT=/s/\"$/ rd.auto=1 rd.luks.name=$LUKS_UUID=$encrypted_name&/" /etc/default/grub
if [[ "$hdd_ssd" == "ssd" ]]; then
sed -i "/GRUB_CMDLINE_LINUX_DEFAULT=/s/\"$/ rd.luks.allow-discards=$LUKS_UUID&/" /etc/default/grub
fi
elif { [[ $encryption_yn =~ $regex_NO ]]; } && { [[ $lvm_yn =~ $regex_YES ]]; }; then
sed -i "/GRUB_CMDLINE_LINUX_DEFAULT=/s/\"$/ rd.auto=1&/" /etc/default/grub
fi
if ! grep -q efivar /proc/mounts; then
echo -e -n "\nMounting efivarfs...\n"
mount -t efivarfs efivarfs /sys/firmware/efi/efivars/
fi
while true; do
echo -e -n "\nSelect a ${BLUE_LIGHT}bootloader-id${NORMAL} that will be used for grub install: "
read -r bootloader_id
if [[ -z "$bootloader_id" ]]; then
echo -e -n "\n${RED_LIGHT}Please enter a valid bootloader-id.${NORMAL}\n\n"
press_any_key_to_continue
else
while true; do
echo -e -n "\nYou entered: ${BLUE_LIGHT}$bootloader_id${NORMAL}.\n\n"
read -r -p "Is this the desired bootloader-id? (y/n): " yn
if [[ $yn =~ $regex_YES ]]; then
if [[ $encryption_yn =~ $regex_YES ]]; then
echo -e -n "\nGenerating random key to avoid typing password twice at boot...\n\n"
dd bs=512 count=4 if=/dev/random of=/boot/volume.key
echo -e -n "\nRandom key generated, unlocking the encrypted partition...\n\n"
if ! cryptsetup luksAddKey "$root_partition" /boot/volume.key; then
echo -e -n "\n${RED_LIGHT}Something went wrong, killing script...${NORMAL}\n\n"
kill_script
else
chmod 000 /boot/volume.key
chmod -R g-rwx,o-rwx /boot
echo -e -n "\nAdding random key to /etc/crypttab...\n"
echo -e "\n$encrypted_name UUID=$LUKS_UUID /boot/volume.key luks\n" >>/etc/crypttab
echo -e -n "\nAdding random key to dracut configuration files...\n"
echo -e "install_items+=\" /boot/volume.key /etc/crypttab \"" >>/etc/dracut.conf.d/10-crypt.conf
echo -e -n "\nGenerating new dracut initramfs...\n\n"
press_any_key_to_continue
echo
dracut --regenerate-all --force --hostonly
fi
fi
echo -e -n "\nInstalling GRUB on ${BLUE_LIGHT}/boot/efi${NORMAL} partition with ${BLUE_LIGHT}$bootloader_id${NORMAL} as bootloader-id...\n\n"
mkdir -p /boot/efi
mount -o rw,noatime "$boot_partition" /boot/efi/
grub-install --target=x86_64-efi --boot-directory=/boot --efi-directory=/boot/efi --bootloader-id="$bootloader_id" --recheck
echo -e -n "\nEnabling grub snapshot service at first boot...\n"
ln -s /etc/sv/grub-btrfs /etc/runit/runsvdir/default/
break 3
elif [[ $yn =~ $regex_NO ]]; then
echo -e -n "\n${RED_LIGHT}Please select another bootloader-id.${NORMAL}\n\n"
press_any_key_to_continue
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
fi
done
fi
done
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
if [[ $lvm_yn =~ $regex_YES ]] && [[ "$hdd_ssd" == "ssd" ]]; then
echo -e -n "\nEnabling SSD trim for LVM...\n"
sed -i 's/issue_discards = 0/issue_discards = 1/' /etc/lvm/lvm.conf
fi
export UEFI_UUID=$(blkid -s UUID -o value "$boot_partition")
echo -e -n "\nWriting EFI partition to /etc/fstab...\n"
if [[ $bootloader =~ $regex_EFISTUB ]]; then
echo -e "\n# EFI partition\nUUID=$UEFI_UUID /boot $(blkid --match-tag TYPE --output value "$boot_partition") defaults,noatime 0 2" >>/etc/fstab
elif [[ $bootloader =~ $regex_GRUB2 ]]; then
echo -e "\n# EFI partition\nUUID=$UEFI_UUID /boot/efi $(blkid --match-tag TYPE --output value "$boot_partition") defaults,noatime 0 2" >>/etc/fstab
fi
echo -e -n "\nBootloader ${BLUE_LIGHT}$bootloader${NORMAL} successfully installed.\n\n"
press_any_key_to_continue
clear
header_ib
if [[ $bootloader =~ $regex_GRUB2 ]]; then
while true; do
echo -e -n "\nDo you want to set ${BLUE_LIGHT}${user_keyboard_layout}${NORMAL} keyboard layout also for GRUB2? (y/n): "
read -r yn
if [[ $yn =~ $regex_YES ]]; then
if [[ $lvm_yn =~ $regex_YES ]]; then
if [[ $encryption_yn =~ $regex_YES ]]; then
root_line=$(echo -e -n "cryptomount -u ${LUKS_UUID//-/}\nset root=(lvm/"$vg_name"-"$lv_root_name")\n")
else
root_line="set root=(lvm/$vg_name-$lv_root_name)"
fi
else
if [[ $encryption_yn =~ $regex_YES ]]; then
root_line=$(echo -e -n "cryptomount -u ${LUKS_UUID//-/}\nset root=(cryptouuid/${LUKS_UUID//-/})\n")
else
disk=$(blkid -s UUID -o value $final_drive)
root_line=$(echo -e -n "search --no-floppy --fs-uuid $disk --set pre_root\nset root=(\\\$pre_root)\n")
fi
fi
echo -e -n "\nCreating /etc/kernel.d/post-install/51-grub_ckb...\n"
cat <<End >>/etc/kernel.d/post-install/51-grub_ckb
#! /bin/sh
#
# Create grubx64.efi containing custom keyboard layout
# Requires: ckbcomp, grub2, xkeyboard-config
#
if [ ! -f /boot/efi/EFI/$bootloader_id/ORIG_grubx64.efi_ORIG ] ; then
if [ ! -f /boot/efi/EFI/$bootloader_id/grubx64.efi ] ; then
echo -e -n "\nFIle /boot/efi/EFI/$bootloader_id/grubx64.efi not found, install GRUB2 first!\n"
exit 1
else
mv /boot/efi/EFI/$bootloader_id/grubx64.efi /boot/efi/EFI/$bootloader_id/ORIG_grubx64.efi_ORIG
fi
fi
for file in $user_keyboard_layout.gkb early-grub.cfg grubx64_ckb.efi memdisk_ckb.tar ; do
if [ -f /boot/grub/\$file ] ; then
rm -f /boot/grub/\$file
fi
done
grub-kbdcomp --output=/boot/grub/$user_keyboard_layout.gkb $user_keyboard_layout 2> /dev/null
tar --create --file=/boot/grub/memdisk_ckb.tar --directory=/boot/grub/ $user_keyboard_layout.gkb 2> /dev/null
cat << EndOfGrubConf >> /boot/grub/early-grub.cfg
set gfxpayload=keep
loadfont=unicode
terminal_output gfxterm
terminal_input at_keyboard
keymap (memdisk)/$user_keyboard_layout.gkb
${root_line}/@
set prefix=\\\$root/boot/grub
configfile \\\$prefix/grub.cfg
EndOfGrubConf
grub-mkimage --config=/boot/grub/early-grub.cfg --output=/boot/grub/grubx64_ckb.efi --format=x86_64-efi --memdisk=/boot/grub/memdisk_ckb.tar diskfilter gcry_rijndael gcry_sha256 ext2 memdisk tar at_keyboard keylayouts configfile gzio part_gpt all_video efi_gop efi_uga video_bochs video_cirrus echo linux font gfxterm gettext gfxmenu help reboot terminal test search search_fs_file search_fs_uuid search_label cryptodisk luks lvm btrfs
if [ -f /boot/efi/EFI/$bootloader_id/grubx64.efi ] ; then
rm -f /boot/efi/EFI/$bootloader_id/grubx64.efi
fi
cp /boot/grub/grubx64_ckb.efi /boot/efi/EFI/$bootloader_id/grubx64.efi
End
chmod +x /etc/kernel.d/post-install/51-grub_ckb
echo -e -n "\nReconfiguring kernel...\n\n"
kernelver_pre=$(ls /lib/modules/)
kernelver="${kernelver_pre%.*}"
xbps-reconfigure -f linux"$kernelver"
break
elif [[ $yn =~ $regex_NO ]]; then
clear
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
fi
echo -e -n "\nConfiguring AppArmor and setting it to enforce...\n"
sed -i "/APPARMOR=/s/.*/APPARMOR=enforce/" /etc/default/apparmor
sed -i "/#write-cache/s/^#//" /etc/apparmor/parser.conf
sed -i "/#show_notifications/s/^#//" /etc/apparmor/notify.conf
if [[ $bootloader =~ $regex_EFISTUB ]]; then
sed -i "/OPTIONS=/s/\"$/ apparmor=1 security=apparmor&/" /etc/default/efibootmgr-kernel-hook
echo -e -n "\nReconfiguring kernel...\n\n"
kernelver_pre=$(ls /lib/modules/)
kernelver=$(echo ${kernelver_pre%.*})
xbps-reconfigure -f linux"$kernelver"
elif [[ $bootloader =~ $regex_GRUB2 ]]; then
sed -i "/GRUB_CMDLINE_LINUX_DEFAULT=/s/\"$/ apparmor=1 security=apparmor&/" /etc/default/grub
echo -e -n "\nUpdating grub...\n\n"
update-grub
fi
echo
press_any_key_to_continue
clear
}
function header_cs {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Chroot${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######${NORMAL} ${GREEN_LIGHT}SwapFile creation${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function create_swapfile {
while true; do
header_cs
echo -e -n "\nDo you want to create a ${BLUE_LIGHT}swapfile${NORMAL} in ${BLUE_LIGHT}/var/swap/${NORMAL} btrfs subvolume?\nThis will also enable ${BLUE_LIGHT}zswap${NORMAL}, a cache in RAM for swap.\nA swapfile is needed if you plan to use hibernation (y/n): "
read -r yn
if [[ $yn =~ $regex_YES ]]; then
ram_size=$(free -g --si | awk -F " " 'FNR == 2 {print $2}')
while true; do
clear
header_cs
echo -e -n "\nYour system has ${BLUE_LIGHT}${ram_size}GB${NORMAL} of RAM.\n"
echo -e -n "\nPress [ENTER] to create a swapfile of the same dimensions or choose the desired size in GB (numbers only): "
read -r swap_size
if [[ -z "$swap_size" ]] || [[ "$swap_size" -gt "0" ]]; then
if [[ -z "$swap_size" ]]; then
swap_size=$ram_size
fi
echo -e -n "\nA swapfile of ${BLUE_LIGHT}${swap_size}GB${NORMAL} will be created in ${BLUE_LIGHT}/swap/${NORMAL} btrfs subvolume...\n\n"
btrfs filesystem mkswapfile /swap/swapfile --size "${swap_size}"G
mkswap --label SwapFile /swap/swapfile
swapon /swap/swapfile
RESUME_UUID=$(findmnt -no UUID -T /swap/swapfile)
RESUME_OFFSET=$(btrfs inspect-internal map-swapfile -r /swap/swapfile)
if [[ $bootloader =~ $regex_EFISTUB ]]; then
sed -i "/OPTIONS=/s/\"$/ resume=UUID=$RESUME_UUID resume_offset=$RESUME_OFFSET&/" /etc/default/efibootmgr-kernel-hook
elif [[ $bootloader =~ $regex_GRUB2 ]]; then
sed -i "/GRUB_CMDLINE_LINUX_DEFAULT=/s/\"$/ resume=UUID=$RESUME_UUID resume_offset=$RESUME_OFFSET&/" /etc/default/grub
fi
echo -e -n "\n# Swap Subvolume\nUUID=$ROOT_UUID /swap $(blkid --match-tag TYPE --output value "$final_drive") $BTRFS_OPT,subvol=@swap 0 2\n" >>/etc/fstab
echo -e -n "\n# SwapFile\n/swap/swapfile none swap sw 0 0\n" >>/etc/fstab
echo -e -n "\nEnabling zswap...\n"
echo "add_drivers+=\" lz4hc lz4hc_compress z3fold \"" >>/etc/dracut.conf.d/40-add_zswap_drivers.conf
echo -e -n "\nRegenerating dracut initramfs...\n\n"
press_any_key_to_continue
echo
dracut --regenerate-all --force --hostonly
if [[ $bootloader =~ $regex_EFISTUB ]]; then
sed -i "/OPTIONS=/s/\"$/ zswap.enabled=1 zswap.max_pool_percent=25 zswap.compressor=lz4hc zswap.zpool=z3fold&/" /etc/default/efibootmgr-kernel-hook
echo -e -n "\nReconfiguring kernel...\n\n"
kernelver_pre=$(ls /lib/modules/)
kernelver=$(echo ${kernelver_pre%.*})
xbps-reconfigure -f linux"$kernelver"
elif [[ $bootloader =~ $regex_GRUB2 ]]; then
sed -i "/GRUB_CMDLINE_LINUX_DEFAULT=/s/\"$/ zswap.enabled=1 zswap.max_pool_percent=25 zswap.compressor=lz4hc zswap.zpool=z3fold&/" /etc/default/grub
echo -e -n "\nUpdating grub...\n\n"
update-grub
fi
swapoff --all
echo -e -n "\n${GREEN_LIGHT}Swapfile successfully created and zswap successfully enabled.${NORMAL}\n\n"
press_any_key_to_continue
clear
break 2
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
fi
done
elif [[ $yn =~ $regex_NO ]]; then
echo -e -n "\n${RED_LIGHT}Swapfile will not be created.${NORMAL}\n\n"
press_any_key_to_continue
clear
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
}
function header_cu {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Chroot${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######${NORMAL} ${GREEN_LIGHT}Create new users${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function create_user {
while true; do
header_cu
echo -e -n "\nDo you want to ${BLUE_LIGHT}add${NORMAL} any ${BLUE_LIGHT}new user${NORMAL}?"
echo -e -n "\nOnly non-root users can later configure Void Packages (y/n): "
read -r yn
if [[ $yn =~ $regex_YES ]]; then
while true; do
clear
header_cu
echo -e -n "\nPlease select a ${BLUE_LIGHT}name${NORMAL} for your new user (i.e. MyNewUser): "
read -r newuser
if [[ -z "$newuser" ]] || [[ $newuser =~ $regex_ROOT ]]; then
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
elif getent passwd "$newuser" &>/dev/null; then
echo -e -n "\n${RED_LIGHT}User ${newuser} already exists.\nPlease select another username.${NORMAL}\n\n"
press_any_key_to_continue
clear
break
else
while true; do
echo -e -n "\nIs username ${BLUE_LIGHT}$newuser${NORMAL} okay? (y/n): "
read -r yn
if [[ $yn =~ $regex_NO ]]; then
echo -e -n "\n${RED_LIGHT}Aborting, please select another name.${NORMAL}\n\n"
press_any_key_to_continue
clear
break 2
elif [[ $yn =~ $regex_YES ]]; then
echo -e -n "\nAdding new user ${BLUE_LIGHT}$newuser${NORMAL} and giving access to groups:\n"
echo -e -n "kmem, wheel, tty, tape, daemon, floppy, disk, lp, dialout, audio, video,"
echo -e -n "\nutmp, cdrom, optical, mail, storage, scanner, kvm, input, plugdev, users.\n"
useradd --create-home --groups kmem,wheel,tty,tape,daemon,floppy,disk,lp,dialout,audio,video,utmp,cdrom,optical,mail,storage,scanner,kvm,input,plugdev,users "$newuser"
echo -e -n "\n${GREEN_LIGHT}User ${newuser} successfully created.${NORMAL}\n\n"
press_any_key_to_continue
newuser_yn="y"
break 3
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
fi
done
fi
done
elif [[ $yn =~ $regex_NO ]]; then
if [[ -z "$newuser_yn" ]]; then
newuser_yn="n"
fi
clear
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
}
function header_cup {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Chroot${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######${NORMAL} ${GREEN_LIGHT}Change users password${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function change_user_password {
while true; do
header_cup
echo -e -n "\nDo you want to change users ${BLUE_LIGHT}password${NORMAL}? (y/n): "
read -r yn
if [[ $yn =~ $regex_YES ]]; then
clear
while true; do
header_cup
echo -e -n "\nListing all users:\n"
awk -F':' '{print $1}' /etc/passwd
echo -e -n "\nPlease select a valid user: "
read -r user_change_password
if grep -qw "$user_change_password" /etc/passwd; then
while true; do
echo
if passwd "$user_change_password"; then
echo -e -n "\n${GREEN_LIGHT}Password successfully changed for user ${user_change_password}.${NORMAL}\n\n"
press_any_key_to_continue
break 3
else
echo -e -n "\n${RED_LIGHT}Something went wrong, please try again.${NORMAL}\n\n"
press_any_key_to_continue
clear
break 2
fi
done
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
elif [[ $yn =~ $regex_NO ]]; then
clear
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
}
function header_cus {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Chroot${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######${NORMAL} ${GREEN_LIGHT}Change user shell${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function change_user_shell {
while true; do
header_cup
echo -e -n "\nDo you want to change users default ${BLUE_LIGHT}shell${NORMAL}? (y/n): "
read -r yn
if [[ $yn =~ $regex_YES ]]; then
clear
while true; do
header_cup
echo -e -n "\nListing all users found in /etc/passwd:\n"
awk -F':' '{print $1}' /etc/passwd
echo -e -n "\nPlease select a valid user: "
read -r user_change_shell
if grep -q "$user_change_shell" /etc/passwd; then
clear
header_cus
echo -e -n "\nListing all the available shells:\n\n"
chsh --list-shells
echo -e -n "\nWhich ${BLUE_LIGHT}shell${NORMAL} do you want to set for user ${BLUE_LIGHT}$user_change_shell${NORMAL}?"
echo -e -n "\nPlease enter the full shell path (i.e. /bin/sh): "
read -r set_user_shell
if [[ ! -x "$set_user_shell" ]]; then
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
else
echo
if chsh --shell "$set_user_shell" "$user_change_shell"; then
echo -e -n "\n${GREEN_LIGHT}Default shell successfully changed.${NORMAL}\n\n"
press_any_key_to_continue
else
echo -e -n "\n${RED_LIGHT}Something went wrong, please try again.${NORMAL}\n\n"
press_any_key_to_continue
fi
clear
break 3
fi
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
break 2
fi
done
elif [[ $yn =~ $regex_NO ]]; then
clear
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
}
function header_up {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Chroot${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######${NORMAL} ${GREEN_LIGHT}Uninstall package${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function uninstall_packages {
while true; do
header_up
echo -e -n "\nDo you want to ${BLUE_LIGHT}uninstall${NORMAL} any package? (y/n): "
read -r yn
if [[ $yn =~ $regex_YES ]]; then
clear
while true; do
header_up
echo -e -n "\nListing all installed packages."
echo -e -n "\nPress any key to continue and then press \"q\" to exit the list.\n\n"
press_any_key_to_continue
xpkg -m | less --RAW-CONTROL-CHARS --no-init
echo -e -n "\nPlease enter all the packages you want to uninstall separated by spaces: "
read -r user_uninstall_packages
if xbps-remove $user_uninstall_packages; then
echo -e -n "\n${GREEN_LIGHT}Packages were successfully uninstalled.${NORMAL}\n\n"
press_any_key_to_continue
else
echo -e -n "\n${RED_LIGHT}Something went wrong, please try again.${NORMAL}\n\n"
press_any_key_to_continue
fi
clear
break 2
done
elif [[ $yn =~ $regex_NO ]]; then
clear
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
}
function header_eds {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Chroot${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######${NORMAL} ${GREEN_LIGHT}Enable/disable services${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function enable_disable_services {
while true; do
clear
header_eds
echo -e -n "\nDo you want to enable or disable any service?\n\n"
select user_arch in Enable Disable back; do
case "$user_arch" in
Enable)
clear
header_eds
echo -e -n "\nListing all the services that could be enabled...\n"
ls --almost-all --color=always /etc/sv/
echo -e -n "\nListing all the services that are already enabled...\n"
ls --almost-all --color=always /etc/runit/runsvdir/default/
echo -e -n "\nWhich service do you want to enable? (i.e. NetworkManager || back): "
read -r service_enabler
if [[ $service_enabler =~ $regex_BACK ]]; then
clear
break
elif [[ ! -d /etc/sv/"$service_enabler" ]]; then
echo -e -n "\n${RED_LIGHT}Service $service_enabler does not exist.${NORMAL}\n\n"
press_any_key_to_continue
break
elif [[ -L /etc/runit/runsvdir/default/"$service_enabler" ]]; then
echo -e -n "\n${RED_LIGHT}Service $service_enabler already enabled.${NORMAL}.\n\n"
press_any_key_to_continue
break
elif [[ -z "$service_enabler" ]]; then
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
else
echo -e -n "\nEnabling service ${BLUE_LIGHT}$service_enabler${NORMAL}...\n"
if ln -s /etc/sv/"$service_enabler" /etc/runit/runsvdir/default/; then
echo -e -n "\n${GREEN_LIGHT}Service successfully enabled.${NORMAL}\n\n"
press_any_key_to_continue
clear
break 2
else
echo -e -n "\n${RED_LIGHT}Something went wrong, please try again.${NORMAL}\n\n"
press_any_key_to_continue
fi
fi
;;
Disable)
clear
header_eds
echo -e -n "\nListing all the services that could be disabled...\n"
ls --almost-all --color=always /etc/runit/runsvdir/default/
echo -e -n "\nWhich service do you want to disable? (i.e. NetworkManager || back): "
read -r service_disabler
if [[ $service_disabler =~ $regex_BACK ]]; then
clear
break
elif [[ ! -L /etc/runit/runsvdir/default/"$service_disabler" ]]; then
echo -e -n "\n${RED_LIGHT}Service $service_disabler does not exist.${NORMAL}\n\n"
press_any_key_to_continue
break
elif [[ -z "$service_disabler" ]]; then
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
else
echo -e -n "\nDisabling service ${BLUE_LIGHT}$service_disabler${NORMAL}...\n"
if rm -f /etc/runit/runsvdir/default/"$service_disabler"; then
echo -e -n "\n${GREEN_LIGHT}Service successfully enabled.${NORMAL}\n\n"
press_any_key_to_continue
clear
break 2
else
echo -e -n "\n${RED_LIGHT}Something went wrong, please try again.${NORMAL}\n\n"
press_any_key_to_continue
break
fi
fi
;;
back)
clear
break 2
;;
*)
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
break
;;
esac
done
done
}
function header_vp {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Chroot${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######${NORMAL} ${GREEN_LIGHT}Configure Void Packages${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function void_packages {
if ping -c 1 8.8.8.8 &>/dev/null; then
if [[ "$newuser_yn" == "y" ]]; then
while true; do
header_vp
echo -e -n "\nDo you want to clone a ${BLUE_LIGHT}Void Packages${NORMAL} repository to a specific folder for a specific non-root user? (y/n): "
read -r yn
if [[ $yn =~ $regex_YES ]]; then
while true; do
clear
header_vp
echo -e -n "\nPlease enter an existing ${BLUE_LIGHT}username${NORMAL} (back): "
read -r void_packages_username
if [[ $void_packages_username =~ $regex_BACK ]]; then
clear
break
elif [[ $void_packages_username =~ $regex_ROOT ]]; then
echo -e -n "\n${RED_LIGHT}Root user cannot be used to configure Void Packages.${NORMAL}\n\n"
press_any_key_to_continue
elif ! getent passwd "$void_packages_username" &>/dev/null; then
echo -e -n "\n${RED_LIGHT}User $void_packages_username do not exists.${RED_LIGHT}\n\n"
press_any_key_to_continue
else
while true; do
clear
header_vp
echo -e -n "\nUser selected: ${BLUE_LIGHT}$void_packages_username${NORMAL}\n"
echo -e -n "\nPlease enter a ${BLUE_LIGHT}full empty path${NORMAL} where you want to clone Void Packages."
echo -e -n "\nThe script will create that folder and then clone Void Packages into it (i.e. /home/user/MyVoidPackages/ || back): "
read -r void_packages_path
if [[ $void_packages_path =~ $regex_BACK ]]; then
clear
break
elif [[ -z "$void_packages_path" ]]; then
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
else
while true; do
if [[ ! -d "$void_packages_path" ]]; then
if ! su - "$void_packages_username" --command "mkdir -p $void_packages_path 2> /dev/null"; then
echo -e -n "\n${RED_LIGHT}User $void_packages_username cannot create a folder in this directory.${NORMAL}"
echo -e -n "\n${RED_LIGHT}Please select another path.${NORMAL}\n\n"
press_any_key_to_continue
break
fi
else
if [[ -n $(ls -A "$void_packages_path") ]]; then
echo -e -n "\n${RED_LIGHT}Directory $void_packages_path${NORMAL} is not empty.\nPlease select another path.${NORMAL}\n\n"
press_any_key_to_continue
break
fi
if [[ $(stat --dereference --format="%U" "$void_packages_path") != "$void_packages_username" ]]; then
echo -e -n "\n${RED_LIGHT}User $void_packages_username doesn't have write permission in this directory.${NORMAL}\n"
echo -e- n "\n${RED_LIGHT}Please select another path.${NORMAL}\n\n"
press_any_key_to_continue
break
fi
fi
echo -e -n "\nPath selected: ${BLUE_LIGHT}$void_packages_path${NORMAL}\n"
echo -e -n "\nIs this correct? (y/n): "
read -r yn
if [[ $yn =~ $regex_NO ]]; then
echo -e -n "\n${RED_LIGHT}Aborting, select another path.${NORMAL}\n\n"
if [[ -z "$(ls -A $void_packages_path)" ]]; then
rm -rf "$void_packages_path"
fi
press_any_key_to_continue
clear
break
elif [[ $yn =~ $regex_YES ]]; then
while true; do
echo -e -n "\nDo you want to specify a ${BLUE_LIGHT}custom public repository${NORMAL}?"
echo -e -n "\nIf not, official repository will be used (y/n/back): "
read -r yn
if [[ $yn =~ $regex_NO ]]; then
echo -e -n "\n${GREEN_LIGHT}Official repository will be used.${NORMAL}\n"
git_cmd="git clone $void_packages_repo"
break
elif [[ $yn =~ $regex_YES ]]; then
while true; do
echo -e -n "\n\nPlease enter a public repository url and optionally a branch (i.e. https://github.com/MyPersonal/VoidPackages MyBranch): "
read -r void_packages_custom_repo void_packages_custom_branch
if [[ -z "$void_packages_custom_branch" ]]; then
repo_check=$(GIT_TERMINAL_PROMPT=0 git ls-remote "$void_packages_custom_repo" | wc -l)
else
repo_check=$(GIT_TERMINAL_PROMPT=0 git ls-remote "$void_packages_custom_repo" "$void_packages_custom_branch" | wc -l)
fi
if [[ "$repo_check" != "0" ]]; then
echo -e -n "\nCustom repository ${BLUE_LIGHT}$void_packages_custom_repo${NORMAL} will be used.\n"
if [[ -z "$void_packages_custom_branch" ]]; then
git_cmd="git clone $void_packages_custom_repo"
else
git_cmd="git clone $void_packages_custom_repo -b $void_packages_custom_branch"
fi
break 2
else
echo -e -n "\n\n${RED_LIGHT}Please enter a valid public repository url.${NORMAL}\n\n"
press_any_key_to_continue
break
fi
done
elif [[ $yn =~ $regex_BACK ]]; then
clear
break 2
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
fi
done
echo -e -n "\nSwitching to user ${BLUE_LIGHT}$void_packages_username${NORMAL}...\n\n"
su --login --shell=/bin/bash --whitelist-environment=git_cmd,void_packages_path "$void_packages_username" <<EOSU
$git_cmd "$void_packages_path"
echo -e -n "\nEnabling restricted packages...\n"
echo "XBPS_ALLOW_RESTRICTED=yes" >> "$void_packages_path"/etc/conf
EOSU
echo -e -n "\nLogging out user ${BLUE_LIGHT}$void_packages_username${NORMAL}...\n"
echo -e -n "\n${GREEN_LIGHT}Void Packages successfully cloned and configured.${NORMAL}\n\n"
press_any_key_to_continue
clear
break 4
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
fi
done
fi
done
fi
done
elif [[ $yn =~ $regex_NO ]]; then
clear
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
elif [[ "$newuser_yn" == "n" ]]; then
header_vp
echo -e -n "\n${RED_LIGHT}Please add at least one non-root user to configure additional Void Packages.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
else
header_vp
echo -e -n "\n${RED_LIGHT}No internet connection available.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
}
function header_fc {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Chroot${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######${NORMAL} ${GREEN_LIGHT}Final touches${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function finish_chroot {
header_fc
echo -e -n "\nReconfiguring every package...\n\n"
press_any_key_to_continue
echo
xbps-reconfigure -fa
echo -e -n "\n${GREEN_LIGHT}Everything's done, exiting chroot...${NORMAL}\n\n"
press_any_key_to_continue
clear
}
function chroot_shell {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Chroot${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######${NORMAL} ${GREEN_LIGHT}Chroot Bash Shell${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "\nType \"exit\" anytime to go back to chroot menu.\n\n"
PS1="${GREEN_DARK}[${NORMAL} ${GREEN_LIGHT}chroot${NORMAL} ${GREEN_DARK}|${NORMAL} ${GREEN_LIGHT}\w${NORMAL} ${GREEN_DARK}]${NORMAL} # " /bin/bash
}
# Main
function header_chroot_main {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Chroot${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######${NORMAL} ${GREEN_LIGHT}Void Linux Installer Menu${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function chroot_main {
while true; do
header_chroot_main
echo -e -n "\n1) Create users"
echo -e -n "\n2) Change user password"
echo -e -n "\n3) Change user default shell"
echo
echo -e -n "\n4) Change repository mirror"
echo -e -n "\n5) Install additional packages"
echo -e -n "\n6) Uninstall packages"
echo -e -n "\n7) Configure Void Packages"
echo
echo -e -n "\n8) Enable/disable services"
echo
echo -e -n "\n9) Open /bin/bash shell"
echo
echo -e -n "\nq) ${RED_LIGHT}Finish last steps and quit chroot.${NORMAL}\n"
echo -e -n "\nUser selection: "
read -r menu_selection
case "${menu_selection}" in
1)
clear
create_user
clear
;;
2)
clear
change_user_password
clear
;;
3)
clear
change_user_shell
clear
;;
4)
clear
xmirror
clear
;;
5)
clear
xs
clear
;;
6)
clear
uninstall_packages
clear
;;
7)
clear
void_packages
clear
;;
8)
clear
enable_disable_services
clear
;;
9)
clear
chroot_shell
clear
;;
q)
clear
finish_chroot
break
;;
*)
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
;;
esac
done
}
initial_configuration
install_bootloader
create_swapfile
chroot_main
exit 0
EndOfChrootScript
if [[ ! -f "$HOME"/chroot.sh ]]; then
echo -e -n "Please run this script again to be sure that $HOME/chroot.sh script is created too."
exit 1
fi
chmod +x "$HOME"/chroot.sh
}
function intro {
clear
echo -e -n " ${GREEN_LIGHT}pQQQQQQQQQQQQppq${NORMAL} ${GREEN_DARK}###${NORMAL} ${GREEN_LIGHT}Void Linux installer script${NORMAL} ${GREEN_DARK}###${NORMAL}\n"
echo -e -n " ${GREEN_LIGHT}p Q${NORMAL} \n"
echo -e -n " ${GREEN_LIGHT}pppQppQppppQ Q${NORMAL} My first attempt at creating a bash script.\n"
echo -e -n " ${GREEN_DARK}{{{{{${NORMAL} ${GREEN_LIGHT}p Q${NORMAL} Bugs and unicorns farts are expected.\n"
echo -e -n "${GREEN_DARK}{ {${NORMAL} ${GREEN_LIGHT}dpppppp p Q${NORMAL}\n"
echo -e -n "${GREEN_DARK}{ {${NORMAL} ${GREEN_LIGHT}p p p Q${NORMAL} This script try to automate what my gist describes.\n"
echo -e -n "${GREEN_DARK}{ {${NORMAL} ${GREEN_LIGHT}p Q p Q${NORMAL} Link to the gist: ${BLUE_LIGHT}https://gist.github.com/Le0xFF/ff0e3670c06def675bb6920fe8dd64a3${NORMAL}\n"
echo -e -n "${GREEN_DARK}{ {${NORMAL} ${GREEN_LIGHT}p Q p Q${NORMAL}\n"
echo -e -n "${GREEN_DARK}{ {${NORMAL} ${GREEN_LIGHT}ppppppQ p Q${NORMAL} This script will install Void Linux with BTRFS as filesystem and optionally:\n"
echo -e -n " ${GREEN_DARK}{ {${NORMAL} ${GREEN_LIGHT}ppppQ${NORMAL} LVM and Full Disk Encryption using LUKS1/2 and it will eventually enable trim on SSD.\n"
echo -e -n " ${GREEN_DARK}{ {{{{{{{{{{{{${NORMAL} To understand better what the script does, please look at the README: ${BLUE_LIGHT}https://github.com/Le0xFF/VoidLinuxInstaller${NORMAL}\n"
echo -e -n " ${GREEN_DARK}{ {${NORMAL} \n"
echo -e -n " ${GREEN_DARK}{{{{{{{{{{{{{{{{${NORMAL} [Press any key to begin with the process...]\n"
read -n 1 -r key
clear
}
function header_skl {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Keyboard layout change${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function set_keyboard_layout {
while true; do
while true; do
if [[ -n "${current_xkeyboard_layout}" ]] || [[ -n "${user_keyboard_layout}" ]]; then
header_skl
echo -e -n "\nYour current keyboard layout is ${BLUE_LIGHT}${current_xkeyboard_layout:-${user_keyboard_layout}}${NORMAL}, do you want to change it? (y/n/back): "
read -r yn
if [[ $yn =~ ${regex_YES} ]]; then
clear
break
elif [[ $yn =~ ${regex_NO} ]]; then
user_keyboard_layout="${current_xkeyboard_layout:-${user_keyboard_layout}}"
echo -e -n "\nKeyboard layout won't be changed.\n\n"
press_any_key_to_continue
clear
break 2
elif [[ $yn =~ ${regex_BACK} ]]; then
clear
break 2
else
echo -e -n "\nNot a valid input.\n\n"
press_any_key_to_continue
clear
fi
else
break
fi
done
header_skl
echo -e -n "\nThe keyboard layout will be also set configured for your future installed system.\n"
echo -e -n "\nPress any key to list all the keyboard layouts.\nMove with arrow keys and press \"q\" to exit the list.\n\n"
press_any_key_to_continue
echo
find /usr/share/kbd/keymaps/ \
-type f \
-iname "*.map.gz" \
-printf "${BLUE_LIGHT_FIND}%f\0${NORMAL_FIND}\n" |
sed -e 's/\..*$//' |
sort |
less --RAW-CONTROL-CHARS --no-init
while true; do
echo -e -n "\nType the keyboard layout you want to set and press [ENTER]: "
read -r user_keyboard_layout
if loadkeys "$user_keyboard_layout" 2>/dev/null; then
echo -e -n "\nKeyboad layout set to: ${BLUE_LIGHT}$user_keyboard_layout${NORMAL}.\n\n"
press_any_key_to_continue
clear
break
else
echo -e "\n${RED_LIGHT}Not a valid keyboard layout.${NORMAL}"
fi
done
break
done
}
function header_cti {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Setup internet connection${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function connect_to_internet {
while true; do
header_cti
echo -e -n "\nDo you want to use wifi? (y/n/back): "
read -r yn
if [[ $yn =~ ${regex_YES} ]]; then
if pgrep NetworkManager &>/dev/null; then
echo
ip --color=auto link show
echo
echo -e -n "Input you wifi interface name (i.e. wlp2s0): "
read -r WIFI_INTERFACE
echo -e -n "\nInput a preferred name to give to your internet connection: "
read -r WIFI_NAME
echo -e -n "Input your wifi SSID or BSSID: "
read -r WIFI_SSID
nmcli connection add type wifi con-name "${WIFI_NAME}" ifname "${WIFI_INTERFACE}" ssid "${WIFI_SSID}"
nmcli connection modify "${WIFI_NAME}" wifi-sec.key-mgmt wpa-psk
nmcli --ask connection up "${WIFI_NAME}"
if ping -c 2 8.8.8.8 &>/dev/null; then
echo -e -n "\n${GREEN_LIGHT}Successfully connected to the internet.${NORMAL}\n\n"
press_any_key_to_continue
clear
break
else
echo -e -n "\n${RED_LIGHT}No internet connection detected.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
else
echo -e -n "\n\n${RED_LIGHT}Please be sure that NetworkManager is running.${NORMAL}\n\n"
press_any_key_to_continue
clear
break
fi
elif [[ $yn =~ ${regex_NO} ]]; then
if ping -c 1 8.8.8.8 &>/dev/null; then
echo -e -n "\n${GREEN_LIGHT}Successfully connected to the internet.${NORMAL}\n\n"
else
echo -e -n "\n${RED_LIGHT}Please check or connect your ethernet cable.${NORMAL}\n\n"
fi
press_any_key_to_continue
clear
break
elif [[ $yn =~ ${regex_BACK} ]]; then
clear
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
}
function header_sd {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Destination drive${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function select_destination {
if [[ "${drive_partition_selection}" == "3" ]] ||
{ [[ "${drive_partition_selection}" == "6" ]] && [[ -b "$user_drive" ]]; } ||
{ [[ "${drive_partition_selection}" == "7" ]] && [[ -b "$user_drive" ]]; }; then
while true; do
header_sd
if [[ "${drive_partition_selection}" == "3" ]]; then
echo -e -n "\nPrinting all the connected drives:\n\n"
lsblk -p
echo -e -n "\nWhich ${BLUE_LIGHT}drive${NORMAL} do you want to select as ${BLUE_LIGHT}destination drive${NORMAL}?"
echo -e -n "\nIt will be automatically selected as the drive to be formatted and partitioned."
echo -e -n "\n\nPlease enter the full drive path (i.e. /dev/sda || back): "
read -r user_drive
elif [[ "${drive_partition_selection}" == "6" ]]; then
echo -e -n "\nPrinting destination drive:\n\n"
lsblk -p "${user_drive}"
echo -e -n "\nWhich ${BLUE_LIGHT}partition${NORMAL} do you want to select as ${BLUE_LIGHT}EFI${NORMAL}?"
echo -e -n "\n\nPlease enter the full partition path (i.e. /dev/sda1 || back): "
read -r boot_partition
elif [[ "${drive_partition_selection}" == "7" ]]; then
echo -e -n "\nPrinting destination drive:\n\n"
lsblk -p "${user_drive}"
echo -e -n "\nWhich ${BLUE_LIGHT}partition${NORMAL} do you want to select as ${BLUE_LIGHT}ROOT${NORMAL}?"
echo -e -n "\n\nPlease enter the full partition path (i.e. /dev/sda2 || back): "
read -r root_partition
fi
if [[ $user_drive =~ ${regex_BACK} ]] || [[ $boot_partition =~ ${regex_BACK} ]] || [[ $root_partition =~ ${regex_BACK} ]]; then
clear
break
elif { [[ "${drive_partition_selection}" == "3" ]] && [[ ! -b "$user_drive" ]]; } ||
{ [[ "${drive_partition_selection}" == "6" ]] && [[ ! -b "$boot_partition" ]]; } ||
{ [[ "${drive_partition_selection}" == "7" ]] && [[ ! -b "$root_partition" ]]; }; then
echo -e -n "\n${RED_LIGHT}Please select a valid destination.${NORMAL}\n\n"
press_any_key_to_continue
clear
else
if [[ "${drive_partition_selection}" == "3" ]]; then
echo -e -n "\nDrive selected as destination: ${BLUE_LIGHT}$user_drive${NORMAL}\n"
elif [[ "${drive_partition_selection}" == "6" ]]; then
echo -e -n "\nEFI partition selected as destination: ${BLUE_LIGHT}$boot_partition${NORMAL}\n"
elif [[ "${drive_partition_selection}" == "7" ]]; then
echo -e -n "\nROOT partition selected as destination: ${BLUE_LIGHT}$root_partition${NORMAL}\n"
fi
while true; do
echo -e -n "\nPartitions can be formatted later in another step, ONLY IF user decides to do it.\n"
echo -e -n "Are you sure you want to continue with the selected drive? (y/n):${NORMAL} "
read -r yn
if [[ $yn =~ ${regex_NO} ]]; then
echo -e -n "\n${RED_LIGHT}Aborting, select another destination.${NORMAL}\n\n"
press_any_key_to_continue
clear
break
elif [[ $yn =~ ${regex_YES} ]]; then
if [[ "${drive_partition_selection}" == "3" ]]; then
if grep -q "$user_drive" /proc/mounts; then
echo -e -n "\nDrive already mounted.\nChanging directory to $HOME and unmounting every partition...\n"
cd "$HOME"
umount --recursive "$(findmnt "$user_drive" | awk -F " " 'FNR == 2 {print $1}')"
echo -e -n "\nDrive unmounted successfully.\n"
fi
echo -e -n "\n${GREEN_LIGHT}Correct drive selected.${NORMAL}\n\n"
boot_partition=''
root_partition=''
elif [[ "${drive_partition_selection}" == "6" ]]; then
if grep -q "$boot_partition" /proc/mounts; then
echo -e -n "\nPartition already mounted.\nChanging directory to $HOME and unmounting partition...\n"
cd "$HOME"
umount --recursive "$(findmnt "$boot_partition" | awk -F " " 'FNR == 2 {print $1}')"
echo -e -n "\nPartition unmounted successfully.\n"
fi
echo -e -n "\n${GREEN_LIGHT}Correct EFI partition selected.${NORMAL}\n\n"
elif [[ "${drive_partition_selection}" == "7" ]]; then
if grep -q "$root_partition" /proc/mounts; then
echo -e -n "\nPartition already mounted.\nChanging directory to $HOME and unmounting partition...\n"
cd "$HOME"
umount --recursive "$(findmnt "$root_partition" | awk -F " " 'FNR == 2 {print $1}')"
echo -e -n "\nPartition unmounted successfully.\n"
fi
echo -e -n "\n${GREEN_LIGHT}Correct ROOT partition selected.${NORMAL}\n\n"
fi
press_any_key_to_continue
clear
break 2
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
echo
fi
done
fi
done
else
header_dw
echo -e -n "\n${RED_LIGHT}Please first select a valid destination drive.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
}
function header_dw {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Disk wiping${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function disk_wiping {
if [[ ! -b "$user_drive" ]]; then
header_dw
echo -e -n "\n${RED_LIGHT}Please select a valid destination drive before wiping.${NORMAL}\n\n"
press_any_key_to_continue
clear
else
while true; do
header_dw
echo -e -n "\nDrive selected for wiping: ${BLUE_LIGHT}$user_drive${NORMAL}\n"
echo -e -n "\n${RED_LIGHT}THIS DRIVE WILL BE WIPED, EVERY DATA INSIDE WILL BE LOST.${NORMAL}\n"
echo -e -n "${RED_LIGHT}Are you sure you want to continue? (y/n):${NORMAL} "
read -r yn
if [[ $yn =~ ${regex_NO} ]]; then
echo -e -n "\n${RED_LIGHT}Aborting, please select another destination drive.${NORMAL}\n\n"
press_any_key_to_continue
clear
break
elif [[ $yn =~ ${regex_YES} ]]; then
if grep -q "$user_drive" /proc/mounts; then
echo -e -n "\nDrive already mounted.\nChanging directory to $HOME and unmounting every partition before wiping...\n"
cd "$HOME"
umount --recursive "$(findmnt "$user_drive" | awk -F " " 'FNR == 2 {print $1}')"
echo -e -n "\nDrive unmounted successfully.\n"
fi
echo -e -n "\nWiping the drive...\n\n"
if wipefs -a "$user_drive"; then
sync
echo -e -n "\n${GREEN_LIGHT}Drive successfully wiped.${NORMAL}\n\n"
press_any_key_to_continue
clear
break
else
echo -e -n "\n${RED_LIGHT}Something went wrong, please try again.${NORMAL}\n\n"
press_any_key_to_continue
clear
break
fi
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
fi
}
function header_dp {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Disk partitioning${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function disk_partitioning {
if [[ ! -b "$user_drive" ]]; then
header_dp
echo -e -n "\n${RED_LIGHT}Please select a valid destination drive before partitioning.${NORMAL}\n\n"
press_any_key_to_continue
clear
else
while true; do
clear
header_dp
echo -e -n "\nDrive previously selected for partitioning: ${BLUE_LIGHT}$user_drive${NORMAL}.\n\n"
read -r -p "Do you want to change it? (y/n): " yn
if [[ $yn =~ ${regex_YES} ]]; then
echo -e -n "\n${RED_LIGHT}Aborting, please select another destination drive.${NORMAL}\n\n"
press_any_key_to_continue
break
elif [[ $yn =~ ${regex_NO} ]]; then
if grep -q "$user_drive" /proc/mounts; then
echo -e -n "\nDrive already mounted.\nChanging directory to $HOME and unmounting every partition before partitioning...\n"
cd "$HOME"
umount --recursive "$(findmnt "$user_drive" | awk -F " " 'FNR == 2 {print $1}')"
echo -e -n "\nDrive unmounted successfully.\n\n"
press_any_key_to_continue
clear
fi
while true; do
clear
header_dp
echo -e -n "\n${BLUE_LIGHT}Suggested disk layout${NORMAL}:"
echo -e -n "\n- GPT as partition table for UEFI systems;"
echo -e -n "\n- Less than 1 GB for /boot/efi as first partition [EFI System];"
echo -e -n "\n- Rest of the disk for the partition that will be logically partitioned with LVM (/ and /home) [Linux filesystem]."
echo -e -n "\n\nThose two will be physical partition.\nYou don't need to create a /home partition now because btrfs subvolumes will take care of that.\n"
echo -e -n "\nDrive selected for partitioning: ${BLUE_LIGHT}$user_drive${NORMAL}\n\n"
read -r -p "Which tool do you want to use? (fdisk/cfdisk/sfdisk): " tool
case "$tool" in
fdisk)
fdisk "$user_drive"
sync
break
;;
cfdisk)
cfdisk "$user_drive"
sync
break
;;
sfdisk)
sfdisk "$user_drive"
sync
break
;;
*)
echo -e -n "\n${RED_LIGHT}Please select only one of the three suggested tools.${NORMAL}\n\n"
press_any_key_to_continue
;;
esac
done
while true; do
if [[ $(fdisk -l "$user_drive" | grep Disklabel | awk '{print $3}') =~ ${regex_GPT} ]]; then
clear
header_dp
echo
lsblk -p "$user_drive"
echo
read -r -p "Is this the desired partition table? (y/n): " yn
if [[ $yn =~ ${regex_YES} ]]; then
echo -e -n "\n${GREEN_LIGHT}Drive successfully partitioned.${NORMAL}\n\n"
press_any_key_to_continue
clear
break 2
elif [[ $yn =~ ${regex_NO} ]]; then
echo -e -n "\n${RED_LIGHT}Please partition your drive again.${NORMAL}\n\n"
press_any_key_to_continue
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
else
user_drive=''
clear
header_dp
echo -e -n "\n${RED_LIGHT}Please wipe destination drive again and select GPT as partition table.${NORMAL}\n\n"
press_any_key_to_continue
clear
break 2
fi
done
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
fi
}
function header_de {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Disk encryption${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function disk_encryption {
if [[ ! -b "$root_partition" ]]; then
header_de
echo -e -n "\n${RED_LIGHT}Please select a valid ROOT partition before enabling Full Disk Encryption.${NORMAL}\n\n"
press_any_key_to_continue
clear
else
if [[ $lvm_yn =~ ${regex_YES} ]] && [[ -b /dev/mapper/"$vg_name"-"$lv_root_name" ]]; then
header_de
echo -e -n "\n${RED_LIGHT}In this script is not allowed to encrypt a partition after using LVM.${NORMAL}\n\n"
press_any_key_to_continue
clear
else
if [[ $encryption_yn =~ ${regex_YES} ]]; then
while true; do
header_de
echo -e -n "\nEncryption is already enabled for partition ${BLUE_LIGHT}$root_partition${NORMAL}."
echo -e -n "\nDo you want to disable it? (y/n): "
read -r yn
if [[ $yn =~ ${regex_YES} ]]; then
if cryptsetup close /dev/mapper/"${encrypted_name}"; then
luks_ot=''
encryption_yn='n'
encrypted_partition=''
echo -e -n "\n${RED_LIGHT}Encryption will be disabled.${NORMAL}\n\n"
press_any_key_to_continue
clear
break
else
echo -e -n "\n${RED_LIGHT}Something went wrong, please try again.${NORMAL}\n\n"
press_any_key_to_continue
clear
break
fi
elif [[ $yn =~ ${regex_NO} ]]; then
clear
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
elif [[ $encryption_yn =~ ${regex_NO} ]]; then
while true; do
header_de
echo -e -n "\nDo you want to set up ${BLUE_LIGHT}Full Disk Encryption${NORMAL}? (y/n): "
read -r encryption_yn
if [[ $encryption_yn =~ ${regex_YES} ]]; then
while true; do
echo -e -n "\nDestination partition: ${BLUE_LIGHT}$root_partition${NORMAL}.\n"
echo -e -n "\n${RED_LIGHT}THIS PARTITION WILL BE FORMATTED AND ENCRYPTED, EVERY DATA INSIDE WILL BE LOST.${NORMAL}\n"
echo -e -n "${RED_LIGHT}Are you sure you want to continue? (y/n):${NORMAL} "
read -r yn
if [[ $yn =~ ${regex_NO} ]]; then
encryption_yn='n'
echo -e -n "\n${RED_LIGHT}Aborting, please select another ROOT partition.${NORMAL}\n\n"
press_any_key_to_continue
clear
break 2
elif [[ $yn =~ ${regex_YES} ]]; then
echo -e -n "\n${GREEN_LIGHT}Correct partition selected.${NORMAL}\n\n"
press_any_key_to_continue
clear
header_de
echo -e -n "\nThe selected partition will now be encrypted with LUKS version 1 or 2.\n"
echo -e -n "\n${RED_LIGHT}LUKS version 1${NORMAL}\n"
echo -e -n "- Can be used by both EFISTUB and GRUB2\n"
echo -e -n "\n${RED_LIGHT}LUKS version 2${NORMAL}\n"
echo -e -n "- Can be used only by EFISTUB and it will automatically be selected later.\n"
echo -e -n " [GRUB2 LUKS version 2 support with encrypted /boot is still limited: https://savannah.gnu.org/bugs/?55093].\n"
while true; do
echo -e -n "\nWhich LUKS version do you want to use? (1/2): "
read -r luks_ot
if [[ "$luks_ot" == "1" ]] || [[ "$luks_ot" == "2" ]]; then
echo -e -n "\nUsing LUKS version ${BLUE_LIGHT}$luks_ot${NORMAL}.\n\n"
if cryptsetup luksFormat --type=luks"$luks_ot" "$root_partition" --debug --verbose; then
echo -e -n "\n${GREEN_LIGHT}Partition successfully encrypted.${NORMAL}\n\n"
press_any_key_to_continue
clear
break
else
echo -e -n "\n${RED_LIGHT}Something went wrong, exiting...${NORMAL}\n\n"
kill_script
fi
else
echo -e -n "\n${RED_LIGHT}Please enter 1 or 2.${NORMAL}\n\n"
press_any_key_to_continue
fi
done
while true; do
header_de
echo -e -n "\nEnter a ${BLUE_LIGHT}name${NORMAL} for the ${BLUE_LIGHT}encrypted partition${NORMAL} without any spaces (i.e. MyEncryptedLinuxPartition).\n"
echo -e -n "\nThe name will be used to mount the encrypted partition to ${BLUE_LIGHT}/dev/mapper/[...]${NORMAL} : "
read -r encrypted_name
if [[ -z "$encrypted_name" ]]; then
echo -e -n "\nPlease enter a valid name.\n\n"
press_any_key_to_continue
clear
else
while true; do
echo -e -n "\nYou entered: ${BLUE_LIGHT}$encrypted_name${NORMAL}.\n\n"
read -r -p "Is this the desired name? (y/n): " yn
if [[ $yn =~ ${regex_YES} ]]; then
echo -e -n "\nPartition will now be mounted as: ${BLUE_LIGHT}/dev/mapper/$encrypted_name${NORMAL}\n\n"
if ! cryptsetup open "$root_partition" "$encrypted_name"; then
echo -e -n "\n${RED_LIGHT}Something went wrong, exiting...${NORMAL}\n\n"
kill_script
else
encrypted_partition=/dev/mapper/"$encrypted_name"
echo -e -n "\n${GREEN_LIGHT}Encrypted partition successfully mounted.${NORMAL}\n\n"
press_any_key_to_continue
clear
break 2
fi
elif [[ $yn =~ ${regex_NO} ]]; then
echo -e -n "\n${RED_LIGHT}Please select another name.${NORMAL}\n\n"
press_any_key_to_continue
clear
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
fi
done
fi
done
break 2
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
fi
done
elif [[ $encryption_yn =~ ${regex_NO} ]]; then
clear
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
fi
fi
fi
}
function header_lc {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Logical Volume Management${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function lvm_creation {
if [[ $encryption_yn =~ ${regex_NO} ]] && [[ ! -b "$root_partition" ]]; then
header_lc
echo -e -n "\n${RED_LIGHT}Please select a valid ROOT partition before enabling LVM.${NORMAL}\n\n"
press_any_key_to_continue
clear
elif [[ $encryption_yn =~ ${regex_YES} ]] && [[ ! -b "$encrypted_partition" ]]; then
header_lc
echo -e -n "\n${RED_LIGHT}Please encrypt a valid ROOT partition before enabling LVM.${NORMAL}\n\n"
press_any_key_to_continue
clear
else
if [[ $lvm_yn =~ ${regex_YES} ]]; then
while true; do
header_de
if [[ $encryption_yn =~ ${regex_YES} ]]; then
echo -e -n "\nLVM is already enabled for partition ${BLUE_LIGHT}$encrypted_partition${NORMAL}."
elif [[ $encryption_yn =~ ${regex_NO} ]]; then
echo -e -n "\nLVM is already enabled for partition ${BLUE_LIGHT}$root_partition${NORMAL}."
fi
echo -e -n "\nDo you want to disable it? (y/n): "
read -r yn
if [[ $yn =~ ${regex_YES} ]]; then
if lvchange -an /dev/mapper/"$vg_name"-"$lv_root_name" && vgchange -an /dev/mapper/"$vg_name"; then
lvm_yn='n'
lvm_partition=''
echo -e -n "\n${RED_LIGHT}LVM will be disabled.${NORMAL}\n\n"
press_any_key_to_continue
clear
break
else
echo -e -n "\n${RED_LIGHT}Something went wrong, exiting...${NORMAL}\n\n"
kill_script
fi
elif [[ $yn =~ ${regex_NO} ]]; then
clear
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
elif [[ $lvm_yn =~ ${regex_NO} ]]; then
while true; do
header_lc
echo -e -n "\nWith LVM will be easier in the future to add more space"
echo -e -n "\nto the ROOT partition without formatting the whole system.\n"
echo -e -n "\nDo you want to use ${BLUE_LIGHT}LVM${NORMAL}? (y/n): "
read -r lvm_yn
if [[ $lvm_yn =~ ${regex_YES} ]]; then
clear
while true; do
header_lc
echo -e -n "\nCreating logical partitions wih LVM.\n"
echo -e -n "\nEnter a ${BLUE_LIGHT}name${NORMAL} for the ${BLUE_LIGHT}Volume Group${NORMAL} without any spaces (i.e. MyLinuxVolumeGroup).\n"
echo -e -n "\nThe name will be used to mount the Volume Group as: ${BLUE_LIGHT}/dev/mapper/[...]${NORMAL} : "
read -r vg_name
if [[ -z "$vg_name" ]]; then
echo -e -n "\n${RED_LIGHT}Please enter a valid name.${NORMAL}\n\n"
press_any_key_to_continue
clear
else
while true; do
echo -e -n "\nYou entered: ${BLUE_LIGHT}$vg_name${NORMAL}.\n\n"
read -r -p "Is this the desired name? (y/n): " yn
if [[ $yn =~ ${regex_YES} ]]; then
echo -e -n "\n\nVolume Group will now be created and mounted as: ${BLUE_LIGHT}/dev/mapper/$vg_name${NORMAL}\n\n"
if [[ $encryption_yn =~ ${regex_YES} ]]; then
if ! vgcreate "$vg_name" "$encrypted_partition"; then
echo -e -n "\n${RED_LIGHT}Something went wrong, exiting...${NORMAL}\n\n"
kill_script
fi
elif [[ $encryption_yn =~ ${regex_NO} ]]; then
if ! vgcreate "$vg_name" "$root_partition"; then
echo -e -n "\n${RED_LIGHT}Something went wrong, exiting...${NORMAL}\n\n"
kill_script
fi
fi
echo
press_any_key_to_continue
clear
break 2
elif [[ $yn =~ ${regex_NO} ]]; then
echo -e -n "\n${RED_LIGHT}Please select another name${NORMAL}.\n\n"
press_any_key_to_continue
clear
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
fi
done
fi
done
while true; do
header_lc
echo -e -n "\nEnter a ${BLUE_LIGHT}name${NORMAL} for the ${BLUE_LIGHT}Logical Volume${NORMAL} without any spaces (i.e. MyLinuxLogicVolume)."
echo -e -n "\nIts size will be the entire partition previosly selected.\n"
echo -e -n "\nThe name will be used to mount the Logical Volume as: ${BLUE_LIGHT}/dev/mapper/$vg_name-[...]${NORMAL} : "
read -r lv_root_name
if [[ -z "$lv_root_name" ]]; then
echo -e -n "\n${RED_LIGHT}Please enter a valid name.${NORMAL}\n\n"
press_any_key_to_continue
clear
else
while true; do
echo -e -n "\nYou entered: ${BLUE_LIGHT}$lv_root_name${NORMAL}.\n\n"
read -r -p "Is this correct? (y/n): " yn
if [[ $yn =~ ${regex_YES} ]]; then
echo -e -n "\nLogical Volume ${BLUE_LIGHT}$lv_root_name${NORMAL} will now be created.\n\n"
if lvcreate --name "$lv_root_name" -l +100%FREE "$vg_name"; then
echo
press_any_key_to_continue
lvm_partition=/dev/mapper/"$vg_name"-"$lv_root_name"
clear
break 3
else
echo -e -n "\n${RED_LIGHT}Something went wrong, exiting...${NORMAL}\n\n"
kill_script
fi
elif [[ $yn =~ ${regex_NO} ]]; then
echo -e -n "\n${RED_LIGHT}Please select another name${NORMAL}.\n\n"
press_any_key_to_continue
clear
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
fi
done
fi
done
elif [[ $lvm_yn =~ ${regex_NO} ]]; then
clear
break
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
fi
fi
}
function header_al {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Filesystem labels${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function assign_labels {
header_al
echo -e -n "\nPlease enter a label for ${BLUE_LIGHT}EFI partition${NORMAL}: "
read -r boot_label
echo -e -n "\nPlease enter a label for ${BLUE_LIGHT}ROOT partition${NORMAL}: "
read -r root_label
}
function detect_final_drive {
if [[ $encryption_yn =~ ${regex_YES} ]]; then
if [[ $lvm_yn =~ ${regex_YES} ]]; then
final_drive=$lvm_partition
elif [[ $lvm_yn =~ ${regex_NO} ]]; then
final_drive=$encrypted_partition
fi
elif [[ $encryption_yn =~ ${regex_NO} ]]; then
if [[ $lvm_yn =~ ${regex_YES} ]]; then
final_drive=$lvm_partition
elif [[ $lvm_yn =~ ${regex_NO} ]]; then
final_drive=$root_partition
fi
fi
}
function header_fcis {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}System creation${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function format_create_install_system {
detect_final_drive
if [[ -z "$final_drive" ]] || [[ -z "$boot_label" ]] || [[ -z "$root_label" ]]; then
header_fcis
echo -e -n "\n${RED_LIGHT}Please complete at least steps 3, 6, 7 and 10 before installing the system.${NORMAL}\n\n"
press_any_key_to_continue
clear
elif ! ping -c 1 8.8.8.8 &>/dev/null; then
header_fcis
echo -e -n "\n${RED_LIGHT}Installation requires internet connection.${NORMAL}\n\n"
press_any_key_to_continue
clear
else
if [[ "$boot_partition" == "$root_partition" ]]; then
header_fcis
echo -e -n "\n${RED_LIGHT}EFI and ROOT partitions must not be the same.${NORMAL}\n\n"
press_any_key_to_continue
clear
else
while true; do
header_fcis
echo -e -n "\n${RED_LIGHT}BY SELECTING YES, EVERYTHING WILL BE FORMATTED, EVERY DATA WILL BE LOST.${NORMAL}\n"
echo -e -n "\n${RED_LIGHT}You can later choose if you want to format the EFI partition or not.${NORMAL}\n"
echo -e -n "${RED_LIGHT}Are you sure you want to continue? (y/n):${NORMAL} "
read -r yn
if [[ $yn =~ ${regex_NO} ]]; then
clear
break
elif [[ $yn =~ ${regex_YES} ]]; then
# Format EFI partition
while true; do
clear
header_fcis
echo -e -n "\nDo you want to format the ${BLUE_LIGHT}EFI partition${NORMAL} as ${BLUE_LIGHT}FAT32${NORMAL}? (y/n): "
read -r yn
if [[ $yn =~ ${regex_NO} ]]; then
if [[ $(blkid --match-tag TYPE --output value "$boot_partition") =~ ${regex_FAT32} ]] ; then
echo -e -n "\nEFI partition will not be formatted.\n\n"
press_any_key_to_continue
else
echo -e -n "\n${RED_LIGHT}EFI partition $boot_partition is not a FAT32 (vfat) filesystem.${NORMAL}"
echo -e -n "\n${RED_LIGHT}Installer will continue but this could lead to an unbootable system.${NORMAL}\n\n"
press_any_key_to_continue
break
fi
elif [[ $yn =~ ${regex_YES} ]]; then
echo -e -n "\nFormatting ${BLUE_LIGHT}EFI partition${NORMAL} as ${BLUE_LIGHT}FAT32${NORMAL}...\n\n"
if grep -q "$boot_partition" /proc/mounts; then
echo -e -n "\nPartition already mounted.\nChanging directory to $HOME and unmounting it before formatting...\n"
cd "$HOME"
umount --recursive "$(findmnt "$boot_partition" | awk -F " " 'FNR == 2 {print $1}')"
echo -e -n "\nDrive unmounted successfully.\n\n"
press_any_key_to_continue
fi
if mkfs.vfat -n "$boot_label" -F 32 "$boot_partition"; then
sync
echo -e -n "\n${GREEN_LIGHT}EFI partition successfully formatted.${NORMAL}\n\n"
press_any_key_to_continue
break
else
echo -e -n "\n${RED_LIGHT}Something went wrong, exiting...${NORMAL}\n\n"
kill_script
fi
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
fi
done
# Format ROOT partition
clear
header_fcis
echo -e -n "\nRoot partition will be formatted as ${BLUE_LIGHT}BTRFS${NORMAL}...\n\n"
if mkfs.btrfs --force -L "$root_label" "$final_drive"; then
sync
echo -e -n "\n${GREEN_LIGHT}ROOT partition successfully formatted.${NORMAL}\n\n"
press_any_key_to_continue
else
echo -e -n "\n${RED_LIGHT}Something went wrong, exiting...${NORMAL}\n\n"
kill_script
fi
# Create BTRFS subvolumes
clear
header_fcis
if [[ -n $(lsblk "$final_drive" --discard |
awk -F " " 'FNR == 2 {print $3}') ]] && [[ -n $(lsblk "$final_drive" --discard |
awk -F " " 'FNR == 2 {print $4}') ]]; then
hdd_ssd=ssd
else
hdd_ssd=hdd
fi
echo -e -n "\nBTRFS subvolumes will now be created with following options:\n"
echo -e -n "- rw\n"
echo -e -n "- noatime\n"
if [[ "$hdd_ssd" == "ssd" ]]; then
echo -e -n "- discard=async\n"
fi
echo -e -n "- compress-force=zstd\n"
echo -e -n "- space_cache=v2\n"
echo -e -n "- commit=120\n"
echo -e -n "\nSubvolumes that will be created:\n"
echo -e -n "- /@\n"
echo -e -n "- /@home\n"
echo -e -n "- /@snapshots\n"
echo -e -n "- /@swap\n"
echo -e -n "- /var/cache/xbps\n"
echo -e -n "- /var/tmp\n"
echo -e -n "- /var/log\n\n"
press_any_key_to_continue
if grep -q /mnt /proc/mounts; then
echo -e -n "Everything mounted to /mnt will now be unmounted...\n"
cd "$HOME"
umount --recursive /mnt
echo -e -n "\nDone.\n\n"
press_any_key_to_continue
fi
echo -e -n "\nCreating BTRFS subvolumes and mounting them to /mnt...\n"
if [[ "$hdd_ssd" == "ssd" ]]; then
export BTRFS_OPT=rw,noatime,discard=async,compress-force=zstd,space_cache=v2,commit=120
elif [[ "$hdd_ssd" == "hdd" ]]; then
export BTRFS_OPT=rw,noatime,compress-force=zstd,space_cache=v2,commit=120
fi
mount -o "$BTRFS_OPT" "$final_drive" /mnt
btrfs subvolume create /mnt/@
btrfs subvolume create /mnt/@home
btrfs subvolume create /mnt/@snapshots
btrfs subvolume create /mnt/@swap
umount /mnt
mount -o "$BTRFS_OPT",subvol=@ "$final_drive" /mnt
mkdir /mnt/home
mount -o "$BTRFS_OPT",subvol=@home "$final_drive" /mnt/home/
mkdir /mnt/swap
mount -o "$BTRFS_OPT",subvol=@swap "$final_drive" /mnt/swap/
mkdir -p /mnt/var/cache
btrfs subvolume create /mnt/var/cache/xbps
btrfs subvolume create /mnt/var/tmp
btrfs subvolume create /mnt/var/log
echo -e -n "\n${GREEN_LIGHT}Done.${NORMAL}\n\n"
press_any_key_to_continue
# Install base system
while true; do
clear
header_fcis
echo -e -n "\nSelect which ${BLUE_LIGHT}architecture${NORMAL} do you want to use:\n\n"
select user_arch in x86_64 x86_64-musl; do
case "$user_arch" in
x86_64)
echo -e -n "\n${BLUE_LIGHT}$user_arch${NORMAL} selected.\n"
ARCH="$user_arch"
export REPO=https://repo-default.voidlinux.org/current
break 2
;;
x86_64-musl)
echo -e -n "\n${BLUE_LIGHT}$user_arch${NORMAL} selected.\n"
ARCH="$user_arch"
export REPO=https://repo-default.voidlinux.org/current/musl
break 2
;;
*)
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
break
;;
esac
done
done
echo -e -n "\nCopying RSA keys...\n"
mkdir -p /mnt/var/db/xbps/keys
cp /var/db/xbps/keys/* /mnt/var/db/xbps/keys/
echo -e -n "\nInstalling base system...\n\n"
press_any_key_to_continue
echo
if ! XBPS_ARCH="$ARCH" xbps-install -Suvy xbps; then
echo -e -n "\n${RED_LIGHT}Something went wrong, killing script...${NORMAL}\n\n"
kill_script
fi
if ! XBPS_ARCH="$ARCH" xbps-install -Suvy -r /mnt -R "$REPO" base-system btrfs-progs cryptsetup grub-x86_64-efi \
efibootmgr lvm2 grub-btrfs grub-btrfs-runit NetworkManager bash-completion nano gcc apparmor git curl \
util-linux tar coreutils binutils xtools fzf xmirror plocate ictree xkeyboard-config ckbcomp void-repo-nonfree; then
echo -e -n "\n${RED_LIGHT}Something went wrong, killing script...${NORMAL}\n\n"
kill_script
fi
if [[ "$XBPS_ARCH" == "x86_64" ]]; then
if ! XBPS_ARCH="$ARCH" xbps-install -Suvy -r /mnt -R "$REPO" void-repo-multilib void-repo-multilib-nonfree; then
echo -e -n "\n${RED_LIGHT}Something went wrong, killing script...${NORMAL}\n\n"
kill_script
fi
fi
if ! XBPS_ARCH="$ARCH" xbps-install -Suvy -r /mnt -R "$REPO"; then
echo -e -n "\n${RED_LIGHT}Something went wrong, killing script...${NORMAL}\n\n"
kill_script
fi
if [[ "$XBPS_ARCH" == "x86_64" ]] && grep -m 1 "model name" /proc/cpuinfo | grep --ignore-case "intel" &>/dev/null; then
if ! XBPS_ARCH="$ARCH" xbps-install -Suvy -r /mnt -R "$REPO" intel-ucode; then
echo -e -n "\n${RED_LIGHT}Something went wrong, killing script...${NORMAL}\n\n"
kill_script
fi
fi
echo -e -n "\nMounting folders for chroot...\n"
mount -t proc none /mnt/proc
mount -t sysfs none /mnt/sys
mount --rbind /dev /mnt/dev
mount --rbind /run /mnt/run
mount --rbind /sys/firmware/efi/efivars /mnt/sys/firmware/efi/efivars/
echo -e -n "\nCopying /etc/resolv.conf...\n"
cp -L /etc/resolv.conf /mnt/etc/
if cp -L /etc/NetworkManager/system-connections/* /mnt/etc/NetworkManager/system-connections/ &>/dev/null; then
echo -e -n "\nCopying /etc/NetworkManager/system-connections/...\n"
fi
# Chrooting
echo -e -n "\nChrooting...\n\n"
press_any_key_to_continue
cp "$HOME"/chroot.sh /mnt/root/
BTRFS_OPT="$BTRFS_OPT" boot_partition="$boot_partition" encryption_yn="$encryption_yn" luks_ot="$luks_ot" root_partition="$root_partition" \
encrypted_name="$encrypted_name" lvm_yn="$lvm_yn" vg_name="$vg_name" lv_root_name="$lv_root_name" user_drive="$user_drive" final_drive="$final_drive" \
user_keyboard_layout="$user_keyboard_layout" hdd_ssd="$hdd_ssd" void_packages_repo="$void_packages_repo" ARCH="$ARCH" BLUE_LIGHT="$BLUE_LIGHT" \
BLUE_LIGHT_FIND="$BLUE_LIGHT_FIND" GREEN_DARK="$GREEN_DARK" GREEN_LIGHT="$GREEN_LIGHT" NORMAL="$NORMAL" NORMAL_FIND="$NORMAL_FIND" RED_LIGHT="$RED_LIGHT" BLACK_FG_WHITE_BG=$BLACK_FG_WHITE_BG regex_YES=$regex_YES regex_NO=$regex_NO regex_BACK=$regex_BACK regex_EFISTUB=$regex_EFISTUB regex_GRUB2=$regex_GRUB2 \
regex_ROOT=$regex_ROOT \
chroot /mnt/ /bin/bash "$HOME"/chroot.sh
clear
header_fcis
echo -e -n "\nCleaning...\n"
rm -f /mnt/root/chroot.sh
echo -e -n "\nUnmounting partitions...\n\n"
if findmnt /mnt &>/dev/null; then
umount --recursive /mnt
fi
if [[ $lvm_yn =~ ${regex_YES} ]]; then
lvchange -an /dev/mapper/"$vg_name"-"$lv_root_name"
vgchange -an /dev/mapper/"$vg_name"
fi
if [[ $encryption_yn =~ ${regex_YES} ]]; then
cryptsetup close /dev/mapper/"$encrypted_name"
fi
echo
press_any_key_to_continue
clear
outro
else
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
fi
done
fi
fi
}
function outro {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI #${NORMAL} ${GREEN_LIGHT}Installation completed${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "\nAfter rebooting into the new installed system, be sure to:\n"
echo -e -n "- If you plan yo use snapper, after installing it and creating a configuration for / [root],\n uncomment the line relative to /.snapshots folder\n"
echo -e -n "\n${GREEN_LIGHT}Everything's done, goodbye.${NORMAL}\n\n"
press_any_key_to_continue
clear
exit 0
}
# Main
function header_main {
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
echo -e -n "${GREEN_DARK}# VLI # ${GREEN_LIGHT}Void Linux Installer Menu${NORMAL} ${GREEN_DARK}#${NORMAL}\n"
echo -e -n "${GREEN_DARK}#######################################${NORMAL}\n"
}
function main {
while true; do
header_main
echo -e -n "\n1) Set keyboard layout\t\t\t......\tKeyboard layout: "
current_xkeyboard_layout=$(setxkbmap -query 2>/dev/null | grep layout | awk '{print $2}')
if [[ -n "${current_xkeyboard_layout}" ]] || [[ -n "${user_keyboard_layout}" ]]; then
echo -e -n "\t${GREEN_LIGHT}${current_xkeyboard_layout:-${user_keyboard_layout}}${NORMAL}"
user_keyboard_layout="${current_xkeyboard_layout:-${user_keyboard_layout}}"
else
echo -e -n "${RED_LIGHT}\tnone${NORMAL}"
fi
echo -e -n "\n2) Set up internet connection\t\t......\tConnection status: "
if ping -c 1 8.8.8.8 &>/dev/null; then
echo -e -n "${GREEN_LIGHT}\tconnected${NORMAL}"
else
echo -e -n "${RED_LIGHT}\tnot connected${NORMAL}"
fi
echo
echo -e -n "\n3) Select destination drive\t\t......\tDrive selected: "
if [[ -b "$user_drive" ]]; then
echo -e -n "${GREEN_LIGHT}\t${user_drive}${NORMAL}"
else
echo -e -n "${RED_LIGHT}\tnone${NORMAL}"
fi
echo -e -n "\n4) Wipe destination drive\t\t......\tDrive selected: "
if [[ -b "$user_drive" ]]; then
echo -e -n "${GREEN_LIGHT}\t${user_drive}${NORMAL}"
else
echo -e -n "${RED_LIGHT}\tnone${NORMAL}"
fi
echo -e -n "\n5) Partition destination drive\t\t......\tDrive selected: "
if [[ -b "$user_drive" ]]; then
echo -e -n "${GREEN_LIGHT}\t${user_drive}${NORMAL}"
else
echo -e -n "${RED_LIGHT}\tnone${NORMAL}"
fi
echo
echo -e -n "\n6) Select EFI partition\t\t\t......\tPartition selected: "
if [[ -b "$boot_partition" ]]; then
echo -e -n "${GREEN_LIGHT}\t${boot_partition}${NORMAL}"
else
echo -e -n "${RED_LIGHT}\tnone${NORMAL}"
fi
echo -e -n "\n7) Select ROOT partition\t\t......\tPartition selected: "
if [[ -b "$root_partition" ]]; then
echo -e -n "${GREEN_LIGHT}\t${root_partition}${NORMAL}"
else
echo -e -n "${RED_LIGHT}\tnone${NORMAL}"
fi
echo
echo -e -n "\n8) Set up Full Disk Encryption\t\t......\tEncryption: "
if [[ $encryption_yn =~ ${regex_YES} ]]; then
echo -e -n "${GREEN_LIGHT}\t\tYES${NORMAL}"
echo -e -n "\n\t\t\t\t\t......\tEncrypted partition:\t${GREEN_LIGHT}${encrypted_partition}${NORMAL}"
elif [[ $encryption_yn =~ ${regex_NO} ]]; then
echo -e -n "${RED_LIGHT}\t\tNO${NORMAL}"
echo -e -n "\n\t\t\t\t\t......\tEncrypted partition:\t${RED_LIGHT}none${NORMAL}"
fi
echo -e -n "\n9) Set up Logical Volume Management\t......\tLVM: "
if [[ $lvm_yn =~ ${regex_YES} ]]; then
echo -e -n "${GREEN_LIGHT}\t\t\tYES${NORMAL}"
echo -e -n "\n\t\t\t\t\t......\tLVM partition\t\t${GREEN_LIGHT}${lvm_partition}${NORMAL}"
elif [[ $lvm_yn =~ ${regex_NO} ]]; then
echo -e -n "${RED_LIGHT}\t\t\tNO${NORMAL}"
echo -e -n "\n\t\t\t\t\t......\tLVM partition:\t\t${RED_LIGHT}none${NORMAL}"
fi
echo
echo -e -n "\n10) Set up partition labels: "
if [[ -n $boot_label ]]; then
echo -e -n "\t\t......\tEFI label\t\t${GREEN_LIGHT}${boot_label}${NORMAL}"
else
echo -e -n "\t\t......\tEFI label\t\t${RED_LIGHT}none${NORMAL}"
fi
if [[ -n $root_label ]]; then
echo -e -n "\n\t\t\t\t\t......\tROOT label\t\t${GREEN_LIGHT}${root_label}${NORMAL}"
else
echo -e -n "\n\t\t\t\t\t......\tROOT label\t\t${RED_LIGHT}none${NORMAL}"
fi
echo
echo -e -n "\n11) Install base system and chroot inside"
echo
echo -e -n "\nx) ${RED_LIGHT}Quit and unmount everything.${NORMAL}\n"
echo -e -n "\nUser selection: "
read -r menu_selection
case "${menu_selection}" in
1)
clear
set_keyboard_layout
clear
;;
2)
clear
connect_to_internet
clear
;;
3)
clear
drive_partition_selection='3'
select_destination
drive_partition_selection='0'
clear
;;
4)
clear
disk_wiping
clear
;;
5)
clear
disk_partitioning
clear
;;
6)
clear
drive_partition_selection='6'
select_destination
drive_partition_selection='0'
clear
;;
7)
clear
drive_partition_selection='7'
select_destination
drive_partition_selection='0'
clear
;;
8)
clear
disk_encryption
clear
;;
9)
clear
lvm_creation
clear
;;
10)
clear
assign_labels
clear
;;
11)
clear
format_create_install_system
clear
;;
x)
kill_script
;;
*)
echo -e -n "\n${RED_LIGHT}Not a valid input.${NORMAL}\n\n"
press_any_key_to_continue
clear
;;
esac
done
}
check_if_bash
check_if_run_as_root
check_if_uefi
create_chroot_script
intro
main
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