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# Copyright (c) 2009-2015 Juan RP <xtraeme@gmail.com>
# Copyright (c) 2012 Dave Elusive <davehome@redthumb.info.tm>
# All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions
# are met:
# 1. Redistributions of source code must retain the above copyright
# notice, this list of conditions and the following disclaimer.
# 2. Redistributions in binary form must reproduce the above copyright
# notice, this list of conditions and the following disclaimer in the
# documentation and/or other materials provided with the distribution.
#
# THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
# IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
# OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
# IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT,
# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT
# NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
# DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
# THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
# THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

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You should have received a copy of the GNU General Public License
along with this program. If not, see <https://www.gnu.org/licenses/>.
Also add information on how to contact you by electronic and paper mail.
If the program does terminal interaction, make it output a short
notice like this when it starts in an interactive mode:
<program> Copyright (C) <year> <name of author>
This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
The hypothetical commands `show w' and `show c' should show the appropriate
parts of the General Public License. Of course, your program's commands
might be different; for a GUI interface, you would use an "about box".
You should also get your employer (if you work as a programmer) or school,
if any, to sign a "copyright disclaimer" for the program, if necessary.
For more information on this, and how to apply and follow the GNU GPL, see
<https://www.gnu.org/licenses/>.
The GNU General Public License does not permit incorporating your program
into proprietary programs. If your program is a subroutine library, you
may consider it more useful to permit linking proprietary applications with
the library. If this is what you want to do, use the GNU Lesser General
Public License instead of this License. But first, please read
<https://www.gnu.org/licenses/why-not-lgpl.html>.

111
Makefile
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@ -1,111 +0,0 @@
DATECODE:=$(shell date -u "+%Y%m%d")
SHELL=/bin/bash
T_LIVE_ARCHS=i686 x86_64{,-musl}
T_PLATFORMS=rpi-{armv{6,7}l,aarch64}{,-musl} beaglebone{,-musl} cubieboard2{,-musl} odroid-c2{,-musl} GCP{,-musl} pinebookpro{,-musl}
T_ARCHS=i686 x86_64{,-musl} armv{6,7}l{,-musl} aarch64{,-musl}
T_SBC_IMGS=rpi-{armv{6,7}l,aarch64}{,-musl} beaglebone{,-musl} cubieboard2{,-musl} odroid-c2{,-musl} pinebookpro{,-musl}
T_CLOUD_IMGS=GCP{,-musl}
T_PXE_ARCHS=x86_64{,-musl}
LIVE_ARCHS:=$(shell echo $(T_LIVE_ARCHS))
LIVE_FLAVORS:=base enlightenment xfce mate cinnamon gnome kde lxde lxqt
ARCHS:=$(shell echo $(T_ARCHS))
PLATFORMS:=$(shell echo $(T_PLATFORMS))
SBC_IMGS:=$(shell echo $(T_SBC_IMGS))
CLOUD_IMGS:=$(shell echo $(T_CLOUD_IMGS))
PXE_ARCHS:=$(shell echo $(T_PXE_ARCHS))
ALL_LIVE_ISO=$(foreach arch,$(LIVE_ARCHS), $(foreach flavor,$(LIVE_FLAVORS),void-live-$(arch)-$(DATECODE)-$(flavor).iso))
ALL_ROOTFS=$(foreach arch,$(ARCHS),void-$(arch)-ROOTFS-$(DATECODE).tar.xz)
ALL_PLATFORMFS=$(foreach platform,$(PLATFORMS),void-$(platform)-PLATFORMFS-$(DATECODE).tar.xz)
ALL_SBC_IMAGES=$(foreach platform,$(SBC_IMGS),void-$(platform)-$(DATECODE).img.xz)
ALL_CLOUD_IMAGES=$(foreach cloud,$(CLOUD_IMGS),void-$(cloud)-$(DATECODE).tar.gz)
ALL_PXE_ARCHS=$(foreach arch,$(PXE_ARCHS),void-$(arch)-NETBOOT-$(DATECODE).tar.gz)
SUDO := sudo
REPOSITORY := https://repo-default.voidlinux.org/current
XBPS_REPOSITORY := -r $(REPOSITORY) -r $(REPOSITORY)/musl -r $(REPOSITORY)/aarch64
COMPRESSOR_THREADS:=2
all:
checksum: dist
cd distdir-$(DATECODE)/ && sha256 * > sha256sum.txt
distdir-$(DATECODE):
mkdir -p distdir-$(DATECODE)
dist: distdir-$(DATECODE)
mv void*$(DATECODE)* distdir-$(DATECODE)/
live-iso-all: $(ALL_LIVE_ISO)
live-iso-all-print:
@echo $(ALL_LIVE_ISO) | sed "s: :\n:g"
void-live-%.iso:
@[ -n "${CI}" ] && printf "::group::\x1b[32mBuilding $@...\x1b[0m\n" || true
$(SUDO) ./build-x86-images.sh -r $(REPOSITORY) -t $*
@[ -n "${CI}" ] && printf '::endgroup::\n' || true
rootfs-all: $(ALL_ROOTFS)
rootfs-all-print:
@echo $(ALL_ROOTFS) | sed "s: :\n:g"
void-%-ROOTFS-$(DATECODE).tar.xz:
@[ -n "${CI}" ] && printf "::group::\x1b[32mBuilding $@...\x1b[0m\n" || true
$(SUDO) ./mkrootfs.sh $(XBPS_REPOSITORY) -x $(COMPRESSOR_THREADS) $*
@[ -n "${CI}" ] && printf '::endgroup::\n' || true
platformfs-all: $(ALL_PLATFORMFS)
platformfs-all-print:
@echo $(ALL_PLATFORMFS) | sed "s: :\n:g"
.SECONDEXPANSION:
void-%-PLATFORMFS-$(DATECODE).tar.xz: void-$$(shell ./lib.sh platform2arch %)-ROOTFS-$(DATECODE).tar.xz
@[ -n "${CI}" ] && printf "::group::\x1b[32mBuilding $@...\x1b[0m\n" || true
$(SUDO) ./mkplatformfs.sh $(XBPS_REPOSITORY) -x $(COMPRESSOR_THREADS) $* void-$(shell ./lib.sh platform2arch $*)-ROOTFS-$(DATECODE).tar.xz
@[ -n "${CI}" ] && printf '::endgroup::\n' || true
images-all: platformfs-all images-all-sbc images-all-cloud
images-all-sbc: $(ALL_SBC_IMAGES)
images-all-sbc-print:
@echo $(ALL_SBC_IMAGES) | sed "s: :\n:g"
images-all-cloud: $(ALL_CLOUD_IMAGES)
images-all-print:
@echo $(ALL_SBC_IMAGES) $(ALL_CLOUD_IMAGES) | sed "s: :\n:g"
void-%-$(DATECODE).img.xz: void-%-PLATFORMFS-$(DATECODE).tar.xz
@[ -n "${CI}" ] && printf "::group::\x1b[32mBuilding $@...\x1b[0m\n" || true
$(SUDO) ./mkimage.sh -x $(COMPRESSOR_THREADS) void-$*-PLATFORMFS-$(DATECODE).tar.xz
@[ -n "${CI}" ] && printf '::endgroup::\n' || true
# Some of the images MUST be compressed with gzip rather than xz, this
# rule services those images.
void-%-$(DATECODE).tar.gz: void-%-PLATFORMFS-$(DATECODE).tar.xz
@[ -n "${CI}" ] && printf "::group::\x1b[32mBuilding $@...\x1b[0m\n" || true
$(SUDO) ./mkimage.sh -x $(COMPRESSOR_THREADS) void-$*-PLATFORMFS-$(DATECODE).tar.xz
@[ -n "${CI}" ] && printf '::endgroup::\n' || true
pxe-all: $(ALL_PXE_ARCHS)
pxe-all-print:
@echo $(ALL_PXE_ARCHS) | sed "s: :\n:g"
void-%-NETBOOT-$(DATECODE).tar.gz: void-%-ROOTFS-$(DATECODE).tar.xz
@[ -n "${CI}" ] && printf "::group::\x1b[32mBuilding $@...\x1b[0m\n" || true
$(SUDO) ./mknet.sh void-$*-ROOTFS-$(DATECODE).tar.xz
@[ -n "${CI}" ] && printf '::endgroup::\n' || true
.PHONY: all checksum dist live-iso-all live-iso-all-print rootfs-all-print rootfs-all platformfs-all-print platformfs-all pxe-all-print pxe-all

72
README.md
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@ -1,71 +1,3 @@
# The Void Linux image/live/rootfs maker and installer
# EvolutionOS ISO creator
This repository contains utilities for Void Linux:
* installer (The Void Linux el-cheapo installer for x86)
* mklive (The Void Linux live image maker for x86)
* mkimage (The Void Linux image maker for ARM platforms)
* mkplatformfs (The Void Linux filesystem tool to produce a rootfs for a particular platform)
* mkrootfs (The Void Linux rootfs maker for ARM platforms)
* mknet (Script to generate netboot tarballs for Void)
## Dependencies
* Compression type for the initramfs image
* liblz4 (for lz4, xz) (default)
* xbps>=0.45
* qemu-user-static binaries (for mkrootfs)
* bash
## Usage
See the usage output:
$ ./mklive.sh -h
$ ./mkrootfs.sh -h
$ ./mkimage.sh -h
### Examples
Build a native live image keyboard set to 'fr':
# ./mklive.sh -k fr
Build an i686 (on x86\_64) live image with some additional packages:
# ./mklive.sh -a i686 -p 'vim rtorrent'
Build an x86\_64 musl live image with packages stored in a local repository:
# ./mklive.sh -a x86_64-musl -r /path/to/host/binpkgs
See the usage output for more information :-)
## Kernel Command-line Parameters
`void-mklive`-based live images support several kernel command-line arguments
that can change the behavior of the live system:
- `live.autologin` will skip the initial login screen on `tty1`.
- `live.user` will change the username of the non-root user from the default `anon`. The password remains `voidlinux`.
- `live.shell` sets the default shell for the non-root user in the live environment.
- `live.accessibility` enables accessibility features like the console screenreader `espeakup` in the live environment.
- `console` can be set to `ttyS0`, `hvc0`, or `hvsi0` to enable `agetty` on that serial console.
- `locale.LANG` will set the `LANG` environment variable. Defaults to `en_US.UTF-8`.
- `vconsole.keymap` will set the console keymap. Defaults to `us`.
### Examples:
- `live.autologin live.user=foo live.shell=/bin/bash` would create the user `foo` with the default shell `/bin/bash` on boot, and log them in automatically on `tty1`
- `live.shell=/bin/bash` would set the default shell for the `anon` user to `/bin/bash`
- `console=ttyS0 vconsole.keymap=cf` would enable `ttyS0` and set the keymap in the console to `cf`
- `locale.LANG=fr_CA.UTF-8` would set the live system's language to `fr_CA.UTF-8`
---------------------------------------
Notes from Tracker-Friendly
---------------------------------------
In include, populate include/var/cache/xbps with packages downloaded from base-system, and sign them as a repo.
Add include as -I in mklive to make the installer work. Also add -p "dialog".
Run ./createiso.sh (arch)

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grub/grub.cfg → base-iso/boot/grub/grub.cfg
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@ -11,5 +11,5 @@ insmod ntfs
insmod hfsplus
insmod linux
insmod chain
search --file --no-floppy --set=voidlive "/boot/grub/grub_void.cfg"
source "(${voidlive})/boot/grub/grub_void.cfg"
search --file --no-floppy --set=evolutionlive "/boot/grub/grub_evolution.cfg"
source "(${evolutionlive})/boot/grub/grub_evolution.cfg"

79
base-iso/boot/grub/grub_evolution.cfg Normal file
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set pager="1"
set locale_dir="(${evolutionlive})/boot/grub/locale"
if [ -e "${prefix}/${grub_cpu}-${grub_platform}/all_video.mod" ]; then
insmod all_video
else
insmod efi_gop
insmod efi_uga
insmod video_bochs
insmod video_cirrus
fi
insmod font
if loadfont "(${evolutionlive})/boot/grub/fonts/unicode.pf2" ; then
insmod gfxterm
set gfxmode="auto"
terminal_input console
terminal_output gfxterm
insmod png
background_image "(${evolutionlive})/boot/isolinux/splash.png"
fi
# Set default menu entry
default=linux
timeout=15
timeout_style=menu
# GRUB init tune for accessibility
play 600 988 1 1319 4
if [ cpuid -l ]; then
menuentry "evolutionOS (x86_64)" --id "linux" {
set gfxpayload="keep"
linux (${evolutionlive})/boot/vmlinuz \
root=live:CDLABEL=EVOLUTION_LIVE ro init=/sbin/init \
rd.luks=0 rd.md=0 rd.dm=0 loglevel=4 gpt add_efi_memmap \
vconsole.unicode=1 vconsole.keymap=us \
locale.LANG=en_US.UTF-8 live.autologin rd.live.overlay.overlayfs=1
initrd (${evolutionlive})/boot/initrd
}
menuentry "evolutionOS (x86_64) (RAM)" --id "linuxram" {
set gfxpayload="keep"
linux (${evolutionlive})/boot/vmlinuz \
root=live:CDLABEL=EVOLUTION_LIVE ro init=/sbin/init \
rd.luks=0 rd.md=0 rd.dm=0 loglevel=4 gpt add_efi_memmap \
vconsole.unicode=1 vconsole.keymap=us \
locale.LANG=en_US.UTF-8 live.autologin rd.live.overlay.overlayfs=1 rd.live.ram
initrd (${evolutionlive})/boot/initrd
}
if [ "${grub_platform}" == "efi" ]; then
menuentry "Run Memtest86+ (RAM test)" --id memtest {
set gfxpayload="keep"
linux (${evolutionlive})/boot/memtest.efi
}
menuentry 'UEFI Firmware Settings' --id uefifw {
fwsetup
}
else
menuentry "Run Memtest86+ (RAM test)" --id memtest {
set gfxpayload="keep"
linux (${evolutionlive})/boot/memtest.bin
}
fi
menuentry "System restart" --id restart {
echo "System rebooting..."
reboot
}
menuentry "System shutdown" --id poweroff {
echo "System shutting down..."
halt
}
fi

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base-iso/boot/isolinux/isolinux.cfg Normal file
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UI vesamenu.c32
PROMPT 0
TIMEOUT 150
ONTIMEOUT linux
MENU TABMSG Press ENTER to boot or TAB to edit a menu entry
MENU AUTOBOOT BIOS default device boot in # second{,s}...
MENU WIDTH 78
MENU MARGIN 1
MENU ROWS 9
MENU VSHIFT 2
MENU TIMEOUTROW 13
MENU TABMSGROW 2
MENU CMDLINEROW 16
MENU HELPMSGROW 20
MENU HELPMSGENDROW 34
MENU COLOR title * #FF5255FF *
MENU COLOR border * #00000000 #00000000 none
MENU COLOR sel * #ffffffff #FF5255FF *
LABEL linux
MENU LABEL evolutionOS x86_64
KERNEL /boot/vmlinuz
APPEND initrd=/boot/initrd root=live:CDLABEL=EVOLUTION_LIVE init=/sbin/init ro rd.luks=0 rd.md=0 rd.dm=0 loglevel=4 vconsole.unicode=1 vconsole.keymap=us locale.LANG=en_US.UTF-8 live.autologin rd.live.overlay.overlayfs=1
LABEL linuxram
MENU LABEL evolutionOS x86_64 (RAM)
KERNEL /boot/vmlinuz
APPEND initrd=/boot/initrd root=live:CDLABEL=EVOLUTION_LIVE init=/sbin/init ro rd.luks=0 rd.md=0 rd.dm=0 loglevel=4 vconsole.unicode=1 vconsole.keymap=us locale.LANG=en_US.UTF-8 live.autologin rd.live.overlay.overlayfs=1 rd.live.ram
LABEL c
MENU LABEL Boot first HD found by BIOS
COM32 chain.c32
APPEND hd0
LABEL memtest
MENU LABEL Run Memtest86+ (RAM test)
LINUX /boot/memtest.bin
LABEL reboot
MENU LABEL Reboot
COM32 reboot.c32
LABEL poweroff
MENU LABEL Power Off
COM32 poweroff.c32

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build-x86-images.sh
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#!/bin/sh
set -eu
. ./lib.sh
PROGNAME=$(basename "$0")
ARCH=$(uname -m)
IMAGES="base enlightenment xfce mate cinnamon gnome kde lxde lxqt"
TRIPLET=
REPO=
DATE=$(date -u +%Y%m%d)
help() {
echo "$PROGNAME: [-a arch] [-b base|enlightenment|xfce|mate|cinnamon|gnome|kde|lxde|lxqt] [-d date] [-t arch-date-variant] [-r repo]" >&2
}
while getopts "a:b:d:t:hr:V" opt; do
case $opt in
a) ARCH="$OPTARG";;
b) IMAGES="$OPTARG";;
d) DATE="$OPTARG";;
h) help; exit 0;;
r) REPO="-r $OPTARG $REPO";;
t) TRIPLET="$OPTARG";;
V) version; exit 0;;
*) help; exit 1;;
esac
done
shift $((OPTIND - 1))
INCLUDEDIR=$(mktemp -d)
trap "cleanup" INT TERM
cleanup() {
rm -r "$INCLUDEDIR"
}
setup_pipewire() {
PKGS="$PKGS pipewire alsa-pipewire"
mkdir -p "$INCLUDEDIR"/etc/xdg/autostart
ln -s /usr/share/applications/pipewire.desktop "$INCLUDEDIR"/etc/xdg/autostart/
mkdir -p "$INCLUDEDIR"/etc/pipewire/pipewire.conf.d
ln -s /usr/share/examples/wireplumber/10-wireplumber.conf "$INCLUDEDIR"/etc/pipewire/pipewire.conf.d/
ln -s /usr/share/examples/pipewire/20-pipewire-pulse.conf "$INCLUDEDIR"/etc/pipewire/pipewire.conf.d/
mkdir -p "$INCLUDEDIR"/etc/alsa/conf.d
ln -s /usr/share/alsa/alsa.conf.d/50-pipewire.conf "$INCLUDEDIR"/etc/alsa/conf.d
ln -s /usr/share/alsa/alsa.conf.d/99-pipewire-default.conf "$INCLUDEDIR"/etc/alsa/conf.d
}
build_variant() {
variant="$1"
shift
IMG=void-live-${ARCH}-${DATE}-${variant}.iso
GRUB_PKGS="grub-i386-efi grub-x86_64-efi"
A11Y_PKGS="espeakup void-live-audio brltty"
PKGS="dialog cryptsetup lvm2 mdadm void-docs-browse xtools-minimal xmirror $A11Y_PKGS $GRUB_PKGS"
XORG_PKGS="xorg-minimal xorg-input-drivers xorg-video-drivers setxkbmap xauth font-misc-misc terminus-font dejavu-fonts-ttf orca"
SERVICES="sshd"
LIGHTDM_SESSION=''
case $variant in
base)
SERVICES="$SERVICES dhcpcd wpa_supplicant acpid"
;;
enlightenment)
PKGS="$PKGS $XORG_PKGS lightdm lightdm-gtk3-greeter enlightenment terminology udisks2 firefox"
SERVICES="$SERVICES acpid dhcpcd wpa_supplicant lightdm dbus polkitd"
LIGHTDM_SESSION=enlightenment
;;
xfce)
PKGS="$PKGS $XORG_PKGS lightdm lightdm-gtk3-greeter xfce4 gnome-themes-standard gnome-keyring network-manager-applet gvfs-afc gvfs-mtp gvfs-smb udisks2 firefox xfce4-pulseaudio-plugin"
SERVICES="$SERVICES dbus elogind lightdm NetworkManager polkitd"
LIGHTDM_SESSION=xfce
;;
mate)
PKGS="$PKGS $XORG_PKGS lightdm lightdm-gtk3-greeter mate mate-extra gnome-keyring network-manager-applet gvfs-afc gvfs-mtp gvfs-smb udisks2 firefox"
SERVICES="$SERVICES dbus elogind lightdm NetworkManager polkitd"
LIGHTDM_SESSION=mate
;;
cinnamon)
PKGS="$PKGS $XORG_PKGS lightdm lightdm-gtk3-greeter cinnamon gnome-keyring colord gnome-terminal gvfs-afc gvfs-mtp gvfs-smb udisks2 firefox"
SERVICES="$SERVICES dbus elogind lightdm NetworkManager polkitd"
LIGHTDM_SESSION=cinnamon
;;
gnome)
PKGS="$PKGS $XORG_PKGS gnome firefox"
SERVICES="$SERVICES dbus elogind gdm NetworkManager polkitd"
;;
kde)
PKGS="$PKGS $XORG_PKGS kde5 konsole firefox dolphin"
SERVICES="$SERVICES dbus elogind NetworkManager sddm"
;;
lxde)
PKGS="$PKGS $XORG_PKGS lxde lightdm lightdm-gtk3-greeter gvfs-afc gvfs-mtp gvfs-smb udisks2 firefox"
SERVICES="$SERVICES acpid dbus dhcpcd wpa_supplicant lightdm polkitd"
LIGHTDM_SESSION=LXDE
;;
lxqt)
PKGS="$PKGS $XORG_PKGS lxqt sddm gvfs-afc gvfs-mtp gvfs-smb udisks2 firefox"
SERVICES="$SERVICES elogind dbus dhcpcd wpa_supplicant sddm polkitd"
;;
*)
>&2 echo "Unknown variant $variant"
exit 1
;;
esac
if [ -n "$LIGHTDM_SESSION" ]; then
mkdir -p "$INCLUDEDIR"/etc/lightdm
echo "$LIGHTDM_SESSION" > "$INCLUDEDIR"/etc/lightdm/.session
fi
if [ "$variant" != base ]; then
setup_pipewire
fi
./mklive.sh -a "$ARCH" -o "$IMG" -p "$PKGS" -S "$SERVICES" -I "$INCLUDEDIR" ${REPO} "$@"
}
if [ ! -x mklive.sh ]; then
echo mklive.sh not found >&2
exit 1
fi
if [ -x installer.sh ]; then
MKLIVE_VERSION="$(PROGNAME='' version)"
installer=$(mktemp)
sed "s/@@MKLIVE_VERSION@@/${MKLIVE_VERSION}/" installer.sh > "$installer"
install -Dm755 "$installer" "$INCLUDEDIR"/usr/bin/void-installer
rm "$installer"
else
echo installer.sh not found >&2
exit 1
fi
if [ -n "$TRIPLET" ]; then
VARIANT="${TRIPLET##*-}"
REST="${TRIPLET%-*}"
DATE="${REST##*-}"
ARCH="${REST%-*}"
build_variant "$VARIANT" "$@"
else
for image in $IMAGES; do
build_variant "$image" "$@"
done
fi

43
createiso.sh Executable file
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@ -0,0 +1,43 @@
#!/bin/sh
# Cleanup
if [[ "$1" = "x86_64" ]]; then
arch="x86_64"
grubarch="i386"
elif [[ "$1" = "i686" ]]; then
arch="i686"
grubarch="i386"
else
echo "The first argument should be the arch: x86_64 or i686"
exit 1
fi
rm "squash/LiveOS/ext3fs.img"
rm "base-iso/LiveOS/squashfs.img"
rm -r "./rootfs-${arch}"
# Build
XBPS_ARCH="${arch}" xbps-install -Sy -r ./rootfs-${arch} -R https://evolutionos.hectabit.org/pkg -R https://repo-default.voidlinux.org/current -S base-system grub-${grubarch}-efi
XBPS_ARCH="${arch}" xbps-install -Sy -r ./rootfs-${arch} dialog e2fsprogs btrfs-progs dosfstools ncurses parted xtools-minimal
cp "./scripts/"* "./rootfs-${arch}/usr/bin/"
cp "./rcboot-real.sh" "./rootfs-${arch}/etc/dinit.d/rcboot-real.sh"
cp "rcboot-installer.sh" "./rootfs-${arch}/etc/dinit.d/rcboot.sh"
umount -l "./rootfs-${arch}"/*
xbps-reconfigure -r "./rootfs-${arch}" -a -f
cp -r "./vfat-modules" "./rootfs-${arch}/root/vfat-modules"
ROOTFS="./rootfs-${arch}"
ROOTFS_SIZE=$(du --apparent-size -sm "$ROOTFS"|awk '{print $1}')
truncate -s "$((ROOTFS_SIZE+ROOTFS_SIZE))M" "./squash/LiveOS/ext3fs.img"
mkfs.ext3 -F -m1 "./squash/LiveOS/ext3fs.img"
mount -o loop "./squash/LiveOS/ext3fs.img" "./tmp-rootfs"
printf "evolution\nevolution" | xchroot "./rootfs-${arch}" passwd
echo "Password Changed"
umount -l "./rootfs-${arch}"/*
rm -rf "./tmp-rootfs/var/cache/xbps/*"
cp -a "$ROOTFS"/* "./tmp-rootfs/"
printf "evolution\nevolution" | xchroot "./tmp-rootfs" passwd
echo "Password Changed... again"
umount -f "./tmp-rootfs"
mksquashfs "./squash" "base-iso/LiveOS/squashfs.img" -comp xz
chmod 444 "base-iso/LiveOS/squashfs.img"
cd base-iso
xorriso -as mkisofs -iso-level 3 -rock -joliet -max-iso9660-filenames -omit-period -omit-version-number -relaxed-filenames -allow-lowercase -volid "EVOLUTION_LIVE" -eltorito-boot boot/isolinux/isolinux.bin -eltorito-catalog boot/isolinux/boot.cat -no-emul-boot -boot-load-size 4 -boot-info-table -eltorito-alt-boot -e boot/grub/efiboot.img -isohybrid-gpt-basdat -no-emul-boot -isohybrid-mbr /usr/lib/syslinux/isohdpfx.bin --output ../evolutionos.iso ./
cd ..
echo "Done"

28
data/issue
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@ -1,28 +0,0 @@
###############################################################################
Welcome to the Void Linux Live system. Two users are available to log in:
- root:voidlinux
- anon:voidlinux
The `anon` user additionally has `sudo(8)` permissions to run any command
without a password.
To start the installation please type:
# void-installer
and follow the on-screen instructions. To install additional software make
sure to configure your network interface and then use:
- xbps-install(1) to install/update packages
- xbps-query(1) to query for package info
The Void Linux Handbook is also available for offline access in multiple
formats, and can be accessed with the `void-docs(1)` utility.
Thanks for using Void Linux.
https://www.voidlinux.org
###############################################################################

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76
dracut/autoinstaller/autoinstall.cfg
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#!/bin/sh
# Void Linux Automatic Install Configuration
# ===
# Disk Configuration
# ===
# disk: the disk to install to
# default: the first disk that isn't the installer
#disk=/dev/hda
# bootpartitionsize: controls how large the boot partition will be
# default: 500M
#bootpartitionsize=500M
# swapsize: how large should the swap partition be
# default: equal to the installed physical memory
#swapsize=
# ===
# XBPS Configuration
# ===
# xbpsrepository: which repo should the install pull from
# default: https://repo-default.voidlinux.org/current
#xbpsrepository="https://repo-default.voidlinux.org/current"
# pkgs: additional packages to install into the target
# default: none
#pkgs=""
# ===
# Default User
# ===
# username: the username of the user to be created
# default: voidlinux
#username=""
# password: password to set for the new user
# default: unset (will prompt during install)
# Warning: This does not work in musl!
#password=""
# ===
# Misc. Options
# ===
# timezone: Timezone in TZ format
# default: America/Chicago
#timezone="America/Chicago"
# keymap: Keymap to use by default
# default: us
#keymap="us"
# locale: initial glibc locale
# default: en_US.UTF-8
#libclocale=en.US.UTF-8
# hostname: static hostname for the system
# default: derived from DNS
#hostname=VoidLinux
# end_action: what to do at the end of the install
# default: shutdown
# alternate values: reboot, script, func
#end_action=shutdown
# end_script: script to optionally run at end of install
# the user script must reside somewhere xbps-uhelper fetch
# can retrieve it from
# default: not set
#end_script=""
# end_function: a function to optionally be run at
# the end of the install.
#end_function() {
#
#}

300
dracut/autoinstaller/install.sh
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@ -1,300 +0,0 @@
#!/bin/sh
type getargbool >/dev/null 2>&1 || . /lib/dracut-lib.sh
# These functions pulled from void's excellent mklive.sh
VAI_info_msg() {
printf "\033[1m%s\n\033[m" "$@"
}
VAI_print_step() {
CURRENT_STEP=$((CURRENT_STEP+1))
VAI_info_msg "[${CURRENT_STEP}/${STEP_COUNT}] $*"
}
# ----------------------- Install Functions ------------------------
VAI_welcome() {
clear
printf "=============================================================\n"
printf "================ Void Linux Auto-Installer ==================\n"
printf "=============================================================\n"
}
VAI_get_address() {
mkdir -p /var/lib/dhclient
# This will fork, but it means that over a slow link the DHCP
# lease will still be maintained. It also doesn't have a
# hard-coded privsep user in it like dhcpcd.
dhclient
}
VAI_partition_disk() {
# Paritition Disk
sfdisk "${disk}" <<EOF
,$bootpartitionsize
,${swapsize}K
;
EOF
}
VAI_format_disk() {
# Make Filesystems
mkfs.ext4 -F "${disk}1"
mkfs.ext4 -F "${disk}3"
if [ "${swapsize}" -ne 0 ] ; then
mkswap -f "${disk}2"
fi
}
VAI_mount_target() {
# Mount targetfs
mkdir -p "${target}"
mount "${disk}3" "${target}"
mkdir "${target}/boot"
mount "${disk}1" "${target}/boot"
}
VAI_install_xbps_keys() {
mkdir -p "${target}/var/db/xbps/keys"
cp /var/db/xbps/keys/* "${target}/var/db/xbps/keys"
}
VAI_install_base_system() {
# Install a base system
XBPS_ARCH="${XBPS_ARCH}" xbps-install -Sy -R "${xbpsrepository}" -r /mnt base-system grub
# Install additional packages
if [ -n "${pkgs}" ] ; then
# shellcheck disable=SC2086
XBPS_ARCH="${XBPS_ARCH}" xbps-install -Sy -R "${xbpsrepository}" -r /mnt ${pkgs}
fi
}
VAI_prepare_chroot() {
# Mount dev, bind, proc, etc into chroot
mount -t proc proc "${target}/proc"
mount --rbind /sys "${target}/sys"
mount --rbind /dev "${target}/dev"
}
VAI_configure_sudo() {
# Give wheel sudo
echo "%wheel ALL=(ALL:ALL) ALL" > "${target}/etc/sudoers.d/00-wheel"
chmod 0440 "${target}/etc/sudoers.d/00-wheel"
}
VAI_correct_root_permissions() {
chroot "${target}" chown root:root /
chroot "${target}" chmod 755 /
}
VAI_configure_hostname() {
# Set the hostname
echo "${hostname}" > "${target}/etc/hostname"
}
VAI_configure_rc_conf() {
# Set the value of various tokens
sed -i "s:Europe/Madrid:${timezone}:" "${target}/etc/rc.conf"
sed -i "s:\"es\":\"${keymap}\":" "${target}/etc/rc.conf"
# Activate various tokens
sed -i "s:#HARDWARECLOCK:HARDWARECLOCK:" "${target}/etc/rc.conf"
sed -i "s:#TIMEZONE:TIMEZONE:" "${target}/etc/rc.conf"
sed -i "s:#KEYMAP:KEYMAP:" "${target}/etc/rc.conf"
}
VAI_add_user() {
chroot "${target}" useradd -m -s /bin/bash -U -G wheel,users,audio,video,cdrom,input "${username}"
if [ -z "${password}" ] ; then
chroot "${target}" passwd "${username}"
else
# For reasons that remain unclear, this does not work in musl
echo "${username}:${password}" | chpasswd -c SHA512 -R "${target}"
fi
}
VAI_configure_grub() {
# Set hostonly
echo "hostonly=yes" > "${target}/etc/dracut.conf.d/hostonly.conf"
# Choose the newest kernel
kernel_version="$(chroot "${target}" xbps-query linux | awk -F "[-_]" '/pkgver/ {print $2}')"
# Install grub
chroot "${target}" grub-install "${disk}"
chroot "${target}" xbps-reconfigure -f "linux${kernel_version}"
# Correct the grub install
chroot "${target}" update-grub
}
VAI_configure_fstab() {
# Grab UUIDs
uuid1="$(blkid -s UUID -o value "${disk}1")"
uuid2="$(blkid -s UUID -o value "${disk}2")"
uuid3="$(blkid -s UUID -o value "${disk}3")"
# Installl UUIDs into /etc/fstab
echo "UUID=$uuid3 / ext4 defaults,errors=remount-ro 0 1" >> "${target}/etc/fstab"
echo "UUID=$uuid1 /boot ext4 defaults 0 2" >> "${target}/etc/fstab"
if [ "${swapsize}" -ne 0 ] ; then
echo "UUID=$uuid2 swap swap defaults 0 0" >> "${target}/etc/fstab"
fi
}
VAI_configure_locale() {
# Set the libc-locale iff glibc
case "${XBPS_ARCH}" in
*-musl)
VAI_info_msg "Glibc locales are not supported on musl"
;;
*)
sed -i "/${libclocale}/s/#//" "${target}/etc/default/libc-locales"
chroot "${target}" xbps-reconfigure -f glibc-locales
;;
esac
}
VAI_end_action() {
case $end_action in
reboot)
VAI_info_msg "Rebooting the system"
sync
umount -R "${target}"
reboot -f
;;
shutdown)
VAI_info_msg "Shutting down the system"
sync
umount -R "${target}"
poweroff -f
;;
script)
VAI_info_msg "Running user provided script"
xbps-uhelper fetch "${end_script}>/script"
chmod +x /script
target=${target} xbpsrepository=${xbpsrepository} /script
;;
func)
VAI_info_msg "Running user provided function"
end_function
;;
esac
}
VAI_configure_autoinstall() {
# -------------------------- Setup defaults ---------------------------
bootpartitionsize="500M"
disk="$(lsblk -ipo NAME,TYPE,MOUNTPOINT | awk '{if ($2=="disk") {disks[$1]=0; last=$1} if ($3=="/") {disks[last]++}} END {for (a in disks) {if(disks[a] == 0){print a; break}}}')"
hostname="$(ip -4 -o -r a | awk -F'[ ./]' '{x=$7} END {print x}')"
# XXX: Set a manual swapsize here if the default doesn't fit your use case
swapsize="$(awk -F"\n" '/MemTotal/ {split($0, b, " "); print b[2] }' /proc/meminfo)";
target="/mnt"
timezone="America/Chicago"
keymap="us"
libclocale="en_US.UTF-8"
username="voidlinux"
end_action="shutdown"
end_script="/bin/true"
XBPS_ARCH="$(xbps-uhelper arch)"
case $XBPS_ARCH in
*-musl)
xbpsrepository="https://repo-default.voidlinux.org/current/musl"
;;
*)
xbpsrepository="https://repo-default.voidlinux.org/current"
;;
esac
# --------------- Pull config URL out of kernel cmdline -------------------------
set +e
if getargbool 0 autourl ; then
set -e
xbps-uhelper fetch "$(getarg autourl)>/etc/autoinstall.cfg"
else
set -e
mv /etc/autoinstall.default /etc/autoinstall.cfg
fi
# Read in the resulting config file which we got via some method
if [ -f /etc/autoinstall.cfg ] ; then
VAI_info_msg "Reading configuration file"
. ./etc/autoinstall.cfg
fi
# Bail out if we didn't get a usable disk
if [ -z "$disk" ] ; then
die "No valid disk!"
fi
}
VAI_main() {
CURRENT_STEP=0
STEP_COUNT=16
VAI_welcome
VAI_print_step "Bring up the network"
VAI_get_address
VAI_print_step "Configuring installer"
VAI_configure_autoinstall
VAI_print_step "Configuring disk using scheme 'Atomic'"
VAI_partition_disk
VAI_format_disk
VAI_print_step "Mounting the target filesystems"
VAI_mount_target
VAI_print_step "Installing XBPS keys"
VAI_install_xbps_keys
VAI_print_step "Installing the base system"
VAI_install_base_system
VAI_print_step "Granting sudo to default user"
VAI_configure_sudo
VAI_print_step "Setting hostname"
VAI_configure_hostname
VAI_print_step "Configure rc.conf"
VAI_configure_rc_conf
VAI_print_step "Preparing the chroot"
VAI_prepare_chroot
VAI_print_step "Fix ownership of /"
VAI_correct_root_permissions
VAI_print_step "Adding default user"
VAI_add_user
VAI_print_step "Configuring GRUB"
VAI_configure_grub
VAI_print_step "Configuring /etc/fstab"
VAI_configure_fstab
VAI_print_step "Configuring libc-locales"
VAI_configure_locale
VAI_print_step "Performing end-action"
VAI_end_action
}
# If we are using the autoinstaller, launch it
if getargbool 0 auto ; then
set -e
VAI_main
# Very important to release this before returning to dracut code
set +e
fi

44
dracut/autoinstaller/module-setup.sh
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@ -1,44 +0,0 @@
#!/bin/bash
# -*- mode: shell-script; indent-tabs-mode: nil; sh-basic-offset: 4; -*-
# ex: ts=8 sw=4 sts=4 et filetype=sh
check() {
return 255
}
depends() {
echo network
}
install() {
inst /usr/bin/awk
inst /usr/bin/chmod
inst /usr/bin/chroot
inst /usr/bin/clear
inst /usr/bin/cp
inst /usr/bin/chpasswd
inst /usr/bin/dhclient
inst /usr/bin/dhclient-script
inst /usr/bin/halt
inst /usr/bin/install
inst /usr/bin/lsblk
inst /usr/bin/mkdir
inst /usr/bin/mkfs.ext4
inst /usr/bin/mkswap
inst /usr/bin/mount
inst /usr/bin/resolvconf
inst /usr/bin/sfdisk
inst /usr/bin/sync
inst /usr/bin/xbps-install
inst /usr/bin/xbps-uhelper
inst /usr/bin/xbps-query
inst_multiple /var/db/xbps/keys/*
inst_multiple /usr/share/xbps.d/*
inst_multiple /etc/ssl/certs/*
inst /etc/ssl/certs.pem
inst_hook pre-mount 01 "$moddir/install.sh"
inst "$moddir/autoinstall.cfg" /etc/autoinstall.default
}

86
dracut/netmenu/module-setup.sh
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@ -1,86 +0,0 @@
#!/bin/bash
# -*- mode: shell-script; indent-tabs-mode: nil; sh-basic-offset: 4; -*-
# ex: ts=8 sw=4 sts=4 et filetype=sh
check() {
return 255
}
depends() {
echo network
}
install() {
inst /usr/bin/awk
inst /usr/bin/basename
inst /usr/bin/bash
inst /usr/bin/cat
inst /usr/bin/cfdisk
inst /usr/bin/chroot
inst /usr/bin/clear
inst /usr/bin/cut
inst /usr/bin/cp
inst /usr/bin/dhcpcd
inst /usr/bin/dialog
inst /usr/bin/echo
inst /usr/bin/env
inst /usr/bin/find
inst /usr/bin/find
inst /usr/bin/grep
inst /usr/bin/head
inst /usr/bin/id
inst /usr/bin/ln
inst /usr/bin/ls
inst /usr/bin/lsblk
inst /usr/bin/mke2fs
inst /usr/bin/mkfs.btrfs
inst /usr/bin/mkfs.f2fs
inst /usr/bin/mkfs.vfat
inst /usr/bin/mkfs.xfs
inst /usr/bin/mkswap
inst /usr/bin/mktemp
inst /usr/bin/mount
inst /usr/bin/reboot
inst /usr/bin/rm
inst /usr/bin/sed
inst /usr/bin/sh
inst /usr/bin/sort
inst /usr/bin/sync
inst /usr/bin/stdbuf
inst /usr/bin/sleep
inst /usr/bin/touch
inst /usr/bin/xargs
inst /usr/bin/xbps-install
inst /usr/bin/xbps-reconfigure
inst /usr/bin/xbps-remove
inst /usr/bin/xbps-uhelper
inst /usr/libexec/dhcpcd-hooks/20-resolv.conf
inst /usr/libexec/dhcpcd-run-hooks
inst /usr/libexec/coreutils/libstdbuf.so
inst_multiple /var/db/xbps/keys/*
inst_multiple /usr/share/xbps.d/*
inst_multiple /usr/share/zoneinfo/*/*
inst_multiple /etc/ssl/certs/*
inst /etc/ssl/certs.pem
inst /etc/default/libc-locales
inst /etc/group
# We need to remove a choice here since the installer's initrd
# can't function as a local source. Strictly we shouldn't be
# doing this from dracut's installation function, but this is the
# last place that file really exists 'on disk' in the sense that
# we can modify it, so this change is applied here.
sed -i '/Packages from ISO image/d' "$moddir/installer.sh"
# The system doesn't have a real init up so the reboot is going to
# be rough, we make it an option though if the end user wants to
# do this...
sed -i "s:shutdown -r now:sync && reboot -f:" "$moddir/installer.sh"
inst "$moddir/installer.sh" /usr/bin/void-installer
inst_hook pre-mount 05 "$moddir/netmenu.sh"
}

18
dracut/netmenu/netmenu.sh
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@ -1,18 +0,0 @@
#!/bin/sh
dialog --colors --keep-tite --no-shadow --no-mouse \
--backtitle "\Zb\Z7Void Linux installation -- https://www.voidlinux.org\Zn" \
--cancel-label "Reboot" --aspect 20 \
--menu "Select an Action:" 10 50 2 \
"Install" "Run void-installer" \
"Shell" "Run dash" \
2>/tmp/netmenu.action
if [ ! $? ] ; then
reboot -f
fi
case $(cat /tmp/netmenu.action) in
"Install") /usr/bin/void-installer ; exec sh ;;
"Shell") exec sh ;;
esac

8
dracut/vmklive/59-mtd.rules
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@ -1,8 +0,0 @@
SUBSYSTEM!="block", GOTO="ps_end"
ACTION!="add|change", GOTO="ps_end"
# Also don't process disks that are slated to be a multipath device
ENV{DM_MULTIPATH_DEVICE_PATH}=="?*", GOTO="ps_end"
KERNEL=="mtdblock[0-9]*", IMPORT BLKID
LABEL="ps_end"

20
dracut/vmklive/61-mtd.rules
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@ -1,20 +0,0 @@
SUBSYSTEM!="block", GOTO="pss_end"
ACTION!="add|change", GOTO="pss_end"
# Also don't process disks that are slated to be a multipath device
ENV{DM_MULTIPATH_DEVICE_PATH}=="?*", GOTO="pss_end"
ACTION=="change", KERNEL=="dm-[0-9]*", ENV{DM_UDEV_DISABLE_OTHER_RULES_FLAG}!="1", GOTO="do_pss"
KERNEL=="mtdblock*", GOTO="do_pss"
GOTO="pss_end"
LABEL="do_pss"
# by-path (parent device path)
ENV{DEVTYPE}=="disk", ENV{ID_PATH}=="", DEVPATH!="*/virtual/*", IMPORT PATH_ID
ENV{DEVTYPE}=="disk", ENV{ID_PATH}=="?*", SYMLINK+="disk/by-path/$env{ID_PATH}"
ENV{DEVTYPE}=="partition", ENV{ID_PATH}=="?*", SYMLINK+="disk/by-path/$env{ID_PATH}-part%n"
# by-label/by-uuid links (filesystem metadata)
ENV{ID_FS_USAGE}=="filesystem|other|crypto", ENV{ID_FS_UUID_ENC}=="?*", SYMLINK+="disk/by-uuid/$env{ID_FS_UUID_ENC}"
ENV{ID_FS_USAGE}=="filesystem|other", ENV{ID_FS_LABEL_ENC}=="?*", SYMLINK+="disk/by-label/$env{ID_FS_LABEL_ENC}"
LABEL="pss_end"

10
dracut/vmklive/accessibility.sh
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@ -1,10 +0,0 @@
#!/bin/sh -x
# -*- mode: shell-script; indent-tabs-mode: nil; sh-basic-offset: 4; -*-
# ex: ts=8 sw=4 sts=4 et filetype=sh
type getargbool >/dev/null 2>&1 || . /lib/dracut-lib.sh
if getargbool 0 live.accessibility; then
[ -d "${NEWROOT}/etc/sv/espeakup" ] && ln -s "/etc/sv/espeakup" "${NEWROOT}/etc/runit/runsvdir/current/"
[ -d "${NEWROOT}/etc/sv/brltty" ] && ln -s "/etc/sv/brltty" "${NEWROOT}/etc/runit/runsvdir/current/"
fi

57
dracut/vmklive/adduser.sh
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@ -1,57 +0,0 @@
#!/bin/sh -x
# -*- mode: shell-script; indent-tabs-mode: nil; sh-basic-offset: 4; -*-
# ex: ts=8 sw=4 sts=4 et filetype=sh
if ! type getarg >/dev/null 2>&1 && ! type getargbool >/dev/null 2>&1; then
. /lib/dracut-lib.sh
fi
echo void-live > ${NEWROOT}/etc/hostname
USERNAME=$(getarg live.user)
USERSHELL=$(getarg live.shell)
[ -z "$USERNAME" ] && USERNAME=anon
[ -x $NEWROOT/bin/bash -a -z "$USERSHELL" ] && USERSHELL=/bin/bash
[ -z "$USERSHELL" ] && USERSHELL=/bin/sh
# Create /etc/default/live.conf to store USER.
echo "USERNAME=$USERNAME" >> ${NEWROOT}/etc/default/live.conf
chmod 644 ${NEWROOT}/etc/default/live.conf
if ! grep -q ${USERSHELL} ${NEWROOT}/etc/shells ; then
echo ${USERSHELL} >> ${NEWROOT}/etc/shells
fi
# Create new user and remove password. We'll use autologin by default.
chroot ${NEWROOT} useradd -m -c $USERNAME -G audio,video,wheel -s $USERSHELL $USERNAME
chroot ${NEWROOT} passwd -d $USERNAME >/dev/null 2>&1
# Setup default root/user password (voidlinux).
chroot ${NEWROOT} sh -c 'echo "root:voidlinux" | chpasswd -c SHA512'
chroot ${NEWROOT} sh -c "echo "$USERNAME:voidlinux" | chpasswd -c SHA512"
# Enable sudo permission by default.
if [ -f ${NEWROOT}/etc/sudoers ]; then
echo "${USERNAME} ALL=(ALL:ALL) NOPASSWD: ALL" > "${NEWROOT}/etc/sudoers.d/99-void-live"
fi
if [ -d ${NEWROOT}/etc/polkit-1 ]; then
# If polkit is installed allow users in the wheel group to run anything.
cat > ${NEWROOT}/etc/polkit-1/rules.d/void-live.rules <<_EOF
polkit.addAdminRule(function(action, subject) {
return ["unix-group:wheel"];
});
polkit.addRule(function(action, subject) {
if (subject.isInGroup("wheel")) {
return polkit.Result.YES;
}
});
_EOF
chroot ${NEWROOT} chown polkitd:polkitd /etc/polkit-1/rules.d/void-live.rules
fi
if getargbool 0 live.autologin; then
sed -i "s,GETTY_ARGS=\"--noclear\",GETTY_ARGS=\"--noclear -a $USERNAME\",g" ${NEWROOT}/etc/sv/agetty-tty1/conf
fi

63
dracut/vmklive/display-manager-autologin.sh
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@ -1,63 +0,0 @@
#!/bin/sh
# -*- mode: shell-script; indent-tabs-mode: nil; sh-basic-offset: 4; -*-
# ex: ts=8 sw=4 sts=4 et filetype=sh
type getarg >/dev/null 2>&1 || . /lib/dracut-lib.sh
USERNAME=$(getarg live.user)
[ -z "$USERNAME" ] && USERNAME=anon
# Configure GDM autologin
if [ -d ${NEWROOT}/etc/gdm ]; then
GDMCustomFile=${NEWROOT}/etc/gdm/custom.conf
AutologinParameters="AutomaticLoginEnable=true\nAutomaticLogin=$USERNAME"
# Prevent from updating if parameters already present (persistent usb key)
if ! `grep -qs 'AutomaticLoginEnable' $GDMCustomFile` ; then
if ! `grep -qs '\[daemon\]' $GDMCustomFile` ; then
echo '[daemon]' >> $GDMCustomFile
fi
sed -i "s/\[daemon\]/\[daemon\]\n$AutologinParameters/" $GDMCustomFile
fi
fi
# Configure sddm autologin for the kde iso.
if [ -x ${NEWROOT}/usr/bin/sddm ]; then
cat > ${NEWROOT}/etc/sddm.conf <<_EOF
[Autologin]
User=${USERNAME}
Session=plasma.desktop
_EOF
fi
# Configure lightdm autologin.
if [ -r "${NEWROOT}/etc/lightdm/lightdm.conf" ]; then
sed -i -e "s|^\#\(autologin-user=\).*|\1$USERNAME|" \
"${NEWROOT}/etc/lightdm/lightdm.conf"
sed -i -e "s|^\#\(autologin-user-timeout=\).*|\10|" \
"${NEWROOT}/etc/lightdm/lightdm.conf"
sed -i -e "s|^\#\(autologin-session=\).*|\1$(cat "${NEWROOT}/etc/lightdm/.session")|" \
"${NEWROOT}/etc/lightdm/lightdm.conf"
fi
# Configure lxdm autologin.
if [ -r ${NEWROOT}/etc/lxdm/lxdm.conf ]; then
sed -e "s,.*autologin.*=.*,autologin=$USERNAME," -i ${NEWROOT}/etc/lxdm/lxdm.conf
if [ -x ${NEWROOT}/usr/bin/enlightenment_start ]; then
sed -e "s,.*session.*=.*,session=/usr/bin/enlightenment_start," -i ${NEWROOT}/etc/lxdm/lxdm.conf
elif [ -x ${NEWROOT}/usr/bin/startxfce4 ]; then
sed -e "s,.*session.*=.*,session=/usr/bin/startxfce4," -i ${NEWROOT}/etc/lxdm/lxdm.conf
elif [ -x ${NEWROOT}/usr/bin/mate-session ]; then
sed -e "s,.*session.*=.*,session=/usr/bin/mate-session," -i ${NEWROOT}/etc/lxdm/lxdm.conf
elif [ -x ${NEWROOT}/usr/bin/cinnamon-session ]; then
sed -e "s,.*session.*=.*,session=/usr/bin/cinnamon-session," -i ${NEWROOT}/etc/lxdm/lxdm.conf
elif [ -x ${NEWROOT}/usr/bin/i3 ]; then
sed -e "s,.*session.*=.*,session=/usr/bin/i3," -i ${NEWROOT}/etc/lxdm/lxdm.conf
elif [ -x ${NEWROOT}/usr/bin/startlxde ]; then
sed -e "s,.*session.*=.*,session=/usr/bin/startlxde," -i ${NEWROOT}/etc/lxdm/lxdm.conf
elif [ -x ${NEWROOT}/usr/bin/startlxqt ]; then
sed -e "s,.*session.*=.*,session=/usr/bin/startlxqt," -i ${NEWROOT}/etc/lxdm/lxdm.conf
elif [ -x ${NEWROOT}/usr/bin/startfluxbox ]; then
sed -e "s,.*session.*=.*,session=/usr/bin/startfluxbox," -i ${NEWROOT}/etc/lxdm/lxdm.conf
fi
fi

18
dracut/vmklive/getty-serial.sh
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@ -1,18 +0,0 @@
#!/bin/sh
# -*- mode: shell-script; indent-tabs-mode: nil; sh-basic-offset: 4; -*-
# ex: ts=8 sw=4 sts=4 et filetype=sh
type getarg >/dev/null 2>&1 || . /lib/dracut-lib.sh
CONSOLE=$(getarg console)
case "$CONSOLE" in
*ttyS0*)
ln -s /etc/sv/agetty-ttyS0 ${NEWROOT}/etc/runit/runsvdir/default/
;;
*hvc0*)
ln -s /etc/sv/agetty-hvc0 ${NEWROOT}/etc/runit/runsvdir/default/
;;
*hvsi0*)
ln -s /etc/sv/agetty-hvsi0 ${NEWROOT}/etc/runit/runsvdir/default/
;;
esac

22
dracut/vmklive/locale.sh
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@ -1,22 +0,0 @@
#!/bin/sh
# -*- mode: shell-script; indent-tabs-mode: nil; sh-basic-offset: 4; -*-
# ex: ts=8 sw=4 sts=4 et filetype=sh
type getarg >/dev/null 2>&1 || . /lib/dracut-lib.sh
LOCALE=$(getarg locale.LANG)
[ -z "$LOCALE" ] && LOCALE="en_US.UTF-8"
# also enable this locale in newroot.
echo "LANG=$LOCALE" > $NEWROOT/etc/locale.conf
echo "LC_COLLATE=C" >> $NEWROOT/etc/locale.conf
# set keymap too.
KEYMAP=$(getarg vconsole.keymap)
[ -z "$KEYMAP" ] && KEYMAP="us"
if [ -f ${NEWROOT}/etc/vconsole.conf ]; then
sed -e "s,^KEYMAP=.*,KEYMAP=$KEYMAP," -i $NEWROOT/etc/vconsole.conf
elif [ -f ${NEWROOT}/etc/rc.conf ]; then
sed -e "s,^#KEYMAP=.*,KEYMAP=$KEYMAP," -i $NEWROOT/etc/rc.conf
fi

31
dracut/vmklive/module-setup.sh
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@ -1,31 +0,0 @@
#!/bin/bash
# -*- mode: shell-script; indent-tabs-mode: nil; sh-basic-offset: 4; -*-
# ex: ts=8 sw=4 sts=4 et filetype=sh
check() {
return 255
}
depends() {
echo dmsquash-live
}
install() {
inst /usr/bin/chroot
inst /usr/bin/chmod
inst /usr/bin/sed
if [ -e /usr/bin/memdiskfind ]; then
inst /usr/bin/memdiskfind
instmods mtdblock phram
inst_rules "$moddir/59-mtd.rules" "$moddir/61-mtd.rules"
prepare_udev_rules 59-mtd.rules 61-mtd.rules
inst_hook pre-udev 01 "$moddir/mtd.sh"
fi
inst_hook pre-pivot 01 "$moddir/adduser.sh"
inst_hook pre-pivot 02 "$moddir/display-manager-autologin.sh"
inst_hook pre-pivot 02 "$moddir/getty-serial.sh"
inst_hook pre-pivot 03 "$moddir/locale.sh"
inst_hook pre-pivot 04 "$moddir/accessibility.sh"
}

7
dracut/vmklive/mtd.sh
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@ -1,7 +0,0 @@
#!/bin/sh
MEMDISK=$(memdiskfind)
if [ "$MEMDISK" ]; then
modprobe phram phram=memdisk,$MEMDISK
modprobe mtdblock
printf 'KERNEL=="mtdblock0", RUN+="/sbin/initqueue --settled --onetime --unique /sbin/dmsquash-live-root /dev/mtdblock0"\n' >> /etc/udev/rules.d/99-live-squash.rules
fi

96
grub/grub_void.cfg.in
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@ -1,96 +0,0 @@
set pager="1"
set locale_dir="(${voidlive})/boot/grub/locale"
if [ -e "${prefix}/${grub_cpu}-${grub_platform}/all_video.mod" ]; then
insmod all_video
else
insmod efi_gop
insmod efi_uga
insmod video_bochs
insmod video_cirrus
fi
insmod font
if loadfont "(${voidlive})/boot/grub/fonts/unicode.pf2" ; then
insmod gfxterm
set gfxmode="auto"
terminal_input console
terminal_output gfxterm
insmod png
background_image "(${voidlive})/boot/isolinux/@@SPLASHIMAGE@@"
fi
# Set default menu entry
default=linux
timeout=15
timeout_style=menu
# GRUB init tune for accessibility
play 600 988 1 1319 4
if [ cpuid -l ]; then
menuentry "@@BOOT_TITLE@@ @@KERNVER@@ (@@ARCH@@)" --id "linux" {
set gfxpayload="keep"
linux (${voidlive})/boot/vmlinuz \
root=live:CDLABEL=VOID_LIVE ro init=/sbin/init \
rd.luks=0 rd.md=0 rd.dm=0 loglevel=4 gpt add_efi_memmap \
vconsole.unicode=1 vconsole.keymap=@@KEYMAP@@ \
locale.LANG=@@LOCALE@@ @@BOOT_CMDLINE@@
initrd (${voidlive})/boot/initrd
}
menuentry "@@BOOT_TITLE@@ @@KERNVER@@ (@@ARCH@@) (RAM)" --id "linuxram" {
set gfxpayload="keep"
linux (${voidlive})/boot/vmlinuz \
root=live:CDLABEL=VOID_LIVE ro init=/sbin/init \
rd.luks=0 rd.md=0 rd.dm=0 loglevel=4 gpt add_efi_memmap \
vconsole.unicode=1 vconsole.keymap=@@KEYMAP@@ \
locale.LANG=@@LOCALE@@ @@BOOT_CMDLINE@@ rd.live.ram
initrd (${voidlive})/boot/initrd
}
menuentry "@@BOOT_TITLE@@ @@KERNVER@@ (@@ARCH@@) with speech" --hotkey s --id "linuxa11y" {
set gfxpayload="keep"
linux (${voidlive})/boot/vmlinuz \
root=live:CDLABEL=VOID_LIVE ro init=/sbin/init \
rd.luks=0 rd.md=0 rd.dm=0 loglevel=4 gpt add_efi_memmap \
vconsole.unicode=1 vconsole.keymap=@@KEYMAP@@ \
locale.LANG=@@LOCALE@@ @@BOOT_CMDLINE@@ live.accessibility live.autologin
initrd (${voidlive})/boot/initrd
}
menuentry "@@BOOT_TITLE@@ @@KERNVER@@ (@@ARCH@@) with speech (RAM)" --hotkey r --id "linuxa11yram" {
set gfxpayload="keep"
linux (${voidlive})/boot/vmlinuz \
root=live:CDLABEL=VOID_LIVE ro init=/sbin/init \
rd.luks=0 rd.md=0 rd.dm=0 loglevel=4 gpt add_efi_memmap \
vconsole.unicode=1 vconsole.keymap=@@KEYMAP@@ \
locale.LANG=@@LOCALE@@ @@BOOT_CMDLINE@@ live.accessibility live.autologin rd.live.ram
initrd (${voidlive})/boot/initrd
}
if [ "${grub_platform}" == "efi" ]; then
menuentry "Run Memtest86+ (RAM test)" --id memtest {
set gfxpayload="keep"
linux (${voidlive})/boot/memtest.efi
}
menuentry 'UEFI Firmware Settings' --id uefifw {
fwsetup
}
else
menuentry "Run Memtest86+ (RAM test)" --id memtest {
set gfxpayload="keep"
linux (${voidlive})/boot/memtest.bin
}
fi
menuentry "System restart" --id restart {
echo "System rebooting..."
reboot
}
menuentry "System shutdown" --id poweroff {
echo "System shutting down..."
halt
}
fi

1
include-i686/home/anon/.bashrc
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sudo

1
include-i686/home/anon/.profile
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@ -1 +0,0 @@
bash

1
include-i686/root/.bashrc
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@ -1 +0,0 @@
bash -c "evolution-installer"

2
include-i686/root/.profile
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@ -1,2 +0,0 @@
evolution-installer
bash

1533
include-i686/usr/bin/evolution-installer
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239
include-i686/usr/bin/evolution-installer-beta
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@ -1,239 +0,0 @@
#!/bin/bash
if [[ $(id -u) -eq 0 ]]; then
:
else
dialog --title "Run as root" --msgbox "Please run the installer as root!" 0 0
exit 1
fi
if [[ -x /sys/firmware/efi ]]; then
uefi=true
else
uefi=false
fi
dialog --clear --title "Launguage" --menu "Select a language:" 15 50 10 "en_GB" "English UK" "en_US" "English US"
if [[ $? = 1 ]]; then
exit 1
fi
dialog --title "Welcome" --msgbox "Welcome to the EvolutionOS installer! \n\nThis installer is meant to be straightforward, no need for technical skill. \n\nPress enter to select buttons, tab to move between text boxes, and left / right to move between buttons." 0 0
get_disk_type() {
local disk_name="$1"
if [[ "$disk_name" =~ ^sd.$ ]]; then
echo "Hard Disk $(echo "${disk_name: -1}" | tr '[:lower:]' '[:upper:]')"
elif [[ "$disk_name" =~ ^emmc.+$ ]]; then
echo "Internal Memory $(echo "${disk_name: -1}" | tr '[:lower:]' '[:upper:]')"
elif [[ "$disk_name" =~ ^nvme.+$ ]]; then
echo "SSD $(echo "${disk_name: -1}" | tr '[:lower:]' '[:upper:]')"
elif [[ "$disk_name" =~ ^fd.+$ ]]; then
echo "Floppy Disk $(echo "${disk_name: -1}" | tr '[:lower:]' '[:upper:]')"
elif [[ "$disk_name" =~ ^sr.$ ]]; then
echo "Disk Drive $(echo "${disk_name: -1}" | tr '[:lower:]' '[:upper:]')"
else
echo "Unknown"
fi
}
# Getting the disk names using lsblk and awk
disk_names=$(lsblk --list --nodeps -o NAME | awk 'NR>1')
# Function to check if the disk is writable
is_disk_writable() {
local disk_name="$1"
touch "/mnt/$disk_name" &>/dev/null
local writable=$?
rm "/mnt/$disk_name" &>/dev/null
return $writable
}
# Loop through each disk name and determine its type
while true; do
# Creating the list for dialog
list=()
for disk_name in $disk_names; do
disk_type=$(get_disk_type "$disk_name")
list+=( "$disk_name" "$disk_type" )
done
# Using dialog to display the list
dialog --clear --title "Disk List" --menu "Select a disk:" 15 50 10 "${list[@]}" 2>/tmp/disk_choice
if [[ $? = 1 ]]; then
exit 1
fi
# Reading the choice made by the user
choice=$(cat /tmp/disk_choice)
rm /tmp/disk_choice
# Check if the disk is writable
if ! is_disk_writable "$choice"; then
dialog --title "Disk Not Writable" --msgbox "The selected disk is not writable. Please choose another disk." 8 50
continue
fi
# Check if the disk has partitions
partitions=$(lsblk "/dev/$choice" | grep -c "part")
if [ "$partitions" -gt 0 ]; then
dialog --title "Disk with Partitions" --yesno "The selected disk contains data. Do you want to wipe the disk?" 8 50
response=$?
if [ "$response" -eq 0 ]; then
# User chose Yes, proceed to wipe the disk
# Add your wipe disk command here
echo "Ok, continuing with: $choice"
break
else
# User chose No, return to the selection menu
continue
fi
else
# Disk has no partitions, continue with further actions
echo "Ok, continuing with: $choice"
# Add your additional actions here
# ...
fi
# Break out of the loop if the user didn't choose to wipe the disk and there are no partitions
break
done
for i in $(lsblk --list -o NAME /dev/$choice | awk 'NR>2'); do
umount /dev/$i
done
sfdisk --delete /dev/$choice
wipefs -a /dev/$choice
sgdisk -Z /dev/$choice
dialog --yesno "Would you like to use the recommended disk partitioning?" 0 0
if [[ $? = 0 ]]; then
dialog --msgbox "Starting partitioning..." 0 0
if [[ $uefi = true ]]; then
sfdisk -X gpt -W always /dev/$choice <<EOF
, 200M
, ,
EOF
fdisk /dev/$choice <<EOF
t
1
EOF
part1=$(lsblk -n -o NAME --list /dev/$choice | sed -n '2p')
part2=$(lsblk -n -o NAME --list /dev/$choice | sed -n '3p')
mkfs.fat -F 32 /dev/$part1
dialog --clear --title "Filesystem Type" --menu "Select a filesystem:" 0 0 0 "ext4" "Basic file system (recommended)" "btrfs" "Great for data recovery" "xfs" "High performence, but may need extra RAM" 2>/tmp/fileselect
if [[ $? = 1 ]]; then
dialog --msgbox "Operation cancled"
exit 1
fi
filesystem=$(cat /tmp/fileselect)
mkfs.$filesystem /dev/$part2 | dialog --title "Creating file system..." --programbox 24 80
mount /dev/$part2 /mnt
mkdir -p /mnt/boot/efi
mount /dev/$part1 /mnt/boot/efi
else
echo -e "o\nw" | fdisk /dev/$choice
sfdisk -X mbr -W always /dev/$choice <<EOF
, ,
EOF
dialog --clear --title "Filesystem Type" --menu "Select a filesystem:" 0 0 0 "ext4" "Basic file system (recommended)" "btrfs" "Great for data recovery" "xfs" "High performence, but may need extra RAM" 2>/tmp/fileselect
if [[ $? = 1 ]]; then
dialog --msgbox "Operation cancled"
exit 1
fi
filesystem=$(cat /tmp/fileselect)
partmpt1=$(lsblk -n -o NAME --list /dev/$choice | sed -n '2p')
mkfs.$filesystem /dev/$part1 | dialog --title "Creating file system..." --programbox 24 80
fi
else
dialog --msgbox "Ok, you will be dropped into a CLI. Please mount the filesystem, when done, at \"/mnt/\". Note that anything except the default partition disk (ESP, Optional Swap, RootFS) is not offically supported and may not work. Enter exit when you are done." 0 0
bash
dialog --msgbox "Welcome back! Continuing installation..." 0 0
fi
for f in sys proc dev; do
[ ! -d /mnt/$f ] && mkdir /mnt/$f
echo "Mounting /mnt/$f..."
mount --rbind /$f /mnt/$f
done
dialog --clear --title "Select install type" --menu "Which installation type would you like to you:" 0 0 0 "local" "Install without internet" "network" "Download from internet" 2>/tmp/installtype
installtype=$(cat /tmp/installtype)
if [ $uefi = true ]; then
if [ $(uname -m) = "i686" ]; then
_grub="grub-i386-efi"
else
_grub="grub-x86_64-efi"
fi
else
_grub="grub"
fi
mkdir -p /mnt/var/db/xbps/keys /mnt/usr/share
cp -a /usr/share/xbps.d /mnt/usr/share/
cp /var/db/xbps/keys/*.plist /mnt/var/db/xbps/keys
mkdir -p /mnt/boot/grub
if [[ $installtype = "local" ]]; then
xbps-install -S -y -r /mnt -i -R /var/cache/xbps/ base-system $_grub | dialog --title "Installing base system..." --programbox 24 80
else
xbps-install -S -y -r /mnt -R https://evolution-linux.github.io/pkg base-system $_grub | dialog --title "Installing base system..." --programbox 24 80
fi
xbps-reconfigure -r /mnt -f base-system
chroot /mnt xbps-reconfigure -fa | dialog --title "Reconfiguring packages..." --programbox 24 80
while true; do
dialog --title "Password" --clear --insecure --passwordbox "Enter Admin (root) password. For security reasons, you cannot log in as admin. Press enter to submit." 0 0 2>/tmp/rootpasswd
rootpasswd="$(cat /tmp/rootpasswd)"
passwd -R /mnt <<EOF
$rootpasswd
$rootpasswd
EOF
if [[ $? = 1 ]]; then
dialog --title "Illegal characters" --msgbox "You cannot have those characters in a password. Please enter a new one."
continue
else
break
fi
done
while true; do
dialog --title "Username" --clear --inputbox "Enter shorthand username. This will be created as an super user (able to run as root)." 0 0 2>/tmp/usershort
shusername="$(cat /tmp/usershort)"
chroot /mnt "useradd -m $shusername"
if [[ $? = 1 ]]; then
dialog --title "Illegal characters" --msgbox "You cannot have those characters in a shorthand username. Please enter a new one."
continue
else
break
fi
done
dialog --title "Username" --clear --inputbox "Enter display username." 0 0 2>/tmp/dpusername
dpusername=$(cat /tmp/dpusername)
while true; do
dialog --title "Password" --clear --insecure --passwordbox "Enter user password" 0 0 2>/tmp/userpasswd
userpasswd="$(cat /tmp/userpasswd)"
passwd -R /mnt <<EOF
$userpasswd
$userpasswd
EOF
if [[ $? = 1 ]]; then
dialog --title "Illegal characters" --msgbox "You cannot have those characters in a password. Please enter a new one."
continue
else
break
fi
done
chroot /mnt "chfn -f $dpusername $shusername"
chroot /mnt "usermod -a -G video $shusername"
dialog --title "Done!" --msgbox "Hello, and welcome to my minceraft tutorial"

1
include-i686/usr/share/xbps.d/*-evolution-installer-repository-main.conf
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@ -1 +0,0 @@
repository=https://evolution-linux.github.io/pkg

12
include-i686/var/db/xbps/keys/2e:ef:96:72:cf:16:5d:12:f8:b1:03:13:e5:c1:9d:4d.plist
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@ -1,12 +0,0 @@
<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE plist PUBLIC "-//Apple Computer//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0.dtd">
<plist version="1.0">
<dict>
<key>public-key</key>
<data>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</data>
<key>public-key-size</key>
<integer>4096</integer>
<key>signature-by</key>
<string>Tracker-Friendly</string>
</dict>
</plist>

1
include/home/anon/.bashrc
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sudo

1
include/home/anon/.profile
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@ -1 +0,0 @@
bash

1
include/root/.bashrc
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@ -1 +0,0 @@
bash -c "evolution-installer"

2
include/root/.profile
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@ -1,2 +0,0 @@
evolution-installer
bash

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include/usr/bin/evolution-installer
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include/usr/bin/evolution-installer-beta
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@ -1,239 +0,0 @@
#!/bin/bash
if [[ $(id -u) -eq 0 ]]; then
:
else
dialog --title "Run as root" --msgbox "Please run the installer as root!" 0 0
exit 1
fi
if [[ -x /sys/firmware/efi ]]; then
uefi=true
else
uefi=false
fi
dialog --clear --title "Launguage" --menu "Select a language:" 15 50 10 "en_GB" "English UK" "en_US" "English US"
if [[ $? = 1 ]]; then
exit 1
fi
dialog --title "Welcome" --msgbox "Welcome to the EvolutionOS installer! \n\nThis installer is meant to be straightforward, no need for technical skill. \n\nPress enter to select buttons, tab to move between text boxes, and left / right to move between buttons." 0 0
get_disk_type() {
local disk_name="$1"
if [[ "$disk_name" =~ ^sd.$ ]]; then
echo "Hard Disk $(echo "${disk_name: -1}" | tr '[:lower:]' '[:upper:]')"
elif [[ "$disk_name" =~ ^emmc.+$ ]]; then
echo "Internal Memory $(echo "${disk_name: -1}" | tr '[:lower:]' '[:upper:]')"
elif [[ "$disk_name" =~ ^nvme.+$ ]]; then
echo "SSD $(echo "${disk_name: -1}" | tr '[:lower:]' '[:upper:]')"
elif [[ "$disk_name" =~ ^fd.+$ ]]; then
echo "Floppy Disk $(echo "${disk_name: -1}" | tr '[:lower:]' '[:upper:]')"
elif [[ "$disk_name" =~ ^sr.$ ]]; then
echo "Disk Drive $(echo "${disk_name: -1}" | tr '[:lower:]' '[:upper:]')"
else
echo "Unknown"
fi
}
# Getting the disk names using lsblk and awk
disk_names=$(lsblk --list --nodeps -o NAME | awk 'NR>1')
# Function to check if the disk is writable
is_disk_writable() {
local disk_name="$1"
touch "/mnt/$disk_name" &>/dev/null
local writable=$?
rm "/mnt/$disk_name" &>/dev/null
return $writable
}
# Loop through each disk name and determine its type
while true; do
# Creating the list for dialog
list=()
for disk_name in $disk_names; do
disk_type=$(get_disk_type "$disk_name")
list+=( "$disk_name" "$disk_type" )
done
# Using dialog to display the list
dialog --clear --title "Disk List" --menu "Select a disk:" 15 50 10 "${list[@]}" 2>/tmp/disk_choice
if [[ $? = 1 ]]; then
exit 1
fi
# Reading the choice made by the user
choice=$(cat /tmp/disk_choice)
rm /tmp/disk_choice
# Check if the disk is writable
if ! is_disk_writable "$choice"; then
dialog --title "Disk Not Writable" --msgbox "The selected disk is not writable. Please choose another disk." 8 50
continue
fi
# Check if the disk has partitions
partitions=$(lsblk "/dev/$choice" | grep -c "part")
if [ "$partitions" -gt 0 ]; then
dialog --title "Disk with Partitions" --yesno "The selected disk contains data. Do you want to wipe the disk?" 8 50
response=$?
if [ "$response" -eq 0 ]; then
# User chose Yes, proceed to wipe the disk
# Add your wipe disk command here
echo "Ok, continuing with: $choice"
break
else
# User chose No, return to the selection menu
continue
fi
else
# Disk has no partitions, continue with further actions
echo "Ok, continuing with: $choice"
# Add your additional actions here
# ...
fi
# Break out of the loop if the user didn't choose to wipe the disk and there are no partitions
break
done
for i in $(lsblk --list -o NAME /dev/$choice | awk 'NR>2'); do
umount /dev/$i
done
sfdisk --delete /dev/$choice
wipefs -a /dev/$choice
sgdisk -Z /dev/$choice
dialog --yesno "Would you like to use the recommended disk partitioning?" 0 0
if [[ $? = 0 ]]; then
dialog --msgbox "Starting partitioning..." 0 0
if [[ $uefi = true ]]; then
sfdisk -X gpt -W always /dev/$choice <<EOF
, 200M
, ,
EOF
fdisk /dev/$choice <<EOF
t
1
EOF
part1=$(lsblk -n -o NAME --list /dev/$choice | sed -n '2p')
part2=$(lsblk -n -o NAME --list /dev/$choice | sed -n '3p')
mkfs.fat -F 32 /dev/$part1
dialog --clear --title "Filesystem Type" --menu "Select a filesystem:" 0 0 0 "ext4" "Basic file system (recommended)" "btrfs" "Great for data recovery" "xfs" "High performence, but may need extra RAM" 2>/tmp/fileselect
if [[ $? = 1 ]]; then
dialog --msgbox "Operation cancled"
exit 1
fi
filesystem=$(cat /tmp/fileselect)
mkfs.$filesystem /dev/$part2 | dialog --title "Creating file system..." --programbox 24 80
mount /dev/$part2 /mnt
mkdir -p /mnt/boot/efi
mount /dev/$part1 /mnt/boot/efi
else
echo -e "o\nw" | fdisk /dev/$choice
sfdisk -X mbr -W always /dev/$choice <<EOF
, ,
EOF
dialog --clear --title "Filesystem Type" --menu "Select a filesystem:" 0 0 0 "ext4" "Basic file system (recommended)" "btrfs" "Great for data recovery" "xfs" "High performence, but may need extra RAM" 2>/tmp/fileselect
if [[ $? = 1 ]]; then
dialog --msgbox "Operation cancled"
exit 1
fi
filesystem=$(cat /tmp/fileselect)
partmpt1=$(lsblk -n -o NAME --list /dev/$choice | sed -n '2p')
mkfs.$filesystem /dev/$part1 | dialog --title "Creating file system..." --programbox 24 80
fi
else
dialog --msgbox "Ok, you will be dropped into a CLI. Please mount the filesystem, when done, at \"/mnt/\". Note that anything except the default partition disk (ESP, Optional Swap, RootFS) is not offically supported and may not work. Enter exit when you are done." 0 0
bash
dialog --msgbox "Welcome back! Continuing installation..." 0 0
fi
for f in sys proc dev; do
[ ! -d /mnt/$f ] && mkdir /mnt/$f
echo "Mounting /mnt/$f..."
mount --rbind /$f /mnt/$f
done
dialog --clear --title "Select install type" --menu "Which installation type would you like to you:" 0 0 0 "local" "Install without internet" "network" "Download from internet" 2>/tmp/installtype
installtype=$(cat /tmp/installtype)
if [ $uefi = true ]; then
if [ $(uname -m) = "i686" ]; then
_grub="grub-i386-efi"
else
_grub="grub-x86_64-efi"
fi
else
_grub="grub"
fi
mkdir -p /mnt/var/db/xbps/keys /mnt/usr/share
cp -a /usr/share/xbps.d /mnt/usr/share/
cp /var/db/xbps/keys/*.plist /mnt/var/db/xbps/keys
mkdir -p /mnt/boot/grub
if [[ $installtype = "local" ]]; then
xbps-install -S -y -r /mnt -i -R /var/cache/xbps/ base-system $_grub | dialog --title "Installing base system..." --programbox 24 80
else
xbps-install -S -y -r /mnt -R https://evolution-linux.github.io/pkg base-system $_grub | dialog --title "Installing base system..." --programbox 24 80
fi
xbps-reconfigure -r /mnt -f base-system
chroot /mnt xbps-reconfigure -fa | dialog --title "Reconfiguring packages..." --programbox 24 80
while true; do
dialog --title "Password" --clear --insecure --passwordbox "Enter Admin (root) password. For security reasons, you cannot log in as admin. Press enter to submit." 0 0 2>/tmp/rootpasswd
rootpasswd="$(cat /tmp/rootpasswd)"
passwd -R /mnt <<EOF
$rootpasswd
$rootpasswd
EOF
if [[ $? = 1 ]]; then
dialog --title "Illegal characters" --msgbox "You cannot have those characters in a password. Please enter a new one."
continue
else
break
fi
done
while true; do
dialog --title "Username" --clear --inputbox "Enter shorthand username. This will be created as an super user (able to run as root)." 0 0 2>/tmp/usershort
shusername="$(cat /tmp/usershort)"
chroot /mnt "useradd -m $shusername"
if [[ $? = 1 ]]; then
dialog --title "Illegal characters" --msgbox "You cannot have those characters in a shorthand username. Please enter a new one."
continue
else
break
fi
done
dialog --title "Username" --clear --inputbox "Enter display username." 0 0 2>/tmp/dpusername
dpusername=$(cat /tmp/dpusername)
while true; do
dialog --title "Password" --clear --insecure --passwordbox "Enter user password" 0 0 2>/tmp/userpasswd
userpasswd="$(cat /tmp/userpasswd)"
passwd -R /mnt <<EOF
$userpasswd
$userpasswd
EOF
if [[ $? = 1 ]]; then
dialog --title "Illegal characters" --msgbox "You cannot have those characters in a password. Please enter a new one."
continue
else
break
fi
done
chroot /mnt "chfn -f $dpusername $shusername"
chroot /mnt "usermod -a -G video $shusername"
dialog --title "Done!" --msgbox "Hello, and welcome to my minceraft tutorial"

1
include/usr/share/xbps.d/*-evolution-installer-repository-main.conf
View File

@ -1 +0,0 @@
repository=https://evolution-linux.github.io/pkg

12
include/var/db/xbps/keys/2e:ef:96:72:cf:16:5d:12:f8:b1:03:13:e5:c1:9d:4d.plist
View File

@ -1,12 +0,0 @@
<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE plist PUBLIC "-//Apple Computer//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0.dtd">
<plist version="1.0">
<dict>
<key>public-key</key>
<data>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</data>
<key>public-key-size</key>
<integer>4096</integer>
<key>signature-by</key>
<string>Tracker-Friendly</string>
</dict>
</plist>

58
isolinux/isolinux.cfg.in
View File

@ -1,58 +0,0 @@
UI vesamenu.c32
PROMPT 0
TIMEOUT 150
ONTIMEOUT linux
MENU TABMSG Press ENTER to boot or TAB to edit a menu entry
MENU AUTOBOOT BIOS default device boot in # second{,s}...
MENU BACKGROUND @@SPLASHIMAGE@@
MENU WIDTH 78
MENU MARGIN 1
MENU ROWS 9
MENU VSHIFT 2
MENU TIMEOUTROW 13
MENU TABMSGROW 2
MENU CMDLINEROW 16
MENU HELPMSGROW 20
MENU HELPMSGENDROW 34
MENU COLOR title * #FF5255FF *
MENU COLOR border * #00000000 #00000000 none
MENU COLOR sel * #ffffffff #FF5255FF *
LABEL linux
MENU LABEL @@BOOT_TITLE@@ @@KERNVER@@ @@ARCH@@
KERNEL /boot/vmlinuz
APPEND initrd=/boot/initrd root=live:CDLABEL=VOID_LIVE init=/sbin/init ro rd.luks=0 rd.md=0 rd.dm=0 loglevel=4 vconsole.unicode=1 vconsole.keymap=@@KEYMAP@@ locale.LANG=@@LOCALE@@ @@BOOT_CMDLINE@@
LABEL linuxram
MENU LABEL @@BOOT_TITLE@@ @@KERNVER@@ @@ARCH@@ (RAM)
KERNEL /boot/vmlinuz
APPEND initrd=/boot/initrd root=live:CDLABEL=VOID_LIVE init=/sbin/init ro rd.luks=0 rd.md=0 rd.dm=0 loglevel=4 vconsole.unicode=1 vconsole.keymap=@@KEYMAP@@ locale.LANG=@@LOCALE@@ @@BOOT_CMDLINE@@ rd.live.ram
LABEL linuxa11y
MENU LABEL @@BOOT_TITLE@@ @@KERNVER@@ @@ARCH@@ with ^speech
KERNEL /boot/vmlinuz
APPEND initrd=/boot/initrd root=live:CDLABEL=VOID_LIVE init=/sbin/init ro rd.luks=0 rd.md=0 rd.dm=0 loglevel=4 vconsole.unicode=1 vconsole.keymap=@@KEYMAP@@ locale.LANG=@@LOCALE@@ @@BOOT_CMDLINE@@ live.accessibility live.autologin
LABEL linuxa11yram
MENU LABEL @@BOOT_TITLE@@ @@KERNVER@@ @@ARCH@@ with speech (^RAM)
KERNEL /boot/vmlinuz
APPEND initrd=/boot/initrd root=live:CDLABEL=VOID_LIVE init=/sbin/init ro rd.luks=0 rd.md=0 rd.dm=0 loglevel=4 vconsole.unicode=1 vconsole.keymap=@@KEYMAP@@ locale.LANG=@@LOCALE@@ @@BOOT_CMDLINE@@ live.accessibility live.autologin rd.live.ram
LABEL c
MENU LABEL Boot first HD found by BIOS
COM32 chain.c32
APPEND hd0
LABEL memtest
MENU LABEL Run Memtest86+ (RAM test)
LINUX /boot/memtest.bin
LABEL reboot
MENU LABEL Reboot
COM32 reboot.c32
LABEL poweroff
MENU LABEL Power Off
COM32 poweroff.c32

12
keys/3d:b9:c0:50:41:a7:68:4c:2e:2c:a9:a2:5a:04:b7:3f.plist
View File

@ -1,12 +0,0 @@
<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE plist PUBLIC "-//Apple Computer//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0.dtd">
<plist version="1.0">
<dict>
<key>public-key</key>
<data>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</data>
<key>public-key-size</key>
<integer>4096</integer>
<key>signature-by</key>
<string>Void Linux</string>
</dict>
</plist>

12
keys/60:ae:0c:d6:f0:95:17:80:bc:93:46:7a:89:af:a3:2d.plist
View File

@ -1,12 +0,0 @@
<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE plist PUBLIC "-//Apple Computer//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0.dtd">
<plist version="1.0">
<dict>
<key>public-key</key>
<data>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</data>
<key>public-key-size</key>
<integer>4096</integer>
<key>signature-by</key>
<string>Void Linux</string>
</dict>
</plist>

354
lib.sh
View File

@ -1,354 +0,0 @@
#!/bin/sh
# This contains the COMPLETE list of binaries that this script needs
# to function. The only exception is the QEMU binary since it is not
# known in advance which one wil be required.
readonly LIBTOOLS="cp echo cat printf which mountpoint mount umount modprobe"
readonly HOSTARCH=$(xbps-uhelper arch)
is_target_native() {
# Because checking whether the target is runnable is ugly, stuff
# it into a single function. That makes it easy to check anywhere.
local target_arch
target_arch="$1"
# this will cover most
if [ "${target_arch%-musl}" = "${HOSTARCH%-musl}" ]; then
return 0
fi
case "$HOSTARCH" in
# ppc64le has no 32-bit variant, only runs its own stuff
ppc64le*) return 1 ;;
# x86_64 also runs i686
x86_64*) test -z "${target_arch##*86*}" ;;
# aarch64 also runs armv*
aarch64*) test -z "${target_arch##armv*}" ;;
# bigendian ppc64 also runs ppc
ppc64*) test "${target_arch%-musl}" = "ppc" ;;
# anything else is just their own
*) return 1 ;;
esac
return $?
}
version() (
set +u
[ -n "$PROGNAME" ] && printf "%s " "$PROGNAME"
echo "$(cat ./version) ${MKLIVE_REV:-"$(git -c safe.directory="$(pwd)" rev-parse --short HEAD 2> /dev/null)"}"
)
info_msg() {
# This function handles the printing that is bold within all
# scripts. This is a convenience function so that the rather ugly
# looking ASCII escape codes live in only one place.
printf "\033[1m%s\n\033[m" "$@"
}
die() {
# This function is registered in all the scripts to make sure that
# the important mounts get cleaned up and the $ROOTFS location is
# removed.
printf "FATAL: %s\n" "$@"
umount_pseudofs
[ -d "$ROOTFS" ] && rm -rf "$ROOTFS"
exit 1
}
check_tools() {
# All scripts within mklive declare the tools they will use in a
# variable called "REQTOOLS". This function checks that these
# tools are available and prints out the path to each tool that
# will be used. This can be useful to figure out what is broken
# if a different version of something is used than was expected.
for tool in $LIBTOOLS $REQTOOLS ; do
if ! which "$tool" > /dev/null ; then
die "Required tool $tool is not available on this system!"
fi
done
info_msg "The following tools will be used:"
for tool in $LIBTOOLS $REQTOOLS ; do
which "$tool"
done
}
mount_pseudofs() {
# This function ensures that the psuedofs mountpoints are present
# in the chroot. Strictly they are not necessary to have for many
# commands, but bind-mounts are cheap and it isn't too bad to just
# mount them all the time.
for f in dev proc sys; do
# In a naked chroot there is nothing to bind the mounts to, so
# we need to create directories for these first.
[ ! -d "$ROOTFS/$f" ] && mkdir -p "$ROOTFS/$f"
if ! mountpoint -q "$ROOTFS/$f" ; then
# It is VERY important that this only happen if the
# pseudofs isn't already mounted. If it already is then
# this is virtually impossible to troubleshoot because it
# looks like the subsequent umount just isn't working.
mount -r --rbind /$f "$ROOTFS/$f" --make-rslave
fi
done
if ! mountpoint -q "$ROOTFS/tmp" ; then
mkdir -p "$ROOTFS/tmp"
mount -o mode=0755,nosuid,nodev -t tmpfs tmpfs "$ROOTFS/tmp"
fi
}
umount_pseudofs() {
# This function cleans up the mounts in the chroot. Failure to
# clean up these mounts will prevent the tmpdir from being
# deletable instead throwing the error "Device or Resource Busy".
# The '-f' option is passed to umount to account for the
# contingency where the psuedofs mounts are not present.
if [ -d "${ROOTFS}" ]; then
for f in dev proc sys; do
umount -R -f "$ROOTFS/$f" >/dev/null 2>&1
done
fi
umount -f "$ROOTFS/tmp" >/dev/null 2>&1
}
run_cmd_target() {
info_msg "Running $* for target $XBPS_TARGET_ARCH ..."
if is_target_native "$XBPS_TARGET_ARCH"; then
# This is being run on the same architecture as the host,
# therefore we should set XBPS_ARCH.
if ! eval XBPS_ARCH="$XBPS_TARGET_ARCH" "$@" ; then
die "Could not run command $*"
fi
else
# This is being run on a foriegn arch, therefore we should set
# XBPS_TARGET_ARCH. In this case XBPS will not attempt
# certain actions and will require reconfiguration later.
if ! eval XBPS_TARGET_ARCH="$XBPS_TARGET_ARCH" "$@" ; then
die "Could not run command $*"
fi
fi
}
run_cmd() {
# This is a general purpose function to run commands that a user
# may wish to see. For example its useful to see the tar/xz
# pipeline to not need to delve into the scripts to see what
# options its set up with.
info_msg "Running $*"
eval "$@"
}
run_cmd_chroot() {
# General purpose chroot function which makes sure the chroot is
# prepared. This function takes 2 arguments, the location to
# chroot to and the command to run.
# This is an idempotent function, it is safe to call every time
# before entering the chroot. This has the advantage of making
# execution in the chroot appear as though it "Just Works(tm)".
register_binfmt
# Before we step into the chroot we need to make sure the
# pseudo-filesystems are ready to go. Not all commands will need
# this, but its still a good idea to call it here anyway.
mount_pseudofs
# With assurance that things will run now we can jump into the
# chroot and run stuff!
chroot "$1" sh -c "$2"
}
cleanup_chroot() {
# This function cleans up the chroot shims that are used by QEMU
# to allow builds on alien platforms. It takes no arguments but
# expects the global $ROOTFS variable to be set.
# Un-Mount the pseudofs mounts if they were mounted
umount_pseudofs
}
register_binfmt() {
# This function sets up everything that is needed to be able to
# chroot into a ROOTFS and be able to run commands there. This
# really matters on platforms where the host architecture is
# different from the target, and you wouldn't be able to run
# things like xbps-reconfigure -a. This function is idempotent
# (You can run it multiple times without modifying state). This
# function takes no arguments, but does expect the global variable
# $XBPS_TARGET_ARCH to be set.
# This select sets up the "magic" bytes in /proc that let the
# kernel select an alternate interpreter. More values for this
# map can be obtained from here:
# https://github.com/qemu/qemu/blob/master/scripts/qemu-binfmt-conf.sh
# If the XBPS_TARGET_ARCH is unset but the PLATFORM is known, it
# may be possible to set the architecture from the static
# platforms map.
if [ -z "$XBPS_TARGET_ARCH" ] && [ ! -z "$PLATFORM" ] ; then
set_target_arch_from_platform
fi
# In the special case where the build is native we can return
# without doing anything else
# This is only a basic check for identical archs, with more careful
# checks below for cases like ppc64 -> ppc and x86_64 -> i686.
_hostarch="${HOSTARCH%-musl}"
_targetarch="${XBPS_TARGET_ARCH%-musl}"
if [ "$_hostarch" = "$_targetarch" ] ; then
return
fi
case "${_targetarch}" in
armv*)
# TODO: detect aarch64 hosts that run 32 bit ARM without qemu (some cannot)
if ( [ "${_targetarch}" = "armv6l" ] && [ "${_hostarch}" = "armv7l" ] ) ; then
return
fi
if [ "${_targetarch}" = "armv5tel" -a \
\( "${_hostarch}" = "armv6l" -o "${_hostarch}" = "armv7l" \) ] ; then
return
fi
_cpu=arm
_magic="\x7fELF\x01\x01\x01\x00\x00\x00\x00\x00\x00\x00\x00\x00\x02\x00\x28\x00"
_mask="\xff\xff\xff\xff\xff\xff\xff\x00\xff\xff\xff\xff\xff\xff\xff\xff\xfe\xff\xff\xff"
;;
aarch64)
_cpu=aarch64
_magic="\x7fELF\x02\x01\x01\x00\x00\x00\x00\x00\x00\x00\x00\x00\x02\x00\xb7"
_mask="\xff\xff\xff\xff\xff\xff\xff\x00\xff\xff\xff\xff\xff\xff\xff\xff\xfe\xff\xff"
;;
ppc64le)
_cpu=ppc64le
_magic="\x7fELF\x02\x01\x01\x00\x00\x00\x00\x00\x00\x00\x00\x00\x02\x00\x15\x00"
_mask="\xff\xff\xff\xff\xff\xff\xff\x00\xff\xff\xff\xff\xff\xff\xff\xff\xfe\xff\xff\x00"
;;
ppc64)
_cpu=ppc64
_magic="\x7fELF\x02\x02\x01\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x02\x00\x15"
_mask="\xff\xff\xff\xff\xff\xff\xff\x00\xff\xff\xff\xff\xff\xff\xff\xff\xff\xfe\xff\xff"
;;
ppc)
if [ "$_hostarch" = "ppc64" ] ; then
return
fi
_cpu=ppc
_magic="\x7fELF\x01\x02\x01\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x02\x00\x14"
_mask="\xff\xff\xff\xff\xff\xff\xff\x00\xff\xff\xff\xff\xff\xff\xff\xff\xff\xfe\xff\xff"
;;
mipsel)
if [ "$_hostarch" = "mips64el" ] ; then
return
fi
_cpu=mipsel
_magic="\x7fELF\x01\x01\x01\x00\x00\x00\x00\x00\x00\x00\x00\x00\x02\x00\x08\x00"
_mask="\xff\xff\xff\xff\xff\xff\xff\x00\xff\xff\xff\xff\xff\xff\xff\xff\xfe\xff\xff\xff"
;;
x86_64)
_cpu=x86_64
_magic="\x7f\x45\x4c\x46\x02\x01\x01\x00\x00\x00\x00\x00\x00\x00\x00\x00\x02\x00\x3e\x00"
_mask="\xff\xff\xff\xff\xff\xfe\xfe\xfc\xff\xff\xff\xff\xff\xff\xff\xff\xfe\xff\xff\xff"
;;
i686)
if [ "$_hostarch" = "x86_64" ] ; then
return
fi
_cpu=i386
_magic="\x7f\x45\x4c\x46\x01\x01\x01\x00\x00\x00\x00\x00\x00\x00\x00\x00\x02\x00\x03\x00"
_mask="\xff\xff\xff\xff\xff\xfe\xfe\xff\xff\xff\xff\xff\xff\xff\xff\xff\xfe\xff\xff\xff"
;;
*)
die "Unknown target architecture!"
;;
esac
# For builds that do not match the host architecture, the correct
# qemu binary will be required.
QEMU_BIN="qemu-${_cpu}-static"
if ! $QEMU_BIN -version >/dev/null 2>&1; then
die "$QEMU_BIN binary is missing in your system, exiting."
fi
# In order to use the binfmt system the binfmt_misc mountpoint
# must exist inside of proc
if ! mountpoint -q /proc/sys/fs/binfmt_misc ; then
modprobe -q binfmt_misc
mount -t binfmt_misc binfmt_misc /proc/sys/fs/binfmt_misc 2>/dev/null
fi
# Only register if the map is incomplete
if [ ! -f /proc/sys/fs/binfmt_misc/qemu-$_cpu ] ; then
echo ":qemu-$_cpu:M::$_magic:$_mask:/usr/bin/$QEMU_BIN:F" > /proc/sys/fs/binfmt_misc/register 2>/dev/null
fi
}
set_target_arch_from_platform() {
# This function maintains a lookup from platform to target
# architecture. This is required for scripts that need to know
# the target architecture, but don't necessarily need to know it
# internally (i.e. only run_cmd_chroot).
case "$PLATFORM" in
bananapi*) XBPS_TARGET_ARCH="armv7l";;
beaglebone*) XBPS_TARGET_ARCH="armv7l";;
cubieboard2*|cubietruck*) XBPS_TARGET_ARCH="armv7l";;
odroid-u2*) XBPS_TARGET_ARCH="armv7l";;
odroid-c2*) XBPS_TARGET_ARCH="aarch64";;
rpi-aarch64*) XBPS_TARGET_ARCH="aarch64";;
rpi-armv7l*) XBPS_TARGET_ARCH="armv7l";;
rpi-armv6l*) XBPS_TARGET_ARCH="armv6l";;
ci20*) XBPS_TARGET_ARCH="mipsel";;
i686*) XBPS_TARGET_ARCH="i686";;
x86_64*) XBPS_TARGET_ARCH="x86_64";;
GCP*) XBPS_TARGET_ARCH="x86_64";;
pinebookpro*) XBPS_TARGET_ARCH="aarch64";;
pinephone*) XBPS_TARGET_ARCH="aarch64";;
rock64*) XBPS_TARGET_ARCH="aarch64";;
*) die "$PROGNAME: Unable to compute target architecture from platform";;
esac
if [ -z "${PLATFORM##*-musl}" ] ; then
XBPS_TARGET_ARCH="${XBPS_TARGET_ARCH}-musl"
fi
}
set_dracut_args_from_platform() {
# In rare cases it is necessary to set platform specific dracut
# args. This is mostly the case on ARM platforms.
case "$PLATFORM" in
*) ;;
esac
}
set_cachedir() {
# The package artifacts are cacheable, but they need to be isolated
# from the host cache.
: "${XBPS_CACHEDIR:=--cachedir=$PWD/xbps-cache/${XBPS_TARGET_ARCH}}"
}
rk33xx_flash_uboot() {
local dir="$1"
local dev="$2"
dd if="${dir}/idbloader.img" of="${dev}" seek=64 conv=notrunc,fsync >/dev/null 2>&1
dd if="${dir}/u-boot.itb" of="${dev}" seek=16384 conv=notrunc,fsync >/dev/null 2>&1
}
# These should all resolve even if they won't have the appropriate
# repodata files for the selected architecture.
: "${XBPS_REPOSITORY:=--repository=https://repo-default.voidlinux.org/current \
--repository=https://repo-default.voidlinux.org/current/musl \
--repository=https://repo-default.voidlinux.org/current/aarch64}"
# This library is the authoritative source of the platform map,
# because of this we may need to get this information from the command
# line. This select allows us to get that information out. This
# fails silently if the toolname isn't known since this script is
# sourced.
case $1 in
platform2arch)
PLATFORM=$2
set_target_arch_from_platform
echo "$XBPS_TARGET_ARCH"
;;
esac

409
mkimage.sh
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@ -1,409 +0,0 @@
#!/bin/sh
#-
# Copyright (c) 2013-2016 Juan Romero Pardines.
# Copyright (c) 2017 Google
# All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions
# are met:
# 1. Redistributions of source code must retain the above copyright
# notice, this list of conditions and the following disclaimer.
# 2. Redistributions in binary form must reproduce the above copyright
# notice, this list of conditions and the following disclaimer in the
# documentation and/or other materials provided with the distribution.
#
# THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
# IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
# OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
# IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT,
# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT
# NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
# DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
# THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
# THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
#-
readonly PROGNAME=$(basename "$0")
readonly ARCH=$(uname -m)
trap 'printf "\nInterrupted! exiting...\n"; cleanup; exit 0' INT TERM HUP
# This source pulls in all the functions from lib.sh. This set of
# functions makes it much easier to work with chroots and abstracts
# away all the problems with running binaries with QEMU.
# shellcheck source=./lib.sh
. ./lib.sh
# This script has a special cleanup() function since it needs to
# unmount the rootfs as mounted on a loop device. This function is
# defined after sourcing the library functions to ensure it is the
# last one defined.
cleanup() {
umount_pseudofs
umount -f "${ROOTFS}/boot" 2>/dev/null
umount -f "${ROOTFS}" 2>/dev/null
if [ -e "$LOOPDEV" ]; then
partx -d "$LOOPDEV" 2>/dev/null
losetup -d "$LOOPDEV" 2>/dev/null
fi
[ -d "$ROOTFS" ] && rmdir "$ROOTFS"
}
# This script is designed to take in a complete platformfs and spit
# out an image that is suitable for writing with dd. The image is
# configurable in terms of the filesystem layout, but not in terms of
# the installed system itself. Customization to the installed system
# should be made during the mkplatformfs step.
usage() {
cat <<_EOF
Usage: $PROGNAME [options] <rootfs-tarball>
The <rootfs-tarball> argument expects a tarball generated by void-mkrootfs.
The platform is guessed automatically by its name.
Accepted sizes suffixes: KiB, MiB, GiB, TiB, EiB.
OPTIONS
-b <fstype> Set /boot filesystem type (defaults to FAT)
-B <bsize> Set /boot filesystem size (defaults to 64MiB)
-r <fstype> Set / filesystem type (defaults to EXT4)
-s <totalsize> Set total image size (defaults to 2GB)
-o <output> Set image filename (guessed automatically)
-x <num> Use <num> threads to compress the image (dynamic if unset)
-h Show this help
-V Show version
Resulting image will have 2 partitions, /boot and /.
_EOF
exit 0
}
# ########################################
# SCRIPT EXECUTION STARTS HERE
# ########################################
while getopts "b:B:o:r:s:x:h:V" opt; do
case $opt in
b) BOOT_FSTYPE="$OPTARG";;
B) BOOT_FSSIZE="$OPTARG";;
o) FILENAME="$OPTARG";;
r) ROOT_FSTYPE="$OPTARG";;
s) IMGSIZE="$OPTARG";;
x) COMPRESSOR_THREADS="$OPTARG" ;;
V) version; exit 0;;
*) usage;;
esac
done
shift $((OPTIND - 1))
ROOTFS_TARBALL="$1"
if [ -z "$ROOTFS_TARBALL" ]; then
usage
elif [ ! -r "$ROOTFS_TARBALL" ]; then
# In rare cases the tarball can wind up owned by the wrong user.
# This leads to confusing failures if execution is allowed to
# proceed.
die "Cannot read rootfs tarball: $ROOTFS_TARBALL"
fi
# Setup the platform variable. Here we want just the name and
# optionally -musl if this is the musl variant.
PLATFORM="${ROOTFS_TARBALL#void-}"
PLATFORM="${PLATFORM%-PLATFORMFS*}"
# Be absolutely certain the platform is supported before continuing
case "$PLATFORM" in
bananapi|beaglebone|cubieboard2|cubietruck|odroid-c2|odroid-u2|rpi-armv6l|rpi-armv7l|rpi-aarch64|GCP|pinebookpro|pinephone|rock64|*-musl);;
*) die "The $PLATFORM is not supported, exiting..."
esac
# Default for bigger boot partion on rk33xx devices since it needs to
# fit at least 2 Kernels + initramfs
case "$PLATFORM" in
pinebookpro*|rock64*)
: "${BOOT_FSSIZE:=256MiB}"
;;
esac
# By default we build all platform images with a 64MiB boot partition
# formated FAT16, and an approximately 1.9GiB root partition formated
# ext4. More exotic combinations are of course possible, but this
# combination works on all known platforms.
: "${IMGSIZE:=2G}"
: "${BOOT_FSTYPE:=vfat}"
: "${BOOT_FSSIZE:=64MiB}"
: "${ROOT_FSTYPE:=ext4}"
# Verify that the required tooling is available
readonly REQTOOLS="sfdisk partx losetup mount truncate mkfs.${BOOT_FSTYPE} mkfs.${ROOT_FSTYPE}"
check_tools
# This is an awful hack since the script isn't using privesc
# mechanisms selectively. This is a TODO item.
if [ "$(id -u)" -ne 0 ]; then
die "need root perms to continue, exiting."
fi
# Set the default filename if none was provided above. The default
# will include the platform the image is being built for and the date
# on which it was built.
if [ -z "$FILENAME" ]; then
FILENAME="void-${PLATFORM}-$(date -u +%Y%m%d).img"
fi
# Create the base image. This was previously accomplished with dd,
# but truncate is markedly faster.
info_msg "Creating disk image ($IMGSIZE) ..."
truncate -s "${IMGSIZE}" "$FILENAME" >/dev/null 2>&1
# Grab a tmpdir for the rootfs. If this fails we need to halt now
# because otherwise things will go very badly for the host system.
ROOTFS=$(mktemp -d) || die "Could not create tmpdir for ROOTFS"
info_msg "Creating disk image partitions/filesystems ..."
if [ "$BOOT_FSTYPE" = "vfat" ]; then
# The mkfs.vfat program tries to make some "intelligent" choices
# about the type of filesystem it creates. Instead we set options
# if the type is vfat to ensure that the same options will be used
# every time.
_args="-I -F16"
fi
case "$PLATFORM" in
cubieboard2|cubietruck|ci20*|odroid-c2*)
# These platforms use a single partition for the entire filesystem.
sfdisk "${FILENAME}" <<_EOF
label: dos
2048,,L
_EOF
LOOPDEV=$(losetup --show --find --partscan "$FILENAME")
mkfs.${ROOT_FSTYPE} -O '^64bit,^extra_isize,^has_journal' "${LOOPDEV}p1" >/dev/null 2>&1
mount "${LOOPDEV}p1" "$ROOTFS"
ROOT_UUID=$(blkid -o value -s UUID "${LOOPDEV}p1")
;;
*)
# These platforms use a partition layout with a small boot
# partition (64M by default) and the rest of the space as the
# root filesystem. This is the generally preferred disk
# layout for new platforms.
case "$PLATFORM" in
pinebookpro*|rock64*)
# rk33xx devices use GPT and need more space reserved
sfdisk "$FILENAME" <<_EOF
label: gpt
unit: sectors
first-lba: 32768
name=BootFS, size=${BOOT_FSSIZE}, type=L, bootable, attrs="LegacyBIOSBootable"
name=RootFS, type=L
_EOF
;;
*)
# The rest use MBR and need less space reserved
sfdisk "${FILENAME}" <<_EOF
label: dos
2048,${BOOT_FSSIZE},b,*
,+,L
_EOF
;;
esac
LOOPDEV=$(losetup --show --find --partscan "$FILENAME")
# Normally we need to quote to prevent argument splitting, but
# we explicitly want argument splitting here.
# shellcheck disable=SC2086
mkfs.${BOOT_FSTYPE} $_args "${LOOPDEV}p1" >/dev/null
case "$ROOT_FSTYPE" in
# Because the images produced by this script are generally
# either on single board computers using flash memory or
# in cloud environments that already provide disk
# durability, we shut off the journal for ext filesystems.
# For flash memory this greatly extends the life of the
# memory and for cloud images this lowers the overhead by
# a small amount.
ext[34]) disable_journal="-O ^has_journal";;
esac
mkfs.${ROOT_FSTYPE} ${disable_journal:+"$disable_journal"} "${LOOPDEV}p2" >/dev/null 2>&1
mount "${LOOPDEV}p2" "$ROOTFS"
mkdir -p "${ROOTFS}/boot"
mount "${LOOPDEV}p1" "${ROOTFS}/boot"
BOOT_UUID=$(blkid -o value -s UUID "${LOOPDEV}p1")
ROOT_UUID=$(blkid -o value -s UUID "${LOOPDEV}p2")
ROOT_PARTUUID=$(blkid -o value -s PARTUUID "${LOOPDEV}p2")
;;
esac
# This step unpacks the platformfs tarball made by mkplatformfs.sh.
info_msg "Unpacking rootfs tarball ..."
if [ "$PLATFORM" = "beaglebone" ]; then
# The beaglebone requires some special extra handling. The MLO
# program is a special first stage boot loader that brings up
# enough of the processor to then load u-boot which loads the rest
# of the system. The noauto option also prevents /boot from being
# mounted during system startup.
fstab_args=",noauto"
tar xfp "$ROOTFS_TARBALL" -C "$ROOTFS" ./boot/MLO
tar xfp "$ROOTFS_TARBALL" -C "$ROOTFS" ./boot/u-boot.img
touch "$ROOTFS/boot/uEnv.txt"
umount "$ROOTFS/boot"
fi
# In the general case, its enough to just unpack the ROOTFS_TARBALL
# onto the ROOTFS. This will get a system that is ready to boot, save
# for the bootloader which is handled later.
tar xfp "$ROOTFS_TARBALL" --xattrs --xattrs-include='*' -C "$ROOTFS"
# For f2fs the system should not attempt an fsck at boot. This
# filesystem is in theory self healing and does not use the standard
# mechanisms. All other filesystems should use fsck at boot.
fspassno="1"
if [ "$ROOT_FSTYPE" = "f2fs" ]; then
fspassno="0"
fi
# Void images prefer uuids to nodes in /dev since these are not
# dependent on the hardware layout. On a single board computer this
# may not matter much but it makes the cloud images easier to manage.
echo "UUID=$ROOT_UUID / $ROOT_FSTYPE defaults 0 ${fspassno}" >> "${ROOTFS}/etc/fstab"
if [ -n "$BOOT_UUID" ]; then
echo "UUID=$BOOT_UUID /boot $BOOT_FSTYPE defaults${fstab_args} 0 2" >> "${ROOTFS}/etc/fstab"
fi
# Images are shipped with root as the only user by default, so we need to
# ensure ssh login is possible for headless setups.
sed -i "${ROOTFS}/etc/ssh/sshd_config" -e 's|^#\(PermitRootLogin\) .*|\1 yes|g'
# This section does final configuration on the images. In the case of
# SBCs this writes the bootloader to the image or sets up other
# required binaries to boot. In the case of images destined for a
# Cloud, this sets up the services that the cloud will expect to be
# running and a suitable bootloader. When adding a new platform,
# please add a comment explaining what the steps you are adding do,
# and where information about your specific platform's boot process
# can be found.
info_msg "Configuring image for platform $PLATFORM"
case "$PLATFORM" in
bananapi*|cubieboard2*|cubietruck*)
dd if="${ROOTFS}/boot/u-boot-sunxi-with-spl.bin" of="${LOOPDEV}" bs=1024 seek=8 >/dev/null 2>&1
;;
odroid-c2*)
dd if="${ROOTFS}/boot/bl1.bin.hardkernel" of="${LOOPDEV}" bs=1 count=442 >/dev/null 2>&1
dd if="${ROOTFS}/boot/bl1.bin.hardkernel" of="${LOOPDEV}" bs=512 skip=1 seek=1 >/dev/null 2>&1
dd if="${ROOTFS}/boot/u-boot.bin" of="${LOOPDEV}" bs=512 seek=97 >/dev/null 2>&1
;;
odroid-u2*)
dd if="${ROOTFS}/boot/E4412_S.bl1.HardKernel.bin" of="${LOOPDEV}" seek=1 >/dev/null 2>&1
dd if="${ROOTFS}/boot/bl2.signed.bin" of="${LOOPDEV}" seek=31 >/dev/null 2>&1
dd if="${ROOTFS}/boot/u-boot.bin" of="${LOOPDEV}" seek=63 >/dev/null 2>&1
dd if="${ROOTFS}/boot/E4412_S.tzsw.signed.bin" of="${LOOPDEV}" seek=2111 >/dev/null 2>&1
;;
ci20*)
dd if="${ROOTFS}/boot/u-boot-spl.bin" of="${LOOPDEV}" obs=512 seek=1 >/dev/null 2>&1
dd if="${ROOTFS}/boot/u-boot.img" of="${LOOPDEV}" obs=1K seek=14 >/dev/null 2>&1
;;
rock64*)
rk33xx_flash_uboot "${ROOTFS}/usr/lib/rock64-uboot" "$LOOPDEV"
# populate the extlinux.conf file
cat >"${ROOTFS}/etc/default/extlinux" <<_EOF
TIMEOUT=10
# Defaults to current kernel cmdline if left empty
CMDLINE="panic=10 coherent_pool=1M console=ttyS2,1500000 root=UUID=${ROOT_UUID} rw"
# set this to use a DEVICETREEDIR line in place of an FDT line
USE_DEVICETREEDIR="yes"
# relative dtb path supplied to FDT line, as long as above is unset
DTBPATH=""
_EOF
mkdir -p "${ROOTFS}/boot/extlinux"
run_cmd_chroot "${ROOTFS}" "/etc/kernel.d/post-install/60-extlinux"
cleanup_chroot
;;
pinebookpro*)
rk33xx_flash_uboot "${ROOTFS}/usr/lib/pinebookpro-uboot" "$LOOPDEV"
run_cmd_chroot "${ROOTFS}" "xbps-reconfigure -f pinebookpro-kernel"
cleanup_chroot
;;
pinephone*)
sed -i "s/CMDLINE=\"\(.*\)\"\$/CMDLINE=\"\1 root=PARTUUID=${ROOT_PARTUUID}\"/" "${ROOTFS}/etc/default/pinephone-uboot-config"
dd if="${ROOTFS}/boot/u-boot-sunxi-with-spl.bin" of="${LOOPDEV}" bs=1024 seek=8 conv=notrunc,fsync >/dev/null 2>&1
run_cmd_chroot "${ROOTFS}" "xbps-reconfigure -f pinephone-kernel"
cleanup_chroot
;;
GCP*)
# Google Cloud Platform image configuration for Google Cloud
# Engine. The steps below are built in reference to the
# documentation on building custom images available here:
# https://cloud.google.com/compute/docs/images/import-existing-image
# The images produced by this script are ready to upload and boot.
# Setup GRUB
mount_pseudofs
run_cmd_chroot "${ROOTFS}" "grub-install ${LOOPDEV}"
sed -i "s:page_poison=1:page_poison=1 console=ttyS0,38400n8d:" "${ROOTFS}/etc/default/grub"
run_cmd_chroot "${ROOTFS}" update-grub
# Setup the GCP Guest services
for _service in dhcpcd sshd agetty-console nanoklogd socklog-unix GCP-Guest-Initialization GCP-accounts GCP-clock-skew GCP-ip-forwarding ; do
run_cmd_chroot "${ROOTFS}" "ln -sv /etc/sv/$_service /etc/runit/runsvdir/default/$_service"
done
# Turn off the agetty's since we can't use them anyway
rm -v "${ROOTFS}/etc/runit/runsvdir/default/agetty-tty"*
# Disable root login over ssh and lock account
sed -i "s:PermitRootLogin yes:PermitRootLogin no:" "${ROOTFS}/etc/ssh/sshd_config"
run_cmd_chroot "${ROOTFS}" "passwd -l root"
# Set the Timezone
run_cmd_chroot "${ROOTFS}" "ln -svf /usr/share/zoneinfo/UTC /etc/localtime"
# Generate glibc-locales if necessary (this is a noop on musl)
if [ "$PLATFORM" = GCP ] ; then
run_cmd_chroot "${ROOTFS}" "xbps-reconfigure -f glibc-locales"
fi
# Remove SSH host keys (these will get rebuilt on first boot)
rm -f "${ROOTFS}/etc/ssh/*key*"
rm -f "${ROOTFS}/etc/ssh/moduli"
# Force the hostname since this isn't read from DHCP
echo void-GCE > "${ROOTFS}/etc/hostname"
# Cleanup the chroot from anything that was setup for the
# run_cmd_chroot commands
cleanup_chroot
;;
esac
# Release all the mounts, deconfigure the loop device, and remove the
# rootfs mountpoint. Since this was just a mountpoint it should be
# empty. If it contains stuff we bail out here since something went
# very wrong.
umount -R "$ROOTFS"
losetup -d "$LOOPDEV"
rmdir "$ROOTFS" || die "$ROOTFS not empty!"
# We've been working with this as root for a while now, so this makes
# sure the permissions are sane.
chmod 644 "$FILENAME"
# The standard images are ready to go, but the cloud images require
# some minimal additional post processing.
case "$PLATFORM" in
GCP*)
# This filename is mandated by the Google Cloud Engine import
# process, the archive name is not.
mv "$FILENAME" disk.raw
info_msg "Compressing disk.raw"
tar Sczf "${FILENAME%.img}.tar.gz" disk.raw
# Since this process just produces something that can be
# uploaded, we remove the original disk image.
rm disk.raw
info_msg "Sucessfully created ${FILENAME%.img}.tar.gz image."
;;
*)
info_msg "Compressing $FILENAME with xz (level 9 compression)"
xz "-T${COMPRESSOR_THREADS:-0}" -9 "$FILENAME"
info_msg "Successfully created $FILENAME image."
;;
esac

453
mklive.sh
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@ -1,453 +0,0 @@
#!/bin/bash
#
# vim: set ts=4 sw=4 et:
#
#-
# Copyright (c) 2009-2015 Juan Romero Pardines.
# All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions
# are met:
# 1. Redistributions of source code must retain the above copyright
# notice, this list of conditions and the following disclaimer.
# 2. Redistributions in binary form must reproduce the above copyright
# notice, this list of conditions and the following disclaimer in the
# documentation and/or other materials provided with the distribution.
#
# THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
# IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
# OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
# IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT,
# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT
# NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
# DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
# THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
# THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
#-
trap 'error_out $? $LINENO' INT TERM 0
umask 022
. ./lib.sh
readonly REQUIRED_PKGS="base-files libgcc dash coreutils sed tar gawk syslinux grub-i386-efi grub-x86_64-efi memtest86+ squashfs-tools xorriso"
readonly INITRAMFS_PKGS="binutils xz device-mapper dhclient dracut-network openresolv"
readonly PROGNAME=$(basename "$0")
declare -a INCLUDE_DIRS=()
info_msg() {
printf "\033[1m$@\n\033[m"
}
die() {
info_msg "ERROR: $@"
error_out 1 $LINENO
}
print_step() {
CURRENT_STEP=$((CURRENT_STEP+1))
info_msg "[${CURRENT_STEP}/${STEP_COUNT}] $@"
}
mount_pseudofs() {
for f in sys dev proc; do
mkdir -p "$ROOTFS"/$f
mount --rbind /$f "$ROOTFS"/$f
done
}
umount_pseudofs() {
umount -R -f "$ROOTFS"/sys >/dev/null 2>&1
umount -R -f "$ROOTFS"/dev >/dev/null 2>&1
umount -R -f "$ROOTFS"/proc >/dev/null 2>&1
}
error_out() {
umount_pseudofs
[ -d "$BUILDDIR" -a -z "$KEEP_BUILDDIR" ] && rm -rf "$BUILDDIR"
exit "${1:=0}"
}
usage() {
cat <<_EOF
Usage: $PROGNAME [options]
Options:
-a <xbps-arch> Set XBPS_ARCH (do not use it unless you know what it is)
-b <system-pkg> Set an alternative base-system package (defaults to base-system).
-r <repo-url> Use this XBPS repository (may be specified multiple times).
-c <cachedir> Use this XBPS cache directory (a subdirectory of current
directory if unset).
-k <keymap> Default keymap to use (us if unset)
-l <locale> Default locale to use (en_US.UTF-8 if unset).
-i <lz4|gzip|bzip2|xz> Compression type for the initramfs image (xz if unset).
-s <gzip|lzo|xz> Compression type for the squashfs image (xz if unset)
-o <file> Output file name for the ISO image (auto if unset).
-p "pkg pkgN ..." Install additional packages into the ISO image.
-I <includedir> Include directory structure under given path into rootfs
-S "service serviceN ..." Services to enable
-C "cmdline args" Add additional kernel command line arguments.
-T "title" Modify the bootloader title.
-v linux<version> Install a custom Linux version on ISO image (linux meta-package if unset).
-K Do not remove builddir.
The $PROGNAME script generates a live image of the Void Linux distribution.
This ISO image can be written to a CD/DVD-ROM or any USB stick.
_EOF
exit 1
}
copy_void_keys() {
mkdir -p "$1"/var/db/xbps/keys
cp keys/*.plist "$1"/var/db/xbps/keys
}
copy_dracut_files() {
mkdir -p "$1"/usr/lib/dracut/modules.d/01vmklive
cp dracut/vmklive/* "$1"/usr/lib/dracut/modules.d/01vmklive/
}
copy_autoinstaller_files() {
mkdir -p "$1"/usr/lib/dracut/modules.d/01autoinstaller
cp dracut/autoinstaller/* "$1"/usr/lib/dracut/modules.d/01autoinstaller/
}
install_prereqs() {
XBPS_ARCH=$ARCH "$XBPS_INSTALL_CMD" -r "$VOIDHOSTDIR" ${XBPS_REPOSITORY} \
-c "$XBPS_HOST_CACHEDIR" -y $REQUIRED_PKGS
[ $? -ne 0 ] && die "Failed to install required software, exiting..."
}
install_packages() {
XBPS_ARCH=$BASE_ARCH "${XBPS_INSTALL_CMD}" -r "$ROOTFS" \
${XBPS_REPOSITORY} -c "$XBPS_CACHEDIR" -yn $PACKAGE_LIST $INITRAMFS_PKGS
[ $? -ne 0 ] && die "Missing required binary packages, exiting..."
mount_pseudofs
LANG=C XBPS_ARCH=$BASE_ARCH "${XBPS_INSTALL_CMD}" -U -r "$ROOTFS" \
${XBPS_REPOSITORY} -c "$XBPS_CACHEDIR" -y $PACKAGE_LIST $INITRAMFS_PKGS
[ $? -ne 0 ] && die "Failed to install $PACKAGE_LIST"
xbps-reconfigure -r "$ROOTFS" -f base-files >/dev/null 2>&1
chroot "$ROOTFS" env -i xbps-reconfigure -f base-files
# Enable choosen UTF-8 locale and generate it into the target rootfs.
if [ -f "$ROOTFS"/etc/default/libc-locales ]; then
sed -e "s/\#\(${LOCALE}.*\)/\1/g" -i "$ROOTFS"/etc/default/libc-locales
fi
chroot "$ROOTFS" env -i xbps-reconfigure -a
# Cleanup and remove useless stuff.
rm -rf "$ROOTFS"/var/cache/* "$ROOTFS"/run/* "$ROOTFS"/var/run/*
}
enable_services() {
SERVICE_LIST="$*"
for service in $SERVICE_LIST; do
if ! [ -e $ROOTFS/etc/sv/$service ]; then
die "service $service not in /etc/sv"
fi
ln -sf /etc/sv/$service $ROOTFS/etc/runit/runsvdir/default/
done
}
copy_include_directories() {
for includedir in "${INCLUDE_DIRS[@]}"; do
info_msg "=> copying include directory '$includedir' ..."
find "$includedir" -mindepth 1 -maxdepth 1 -exec cp -rfpPv {} "$ROOTFS"/ \;
done
}
generate_initramfs() {
local _args
copy_dracut_files "$ROOTFS"
copy_autoinstaller_files "$ROOTFS"
chroot "$ROOTFS" env -i /usr/bin/dracut -N --"${INITRAMFS_COMPRESSION}" \
--add-drivers "ahci" --force-add "vmklive autoinstaller" --omit systemd "/boot/initrd" $KERNELVERSION
[ $? -ne 0 ] && die "Failed to generate the initramfs"
mv "$ROOTFS"/boot/initrd "$BOOT_DIR"
cp "$ROOTFS"/boot/vmlinuz-$KERNELVERSION "$BOOT_DIR"/vmlinuz
}
cleanup_rootfs() {
for f in ${INITRAMFS_PKGS}; do
revdeps=$(xbps-query -r "$ROOTFS" -X $f)
if [ -n "$revdeps" ]; then
xbps-pkgdb -r "$ROOTFS" -m auto $f
else
xbps-remove -r "$ROOTFS" -Ry ${f} >/dev/null 2>&1
fi
done
rm -r "$ROOTFS"/usr/lib/dracut/modules.d/01vmklive
rm -r "$ROOTFS"/usr/lib/dracut/modules.d/01autoinstaller
}
generate_isolinux_boot() {
cp -f "$SYSLINUX_DATADIR"/isolinux.bin "$ISOLINUX_DIR"
cp -f "$SYSLINUX_DATADIR"/ldlinux.c32 "$ISOLINUX_DIR"
cp -f "$SYSLINUX_DATADIR"/libcom32.c32 "$ISOLINUX_DIR"
cp -f "$SYSLINUX_DATADIR"/vesamenu.c32 "$ISOLINUX_DIR"
cp -f "$SYSLINUX_DATADIR"/libutil.c32 "$ISOLINUX_DIR"
cp -f "$SYSLINUX_DATADIR"/chain.c32 "$ISOLINUX_DIR"
cp -f "$SYSLINUX_DATADIR"/reboot.c32 "$ISOLINUX_DIR"
cp -f "$SYSLINUX_DATADIR"/poweroff.c32 "$ISOLINUX_DIR"
cp -f isolinux/isolinux.cfg.in "$ISOLINUX_DIR"/isolinux.cfg
cp -f ${SPLASH_IMAGE} "$ISOLINUX_DIR"
sed -i -e "s|@@SPLASHIMAGE@@|$(basename "${SPLASH_IMAGE}")|" \
-e "s|@@KERNVER@@|${KERNELVERSION}|" \
-e "s|@@KEYMAP@@|${KEYMAP}|" \
-e "s|@@ARCH@@|$BASE_ARCH|" \
-e "s|@@LOCALE@@|${LOCALE}|" \
-e "s|@@BOOT_TITLE@@|${BOOT_TITLE}|" \
-e "s|@@BOOT_CMDLINE@@|${BOOT_CMDLINE}|" \
"$ISOLINUX_DIR"/isolinux.cfg
# include memtest86+
cp -f "$VOIDHOSTDIR"/boot/memtest.bin "$BOOT_DIR"
}
generate_grub_efi_boot() {
cp -f grub/grub.cfg "$GRUB_DIR"
cp -f grub/grub_void.cfg.in "$GRUB_DIR"/grub_void.cfg
sed -i -e "s|@@SPLASHIMAGE@@|$(basename "${SPLASH_IMAGE}")|" \
-e "s|@@KERNVER@@|${KERNELVERSION}|" \
-e "s|@@KEYMAP@@|${KEYMAP}|" \
-e "s|@@ARCH@@|$BASE_ARCH|" \
-e "s|@@BOOT_TITLE@@|${BOOT_TITLE}|" \
-e "s|@@BOOT_CMDLINE@@|${BOOT_CMDLINE}|" \
-e "s|@@LOCALE@@|${LOCALE}|" "$GRUB_DIR"/grub_void.cfg
mkdir -p "$GRUB_DIR"/fonts
cp -f "$GRUB_DATADIR"/unicode.pf2 "$GRUB_DIR"/fonts
modprobe -q loop || :
# Create EFI vfat image.
truncate -s 32M "$GRUB_DIR"/efiboot.img >/dev/null 2>&1
mkfs.vfat -F12 -S 512 -n "grub_uefi" "$GRUB_DIR/efiboot.img" >/dev/null 2>&1
GRUB_EFI_TMPDIR="$(mktemp --tmpdir="$HOME" -d)"
LOOP_DEVICE="$(losetup --show --find "${GRUB_DIR}"/efiboot.img)"
mount -o rw,flush -t vfat "${LOOP_DEVICE}" "${GRUB_EFI_TMPDIR}" >/dev/null 2>&1
cp -a "$IMAGEDIR"/boot "$VOIDHOSTDIR"
xbps-uchroot "$VOIDHOSTDIR" grub-mkstandalone -- \
--directory="/usr/lib/grub/i386-efi" \
--format="i386-efi" \
--output="/tmp/bootia32.efi" \
"boot/grub/grub.cfg"
if [ $? -ne 0 ]; then
umount "$GRUB_EFI_TMPDIR"
losetup --detach "${LOOP_DEVICE}"
die "Failed to generate EFI loader"
fi
mkdir -p "${GRUB_EFI_TMPDIR}"/EFI/BOOT
cp -f "$VOIDHOSTDIR"/tmp/bootia32.efi "${GRUB_EFI_TMPDIR}"/EFI/BOOT/BOOTIA32.EFI
xbps-uchroot "$VOIDHOSTDIR" grub-mkstandalone -- \
--directory="/usr/lib/grub/x86_64-efi" \
--format="x86_64-efi" \
--output="/tmp/bootx64.efi" \
"boot/grub/grub.cfg"
if [ $? -ne 0 ]; then
umount "$GRUB_EFI_TMPDIR"
losetup --detach "${LOOP_DEVICE}"
die "Failed to generate EFI loader"
fi
cp -f "$VOIDHOSTDIR"/tmp/bootx64.efi "${GRUB_EFI_TMPDIR}"/EFI/BOOT/BOOTX64.EFI
umount "$GRUB_EFI_TMPDIR"
losetup --detach "${LOOP_DEVICE}"
rm -rf "$GRUB_EFI_TMPDIR"
# include memtest86+
cp -f "$VOIDHOSTDIR"/boot/memtest.efi "$BOOT_DIR"
}
generate_squashfs() {
umount_pseudofs
# Find out required size for the rootfs and create an ext3fs image off it.
ROOTFS_SIZE=$(du --apparent-size -sm "$ROOTFS"|awk '{print $1}')
mkdir -p "$BUILDDIR/tmp/LiveOS"
truncate -s "$((ROOTFS_SIZE+ROOTFS_SIZE))M" \
"$BUILDDIR"/tmp/LiveOS/ext3fs.img >/dev/null 2>&1
mkdir -p "$BUILDDIR/tmp-rootfs"
mkfs.ext3 -F -m1 "$BUILDDIR/tmp/LiveOS/ext3fs.img" >/dev/null 2>&1
mount -o loop "$BUILDDIR/tmp/LiveOS/ext3fs.img" "$BUILDDIR/tmp-rootfs"
cp -a "$ROOTFS"/* "$BUILDDIR"/tmp-rootfs/
umount -f "$BUILDDIR/tmp-rootfs"
mkdir -p "$IMAGEDIR/LiveOS"
"$VOIDHOSTDIR"/usr/bin/mksquashfs "$BUILDDIR/tmp" "$IMAGEDIR/LiveOS/squashfs.img" \
-comp "${SQUASHFS_COMPRESSION}" || die "Failed to generate squashfs image"
chmod 444 "$IMAGEDIR/LiveOS/squashfs.img"
# Remove rootfs and temporary dirs, we don't need them anymore.
rm -rf "$ROOTFS" "$BUILDDIR/tmp-rootfs" "$BUILDDIR/tmp"
}
generate_iso_image() {
"$VOIDHOSTDIR"/usr/bin/xorriso -as mkisofs \
-iso-level 3 -rock -joliet \
-max-iso9660-filenames -omit-period \
-omit-version-number -relaxed-filenames -allow-lowercase \
-volid "VOID_LIVE" \
-eltorito-boot boot/isolinux/isolinux.bin \
-eltorito-catalog boot/isolinux/boot.cat \
-no-emul-boot -boot-load-size 4 -boot-info-table \
-eltorito-alt-boot -e boot/grub/efiboot.img -isohybrid-gpt-basdat -no-emul-boot \
-isohybrid-mbr "$SYSLINUX_DATADIR"/isohdpfx.bin \
-output "$OUTPUT_FILE" "$IMAGEDIR" || die "Failed to generate ISO image"
}
#
# main()
#
while getopts "a:b:r:c:C:T:Kk:l:i:I:S:s:o:p:v:Vh" opt; do
case $opt in
a) BASE_ARCH="$OPTARG";;
b) BASE_SYSTEM_PKG="$OPTARG";;
r) XBPS_REPOSITORY="--repository=$OPTARG $XBPS_REPOSITORY";;
c) XBPS_CACHEDIR="$OPTARG";;
K) readonly KEEP_BUILDDIR=1;;
k) KEYMAP="$OPTARG";;
l) LOCALE="$OPTARG";;
i) INITRAMFS_COMPRESSION="$OPTARG";;
I) INCLUDE_DIRS+=("$OPTARG");;
S) SERVICE_LIST="$SERVICE_LIST $OPTARG";;
s) SQUASHFS_COMPRESSION="$OPTARG";;
o) OUTPUT_FILE="$OPTARG";;
p) PACKAGE_LIST="$PACKAGE_LIST $OPTARG";;
C) BOOT_CMDLINE="$OPTARG";;
T) BOOT_TITLE="$OPTARG";;
v) LINUX_VERSION="$OPTARG";;
V) version; exit 0;;
*) usage;;
esac
done
shift $((OPTIND - 1))
XBPS_REPOSITORY="$XBPS_REPOSITORY --repository=https://repo-default.voidlinux.org/current --repository=https://repo-default.voidlinux.org/current/musl"
# Configure dracut to use overlayfs for the writable overlay.
BOOT_CMDLINE="$BOOT_CMDLINE rd.live.overlay.overlayfs=1 "
ARCH=$(xbps-uhelper arch)
# Set defaults
: ${BASE_ARCH:=$(xbps-uhelper arch 2>/dev/null || uname -m)}
: ${XBPS_CACHEDIR:="$(pwd -P)"/xbps-cachedir-${BASE_ARCH}}
: ${XBPS_HOST_CACHEDIR:="$(pwd -P)"/xbps-cachedir-${ARCH}}
: ${KEYMAP:=us}
: ${LOCALE:=en_US.UTF-8}
: ${INITRAMFS_COMPRESSION:=xz}
: ${SQUASHFS_COMPRESSION:=xz}
: ${BASE_SYSTEM_PKG:=base-system}
: ${BOOT_TITLE:="Void Linux"}
case $BASE_ARCH in
x86_64*|i686*) ;;
*) >&2 echo architecture $BASE_ARCH not supported by mklive.sh; exit 1;;
esac
# Required packages in the image for a working system.
PACKAGE_LIST="$BASE_SYSTEM_PKG $PACKAGE_LIST"
# Check for root permissions.
if [ "$(id -u)" -ne 0 ]; then
die "Must be run as root, exiting..."
fi
if [ -n "$ROOTDIR" ]; then
BUILDDIR=$(mktemp --tmpdir="$ROOTDIR" -d)
else
BUILDDIR=$(mktemp --tmpdir="$(pwd -P)" -d)
fi
BUILDDIR=$(readlink -f "$BUILDDIR")
IMAGEDIR="$BUILDDIR/image"
ROOTFS="$IMAGEDIR/rootfs"
VOIDHOSTDIR="$BUILDDIR/void-host"
BOOT_DIR="$IMAGEDIR/boot"
ISOLINUX_DIR="$BOOT_DIR/isolinux"
GRUB_DIR="$BOOT_DIR/grub"
CURRENT_STEP=0
STEP_COUNT=10
[ "${#INCLUDE_DIRS[@]}" -gt 0 ] && STEP_COUNT=$((STEP_COUNT+1))
: ${SYSLINUX_DATADIR:="$VOIDHOSTDIR"/usr/lib/syslinux}
: ${GRUB_DATADIR:="$VOIDHOSTDIR"/usr/share/grub}
: ${SPLASH_IMAGE:=data/splash.png}
: ${XBPS_INSTALL_CMD:=xbps-install}
: ${XBPS_REMOVE_CMD:=xbps-remove}
: ${XBPS_QUERY_CMD:=xbps-query}
: ${XBPS_RINDEX_CMD:=xbps-rindex}
: ${XBPS_UHELPER_CMD:=xbps-uhelper}
: ${XBPS_RECONFIGURE_CMD:=xbps-reconfigure}
mkdir -p "$ROOTFS" "$VOIDHOSTDIR" "$ISOLINUX_DIR" "$GRUB_DIR"
print_step "Synchronizing XBPS repository data..."
copy_void_keys "$ROOTFS"
copy_void_keys "$VOIDHOSTDIR"
XBPS_ARCH=$BASE_ARCH $XBPS_INSTALL_CMD -r "$ROOTFS" ${XBPS_REPOSITORY} -S
XBPS_ARCH=$ARCH $XBPS_INSTALL_CMD -r "$VOIDHOSTDIR" ${XBPS_REPOSITORY} -S
# Get linux version for ISO
# If linux version option specified use
if [ -n "$LINUX_VERSION" ]; then
if ! echo "$LINUX_VERSION" | grep "linux[0-9._]\+"; then
die "-v option must be in format linux<version>"
fi
_linux_series="$LINUX_VERSION"
PACKAGE_LIST="$PACKAGE_LIST $LINUX_VERSION"
else # Otherwise find latest stable version from linux meta-package
_linux_series=$(XBPS_ARCH=$BASE_ARCH $XBPS_QUERY_CMD -r "$ROOTFS" ${XBPS_REPOSITORY:=-R} -x linux | grep 'linux[0-9._]\+')
fi
_kver=$(XBPS_ARCH=$BASE_ARCH $XBPS_QUERY_CMD -r "$ROOTFS" ${XBPS_REPOSITORY:=-R} -p pkgver ${_linux_series})
KERNELVERSION=$($XBPS_UHELPER_CMD getpkgversion ${_kver})
if [ "$?" -ne "0" ]; then
die "Failed to find kernel package version"
fi
: ${OUTPUT_FILE="void-live-${BASE_ARCH}-${KERNELVERSION}-$(date -u +%Y%m%d).iso"}
print_step "Installing software to generate the image: ${REQUIRED_PKGS} ..."
install_prereqs
mkdir -p "$ROOTFS"/etc
[ -s data/motd ] && cp data/motd "$ROOTFS"/etc
[ -s data/issue ] && cp data/issue "$ROOTFS"/etc
print_step "Installing void pkgs into the rootfs: ${PACKAGE_LIST} ..."
install_packages
: ${DEFAULT_SERVICE_LIST:=agetty-tty1 agetty-tty2 agetty-tty3 agetty-tty4 agetty-tty5 agetty-tty6 udevd}
print_step "Enabling services: ${SERVICE_LIST} ..."
enable_services ${DEFAULT_SERVICE_LIST} ${SERVICE_LIST}
if [ "${#INCLUDE_DIRS[@]}" -gt 0 ];then
print_step "Copying directory structures into the rootfs ..."
copy_include_directories
fi
print_step "Generating initramfs image ($INITRAMFS_COMPRESSION)..."
generate_initramfs
print_step "Generating isolinux support for PC-BIOS systems..."
generate_isolinux_boot
print_step "Generating GRUB support for EFI systems..."
generate_grub_efi_boot
print_step "Cleaning up rootfs..."
cleanup_rootfs
print_step "Generating squashfs image ($SQUASHFS_COMPRESSION) from rootfs..."
generate_squashfs
print_step "Generating ISO image..."
generate_iso_image
hsize=$(du -sh "$OUTPUT_FILE"|awk '{print $1}')
info_msg "Created $(readlink -f "$OUTPUT_FILE") ($hsize) successfully."

275
mknet.sh
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@ -1,275 +0,0 @@
#!/bin/sh
#
# vim: set ts=4 sw=4 et:
#
#-
# Copyright (c) 2009-2015 Juan Romero Pardines.
# All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions
# are met:
# 1. Redistributions of source code must retain the above copyright
# notice, this list of conditions and the following disclaimer.
# 2. Redistributions in binary form must reproduce the above copyright
# notice, this list of conditions and the following disclaimer in the
# documentation and/or other materials provided with the distribution.
#
# THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
# IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
# OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
# IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT,
# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT
# NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
# DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
# THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
# THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
#-
readonly PROGNAME=$(basename "$0")
readonly REQTOOLS="xbps-install tar"
# This script needs to jump around, so we'll remember where we started
# so that we can get back here
readonly CURDIR="$(pwd)"
# This source pulls in all the functions from lib.sh. This set of
# functions makes it much easier to work with chroots and abstracts
# away all the problems with running binaries with QEMU.
# shellcheck source=./lib.sh
. ./lib.sh
# Die is a function provided in lib.sh which handles the cleanup of
# the mounts and removal of temporary directories if the running
# program exists unexpectedly.
trap 'bailout' INT TERM
bailout() {
[ -d "$BOOT_DIR" ] && rm -rf "$BOOT_DIR"
die "An unchecked exception has occured!"
}
usage() {
cat <<_EOF
Usage: $PROGNAME [options] <rootfs>
Options:
-r <repo-url> Use this XBPS repository (may be specified multiple times).
-c <cachedir> Use this XBPS cache directory.
-i <lz4|gzip|bzip2|xz> Compression type for the initramfs image (xz if unset).
-o <file> Output file name for the netboot tarball (auto if unset).
-K <kernelpkg> Use <kernelpkg> instead of 'linux' to build the image.
-k <keymap> Console keymap to set (us if unset)
-l <locale> Locale to set (en_US.UTF-8 if unset)
-C "cmdline args" Add additional kernel command line arguments.
-T "title" Modify the bootloader title.
-S "splash image" Set a custom splash image for the bootloader
The $PROGNAME script generates a network-bootable tarball of Void Linux
_EOF
exit 1
}
# ########################################
# SCRIPT EXECUTION STARTS HERE
# ########################################
while getopts "r:c:C:T:K:i:o:k:l:Vh" opt; do
case $opt in
r) XBPS_REPOSITORY="--repository=$OPTARG $XBPS_REPOSITORY";;
c) XBPS_CACHEDIR="--cachedir=$OPTARG";;
i) INITRAMFS_COMPRESSION="$OPTARG";;
K) KERNELPKG="$OPTARG";;
o) OUTPUT_FILE="$OPTARG";;
k) KEYMAP="$OPTARG";;
l) LOCALE="$OPTARG";;
C) BOOT_CMDLINE="$OPTARG";;
T) BOOT_TITLE="$OPTARG";;
S) SPLASH_IMAGE="OPTARG";;
V) version; exit 0;;
*) usage;;
esac
done
shift $((OPTIND - 1))
BASE_TARBALL="$1"
# We need to infer the target architecture from the filename. All
# other scripts are able to get this from the platforms map because a
# platform is manually specified. Since the netboot tarballs target
# only architectures, its necessary to pull this information from the
# filename.
XBPS_TARGET_ARCH=${BASE_TARBALL%%-ROOTFS*}
XBPS_TARGET_ARCH=${XBPS_TARGET_ARCH##void-}
# Knowing the target arch, we can set the cache up if it hasn't
# already been set
set_cachedir
# This is an aweful hack since the script isn't using privesc
# mechanisms selectively. This is a TODO item.
if [ "$(id -u)" -ne 0 ]; then
die "need root perms to continue, exiting."
fi
# Before going any further, check that the tools that are needed are
# present. If we delayed this we could check for the QEMU binary, but
# its a reasonable tradeoff to just bail out now.
check_tools
# We need to operate on a tempdir, if this fails to create, it is
# absolutely crucial to bail out so that we don't hose the system that
# is running the script.
ROOTFS=$(mktemp -d) || die "failed to create ROOTFS tempdir, exiting..."
BOOT_DIR=$(mktemp -d) || die "failed to create BOOT_DIR tempdir, exiting..."
PXELINUX_DIR="$BOOT_DIR/pxelinux.cfg"
# Now that we have a directory for the ROOTFS, we can expand the
# existing base filesystem into the directory
info_msg "Expanding base tarball $BASE_TARBALL into $ROOTFS for $PLATFORM build."
tar xf "$BASE_TARBALL" -C "$ROOTFS"
info_msg "Install additional dracut modules"
# This section sets up the dracut modules that need to be present on
# the ROOTFS to build the PXE tarball. This includes the netmenu
# module and the autoinstaller
mkdir -p "$ROOTFS/usr/lib/dracut/modules.d/05netmenu"
cp dracut/netmenu/* "$ROOTFS/usr/lib/dracut/modules.d/05netmenu/"
# The netmenu can directly launch the manual installer from the
# initrd. This is the same installer that's on the live media with
# all its quirks, oddities, and wierdness. It's included here for
# places where you might have a lab network and need to run manual
# installs from the network.
cp installer.sh "$ROOTFS/usr/lib/dracut/modules.d/05netmenu/"
# Of course with a PXE environment unattended installs are the norm.
# The autoinstaller is loaded as a very high priority dracut module
# and will fail the build if it can't be installed.
mkdir -p "$ROOTFS/usr/lib/dracut/modules.d/01autoinstaller"
cp dracut/autoinstaller/* "$ROOTFS/usr/lib/dracut/modules.d/01autoinstaller/"
info_msg "Install kernel and additional required netboot packages"
# The rootfs has no kernel in it, so it needs to have at the very
# least dracut, syslinux, and linux installed. binutils provides
# /usr/bin/strip which lets us shrink down the size of the initrd
# dracut-network provides the in-initrd network stack dialog is needed
# by the install environment. ${INITRAMFS_COMPRESSION} is the name of
# the compressor we want to use (lz4 by default).
if [ -z "${XBPS_TARGET_ARCH##*86*}" ] ; then
# This platform is x86 or compatible, we should use
# syslinux/pxelinux to boot the system.
info_msg "Selecting syslinux bootloader"
bootloader_pkg=syslinux
else
# This is likely an arm platform of some kind. In general these
# either have u-boot or a u-boot compatible loader, so we'll use
# that to produce a uImage and a uInitrd
info_msg "Selecting u-boot bootloader"
bootloader_pkg=uboot-mkimage
fi
run_cmd_target "xbps-install $XBPS_CONFFILE $XBPS_CACHEDIR $XBPS_REPOSITORY -r $ROOTFS -Sy ${KERNELPKG-linux} dracut binutils dracut-network dialog ${INITRAMFS_COMPRESSION-xz} ${bootloader_pkg}"
run_cmd_chroot "$ROOTFS" "xbps-reconfigure -a"
# Dracut needs to know the kernel version that will be using this
# initrd so that it can install the kernel drivers in it. Normally
# this check is quite complex, but since this is a clean rootfs and we
# just installed exactly one kernel, this check can get by with a
# really naive command to figure out the kernel version
KERNELVERSION=$(ls "$ROOTFS/usr/lib/modules/")
# Now that things are setup, we can call dracut and build the initrd.
# This will pretty much step through the normal process to build
# initrd with the exception that the autoinstaller and netmenu are
# force added since no module depends on them.
info_msg "Building initrd for kernel version $KERNELVERSION"
run_cmd_chroot "$ROOTFS" "env -i /usr/bin/dracut \
-N \
--${INITRAMFS_COMPRESSION-xz} \
--add-drivers ahci \
--force-add 'autoinstaller netmenu' \
--omit systemd \
/boot/initrd \
$KERNELVERSION"
[ $? -ne 0 ] && die "Failed to generate the initramfs"
info_msg "Collect netboot components"
if [ ${bootloader_pkg} = "syslinux" ] ; then
# The whole point of this endeavor is to get the files needed for PXE.
# Now that they have been generated, we copy them out of the doomed
# ROOTFS and into the $BOOT_DIR where we're staging the rest of the
# tarball
mv -v "$ROOTFS/boot/initrd" "$BOOT_DIR"
cp -v "$ROOTFS/boot/vmlinuz-$KERNELVERSION" "$BOOT_DIR/vmlinuz"
# The initrd has *very* restrictive permissions by default. To
# prevent some SysAdmin down the road having a very frustrating time
# debugging this, we just fix this here and now.
chmod 0644 "$BOOT_DIR/initrd"
# Now we need to grab the rest of the files that go in the tarball.
# Some of these are always required, some of these are canonical, and
# some of this list is from trial and error. Either way, this is the
# minimum needed to get Void up and booting on metal from the network.
for prog in pxelinux.0 ldlinux.c32 libcom32.c32 vesamenu.c32 libutil.c32 chain.c32 ; do
cp -v "$ROOTFS/usr/lib/syslinux/$prog" "$BOOT_DIR"
done
# Lastly we need the default pxelinux config and the splash image.
# This is user configurable, but if that isn't set then we'll use the
# one from data/splash.png instead
mkdir -p "$PXELINUX_DIR"
cp -f pxelinux.cfg/pxelinux.cfg.in "$PXELINUX_DIR/default"
cp -f "${SPLASH_IMAGE-data/splash.png}" "$BOOT_DIR"
# This sets all the variables in the default config file
info_msg "Configuring pxelinux.0 default boot menu"
sed -i -e "s|@@SPLASHIMAGE@@|$(basename "${SPLASH_IMAGE-splash.png}")|" \
-e "s|@@KERNVER@@|${KERNELVERSION}|" \
-e "s|@@KEYMAP@@|${KEYMAP-us}|" \
-e "s|@@ARCH@@|$XBPS_TARGET_ARCH|" \
-e "s|@@LOCALE@@|${LOCALE-en_US.UTF-8}|" \
-e "s|@@BOOT_TITLE@@|${BOOT_TITLE-Void Linux}|" \
-e "s|@@BOOT_CMDLINE@@|${BOOT_CMDLINE}|" \
"$PXELINUX_DIR/default"
else
# u-boot has far far fewer components, but u-boot artifacts do
# require some pre-processing
if [ ! -f "$ROOTFS/boot/uImage" ] ; then
# Build the uImage, this is really just the kernel with a wrapper
# to make u-boot happy. It also sets the load and entry
# addresses, though in general these are overriden by the u-boot
# configuration.
run_cmd_chroot "$ROOTFS" "env -i /usr/bin/mkimage -A arm -O linux -T kernel -C none -a 0x00000000 -e 0x00000000 -n 'Void Kernel' -d /boot/zImage /boot/uImage"
# Build the uInitrd which is similarly just a copy of the real
# initrd in a format that u-boot is willing to ingest.
run_cmd_chroot "$ROOTFS" "env -i /usr/bin/mkimage -A arm -O linux -T ramdisk -C none -a 0 -e 0 -n 'Void Installer Initrd' -d /boot/initrd /boot/uInitrd"
# Copy out the artifacts that are worth keeping
cp "$ROOTFS/boot/uImage" "$BOOT_DIR"
cp "$ROOTFS/boot/uInitrd" "$BOOT_DIR"
cp -r "$ROOTFS/boot/dtbs" "$BOOT_DIR"
else
# Copy the existing uImage out
cp "$ROOTFS/boot/uImage" "$BOOT_DIR"
fi
fi
# Compress the artifacts for distribution
OUTPUT_FILE="void-${XBPS_TARGET_ARCH}-NETBOOT-$(date -u +%Y%m%d).tar.gz"
info_msg "Compressing results to $OUTPUT_FILE"
cd "$BOOT_DIR" || die "Could not enter image dir"
tar -zcvf "$CURDIR/$OUTPUT_FILE" .
cd "$CURDIR" || die "Could not return to working directory"
# As a final cleanup step, remove the ROOTFS and the expanded BOOT_DIR
info_msg "Cleaning up and removing build directories"
cleanup_chroot
[ -d "$ROOTFS" ] && rm -rf "$ROOTFS"
[ -d "$BOOT_DIR" ] && rm -rf "$BOOT_DIR"

241
mkplatformfs.sh
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@ -1,241 +0,0 @@
#!/bin/sh
#-
# Copyright (c) 2017 Google
# All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions
# are met:
# 1. Redistributions of source code must retain the above copyright
# notice, this list of conditions and the following disclaimer.
# 2. Redistributions in binary form must reproduce the above copyright
# notice, this list of conditions and the following disclaimer in the
# documentation and/or other materials provided with the distribution.
#
# THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
# IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
# OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
# IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT,
# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT
# NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
# DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
# THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
# THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
#-
readonly PROGNAME=$(basename "$0")
readonly ARCH=$(uname -m)
readonly REQTOOLS="xbps-install xbps-reconfigure tar xz"
# This source pulls in all the functions from lib.sh. This set of
# functions makes it much easier to work with chroots and abstracts
# away all the problems with running binaries with QEMU.
# shellcheck source=./lib.sh
. ./lib.sh
# Die is a function provided in lib.sh which handles the cleanup of
# the mounts and removal of temporary directories if the running
# program exists unexpectedly.
trap 'die "Interrupted! exiting..."' INT TERM HUP
# Even though we only support really one target for most of these
# architectures this lets us refer to these quickly and easily by
# XBPS_ARCH. This makes it a lot more obvious what is happening later
# in the script, and it makes it easier to consume the contents of
# these down the road in later scripts.
usage() {
cat <<_EOF
Usage: $PROGNAME [options] <platform> <base-tarball>
Supported platforms: i686, x86_64, GCP, bananapi, beaglebone,
cubieboard2, cubietruck, odroid-c2, odroid-u2,
rpi-armv6l, rpi-armv7l, rpi-aarch64, ci20,
pinebookpro, pinephone, rock64
Options
-b <syspkg> Set an alternative base-system package (defaults to base-system)
-p <pkgs> Additional packages to install into the rootfs (separated by blanks)
-k <cmd> Call "cmd <ROOTFSPATH>" after building the rootfs
-c <dir> Set XBPS cache directory (defaults to \$PWD/xbps-cachedir-<arch>)
-C <file> Full path to the XBPS configuration file
-r <repo> Set XBPS repository (may be set multiple times)
-x <num> Use <num> threads to compress the image (dynamic if unset)
-o <file> Filename to write the PLATFORMFS archive to
-n Do not compress the image, instead print out the rootfs directory
-h Show this help
-V Show version
_EOF
}
# ########################################
# SCRIPT EXECUTION STARTS HERE
# ########################################
BASEPKG=base-system
COMPRESSION="y"
while getopts "b:p:k:c:C:r:x:o:nhV" opt; do
case $opt in
b) BASEPKG="$OPTARG" ;;
p) EXTRA_PKGS="$OPTARG" ;;
k) POST_CMD="$OPTARG" ;;
c) XBPS_CACHEDIR="--cachedir=$OPTARG" ;;
C) XBPS_CONFFILE="-C $OPTARG" ;;
r) XBPS_REPOSITORY="--repository=$OPTARG $XBPS_REPOSITORY" ;;
x) COMPRESSOR_THREADS="$OPTARG" ;;
o) FILENAME="$OPTARG" ;;
n) COMPRESSION="n" ;;
V) version; exit 0;;
*) usage; exit 0 ;;
esac
done
shift $((OPTIND - 1))
PLATFORM="$1"
BASE_TARBALL="$2"
# This is an aweful hack since the script isn't using privesc
# mechanisms selectively. This is a TODO item.
if [ "$(id -u)" -ne 0 ]; then
die "need root perms to continue, exiting."
fi
# Before going any further, check that the tools that are needed are
# present. If we delayed this we could check for the QEMU binary, but
# its a reasonable tradeoff to just bail out now.
check_tools
# Most platforms have a base system package that includes specific
# packages for bringing up the hardware. In the case of the cloud
# platforms the base package includes the components needed to inject
# SSH keys and user accounts. The base platform packages are always
# noarch though, so we strip off the -musl extention if it was
# provided.
case "$PLATFORM" in
bananapi*) PKGS="$BASEPKG ${PLATFORM%-*}-base" ;;
beaglebone*) PKGS="$BASEPKG ${PLATFORM%-*}-base" ;;
cubieboard2*|cubietruck*) PKGS="$BASEPKG ${PLATFORM%-*}-base" ;;
odroid-u2*) PKGS="$BASEPKG ${PLATFORM%-*}-base" ;;
odroid-c2*) PKGS="$BASEPKG ${PLATFORM%-musl}-base" ;;
rpi*) PKGS="$BASEPKG rpi-base" ;;
ci20*) PKGS="$BASEPKG ${PLATFORM%-*}-base" ;;
i686*) PKGS="$BASEPKG" ;;
x86_64*) PKGS="$BASEPKG" ;;
GCP*) PKGS="$BASEPKG ${PLATFORM%-*}-base" ;;
pinebookpro*) PKGS="$BASEPKG ${PLATFORM%-*}-base" ;;
pinephone*) PKGS="$BASEPKG ${PLATFORM%-*}-base" ;;
rock64*) PKGS="$BASEPKG ${PLATFORM%-*}-base" ;;
*) die "$PROGNAME: invalid platform!";;
esac
# Derive the target architecture using the static map
set_target_arch_from_platform
# And likewise set the cache
set_cachedir
# Append any additional packages if they were requested
if [ -n "$EXTRA_PKGS" ] ; then
PKGS="$PKGS $EXTRA_PKGS"
fi
# We need to operate on a tempdir, if this fails to create, it is
# absolutely crucial to bail out so that we don't hose the system that
# is running the script.
ROOTFS=$(mktemp -d) || die "failed to create tempdir, exiting..."
# Now that we have a directory for the ROOTFS, we can expand the
# existing base filesystem into the directory
if [ ! -e "$BASE_TARBALL" ]; then
die "no valid base tarball given, exiting."
fi
info_msg "Expanding base tarball $BASE_TARBALL into $ROOTFS for $PLATFORM build."
tar xf "$BASE_TARBALL" --xattrs --xattrs-include='*' -C "$ROOTFS"
# This will install, but not configure, the packages specified by
# $PKGS. After this step we will do an xbps-reconfigure -f $PKGS
# under the correct architecture to ensure the system is setup
# correctly.
run_cmd_target "xbps-install -SU $XBPS_CONFFILE $XBPS_CACHEDIR $XBPS_REPOSITORY -r $ROOTFS -y $PKGS"
# Now that the packages are installed, we need to chroot in and
# reconfigure. This needs to be done as the right architecture.
# Since this is the only thing we're doing in the chroot, we clean up
# right after.
run_cmd_chroot "$ROOTFS" "xbps-reconfigure -a"
# Before final cleanup the ROOTFS needs to be checked to make sure it
# contains an initrd and if its a platform with arch 'arm*' it needs
# to also have a uInitrd. For this to work the system needs to have
# the uboot-mkimage package installed. Base system packages that do
# not provide this must provide the uInitrd pre-prepared if they are
# arm based. x86 images will have this built using native dracut
# using post unpacking steps for platforms that consume the x86
# tarballs. This check is very specific and ensures that applicable
# tooling is present before proceeding.
if [ ! -f "$ROOTFS/boot/uInitrd" ] ||
[ ! -f "$ROOTFS/boot/initrd" ] &&
[ -z "${XBPS_TARGET_ARCH##*arm*}" ] &&
[ -x "$ROOTFS/usr/bin/dracut" ] &&
[ -x "$ROOTFS/usr/bin/mkimage" ]; then
# Dracut needs to know the kernel version that will be using this
# initrd so that it can install the kernel drivers in it. Normally
# this check is quite complex, but since this is a clean rootfs and we
# just installed exactly one kernel, this check can get by with a
# really niave command to figure out the kernel version
KERNELVERSION=$(ls "$ROOTFS/usr/lib/modules/")
# Some platforms also have special arguments that need to be set
# for dracut. This allows us to kludge around issues that may
# exist on certain specific platforms we build for.
set_dracut_args_from_platform
# Now that things are setup, we can call dracut and build the initrd.
# This will pretty much step through the normal process to build
# initrd with the exception that the autoinstaller and netmenu are
# force added since no module depends on them.
info_msg "Building initrd for kernel version $KERNELVERSION"
run_cmd_chroot "$ROOTFS" "env -i /usr/bin/dracut $dracut_args /boot/initrd $KERNELVERSION"
[ $? -ne 0 ] && die "Failed to generate the initramfs"
run_cmd_chroot "$ROOTFS" "env -i /usr/bin/mkimage -A arm -O linux -T ramdisk -C gzip -a 0 -e 0 -n 'Void Linux' -d /boot/initrd /boot/uInitrd"
fi
cleanup_chroot
# The cache isn't that useful since by the time the ROOTFS will be
# used it is likely to be out of date. Rather than shipping it around
# only for it to be out of date, we remove it now.
rm -rf "$ROOTFS/var/cache/*" 2>/dev/null
# Now we can run the POST_CMD script. This user-supplied script gets the
# $ROOTFS as a parameter.
if [ -n "$POST_CMD" ]; then
info_msg "Running user supplied command: $POST_CMD"
run_cmd $POST_CMD $ROOTFS
fi
# Compress the tarball or just print out the path?
if [ "$COMPRESSION" = "y" ]; then
# Finally we can compress the tarball, the name will include the
# platform and the date on which the tarball was built.
tarball=${FILENAME:-void-${PLATFORM}-PLATFORMFS-$(date -u '+%Y%m%d').tar.xz}
run_cmd "tar cp --posix --xattrs --xattrs-include='*' -C $ROOTFS . | xz -T${COMPRESSOR_THREADS:-0} -9 > $tarball "
[ $? -ne 0 ] && die "Failed to compress tarball"
# Now that we have the tarball we don't need the rootfs anymore, so we
# can get rid of it.
rm -rf "$ROOTFS"
# Last thing to do before closing out is to let the user know that
# this succeeded. This also ensures that there's something visible
# that the user can look for at the end of the script, which can make
# it easier to see what's going on if something above failed.
info_msg "Successfully created $tarball ($PLATFORM)"
else
# User requested just printing out the path to the rootfs, here it comes.
info_msg "Successfully created rootfs under $ROOTFS"
fi

224
mkrootfs.sh
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@ -1,224 +0,0 @@
#!/bin/sh
#-
# Copyright (c) 2013-2015 Juan Romero Pardines.
# Copyright (c) 2017 Google
# All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions
# are met:
# 1. Redistributions of source code must retain the above copyright
# notice, this list of conditions and the following disclaimer.
# 2. Redistributions in binary form must reproduce the above copyright
# notice, this list of conditions and the following disclaimer in the
# documentation and/or other materials provided with the distribution.
#
# THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
# IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
# OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
# IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT,
# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT
# NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
# DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
# THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
# THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
#-
readonly PROGNAME=$(basename "$0")
readonly ARCH=$(uname -m)
readonly REQTOOLS="xbps-install xbps-reconfigure tar xz"
# This source pulls in all the functions from lib.sh. This set of
# functions makes it much easier to work with chroots and abstracts
# away all the problems with running binaries with QEMU.
# shellcheck source=./lib.sh
. ./lib.sh
# Die is a function provided in lib.sh which handles the cleanup of
# the mounts and removal of temporary directories if the running
# program exists unexpectedly.
trap 'die "Interrupted! exiting..."' INT TERM HUP
# Even though we only support really one target for most of these
# architectures this lets us refer to these quickly and easily by
# XBPS_ARCH. This makes it a lot more obvious what is happening later
# in the script, and it makes it easier to consume the contents of
# these down the road in later scripts.
usage() {
cat <<_EOF
Usage: $PROGNAME [options] <arch>
Supported architectures: i686, i686-musl, x86_64, x86_64-musl,
armv5tel, armv5tel-musl, armv6l, armv6l-musl, armv7l, armv7l-musl
aarch64, aarch64-musl,
mipsel, mipsel-musl
ppc, ppc-musl
ppc64le, ppc64le-musl, ppc64, ppc64-musl
Options
-b <syspkg> Set an alternative base-system package (defaults to base-voidstrap)
-c <dir> Set XBPS cache directory (defaults to \$PWD/xbps-cachedir-<arch>)
-C <file> Full path to the XBPS configuration file
-h Show this help
-r <repo> Set XBPS repository (may be set multiple times)
-x <num> Use <num> threads to compress the image (dynamic if unset)
-o <file> Filename to write the ROOTFS archive to
-V Show version
_EOF
}
# ########################################
# SCRIPT EXECUTION STARTS HERE
# ########################################
# Set the default system package.
SYSPKG="base-voidstrap"
# Boilerplate option parsing. This script supports the bare minimum
# needed to build an image.
while getopts "b:C:c:hr:x:o:V" opt; do
case $opt in
b) SYSPKG="$OPTARG";;
C) XBPS_CONFFILE="-C $OPTARG";;
c) XBPS_CACHEDIR="--cachedir=$OPTARG";;
r) XBPS_REPOSITORY="$XBPS_REPOSITORY --repository=$OPTARG";;
x) COMPRESSOR_THREADS="$OPTARG" ;;
o) FILENAME="$OPTARG" ;;
V) version; exit 0;;
*) usage; exit 0;;
esac
done
shift $((OPTIND - 1))
XBPS_TARGET_ARCH="$1"
# Set the XBPS cache
set_cachedir
# This is an aweful hack since the script isn't using privesc
# mechanisms selectively. This is a TODO item.
if [ "$(id -u)" -ne 0 ]; then
die "need root perms to continue, exiting."
fi
# Before going any further, check that the tools that are needed are
# present. If we delayed this we could check for the QEMU binary, but
# its a reasonable tradeoff to just bail out now.
check_tools
# If the arch wasn't set let's bail out now, nothing else in this
# script will work without knowing what we're trying to build for.
if [ -z "$XBPS_TARGET_ARCH" ]; then
echo "$PROGNAME: arch was not set!"
usage; exit 1
fi
# We need to operate on a tempdir, if this fails to create, it is
# absolutely crucial to bail out so that we don't hose the system that
# is running the script.
ROOTFS=$(mktemp -d) || die "failed to create tempdir, exiting..."
# This maintains the chain of trust, the keys in the repo are known to
# be good and so we copy those. Why don't we just use the ones on the
# host system? That's a good point, but there's no promise that the
# system running the script is Void, or that those keys haven't been
# tampered with. Its much easier to use these since the will always
# exist.
mkdir -p "$ROOTFS/var/db/xbps/keys"
cp keys/*.plist "$ROOTFS/var/db/xbps/keys"
# This sets up files that are important for XBPS to work on the new
# filesystem. It does not actually install anything.
run_cmd_target "xbps-install -S $XBPS_CONFFILE $XBPS_CACHEDIR $XBPS_REPOSITORY -r $ROOTFS"
# Later scripts expect the permissions on / to be the canonical 755,
# so we set this here.
chmod 755 "$ROOTFS"
# The binfmt setup and pseudofs mountpoints are needed for the qemu
# support in cases where we are running things that aren't natively
# executable.
register_binfmt
mount_pseudofs
# With everything setup, we can now run the install to load the
# system package into the rootfs. This will not produce a
# bootable system but will instead produce a base component that can
# be quickly expanded to perform other actions on.
run_cmd_target "xbps-install -SU $XBPS_CONFFILE $XBPS_CACHEDIR $XBPS_REPOSITORY -r $ROOTFS -y $SYSPKG"
# Enable en_US.UTF-8 locale and generate it into the target ROOTFS.
# This is a bit of a hack since some glibc stuff doesn't really work
# correctly without a locale being generated. While some could argue
# that this is an arbitrary or naive choice to enable the en_US
# locale, most people using Void are able to work with the English
# language at least enough to enable thier preferred locale. If this
# truly becomes an issue in the future this hack can be revisited.
if [ -e "$ROOTFS/etc/default/libc-locales" ]; then
LOCALE=en_US.UTF-8
sed -e "s/\#\(${LOCALE}.*\)/\1/g" -i "$ROOTFS/etc/default/libc-locales"
fi
# The reconfigure step needs to execute code that's been compiled for
# the target architecture. Since the target isn't garanteed to be the
# same as the host, this needs to be done via qemu.
info_msg "Reconfiguring packages for ${XBPS_TARGET_ARCH} ..."
# This step sets up enough of the base-files that the chroot will work
# and they can be reconfigured natively. Without this step there
# isn't enough configured for ld to work. This step runs as the host
# architecture, but we may need to set up XBPS_ARCH for the target
# architecture (but only when compatible).
if is_target_native "$XBPS_TARGET_ARCH"; then
run_cmd_target "xbps-reconfigure --rootdir $ROOTFS base-files"
else
run_cmd "xbps-reconfigure --rootdir $ROOTFS base-files"
fi
# Now running as the target system, this step reconfigures the
# base-files completely. Certain things just won't work in the first
# pass, so this cleans up any issues that linger.
run_cmd_chroot "$ROOTFS" "env -i xbps-reconfigure -f base-files"
# Once base-files is configured and functional its possible to
# configure the rest of the system.
run_cmd_chroot "$ROOTFS" "xbps-reconfigure -a"
# Set the default password. Previous versions of this script used a
# chroot to do this, but that is unnecessary since chpasswd
# understands how to operate on chroots without actually needing to be
# chrooted. We also remove the lock file in this step to clean up the
# lock on the passwd database, lest it be left in the system and
# propogated to other points.
info_msg "Setting the default root password ('voidlinux')"
if [ ! -f "$ROOTFS/etc/shadow" ] ; then
run_cmd_chroot "$ROOTFS" pwconv
fi
echo root:voidlinux | run_cmd_chroot "$ROOTFS" "chpasswd -c SHA512" || die "Could not set default credentials"
rm -f "$ROOTFS/etc/.pwd.lock"
# At this point we're done running things in the chroot and we can
# clean up the shims. Failure to do this can result in things hanging
# when we try to delete the tmpdir.
cleanup_chroot
# The cache isn't that useful since by the time the ROOTFS will be
# used it is likely to be out of date. Rather than shipping it around
# only for it to be out of date, we remove it now.
rm -rf "$ROOTFS/var/cache/*" 2>/dev/null
# Finally we can compress the tarball, the name will include the
# architecture and the date on which the tarball was built.
: "${FILENAME:=void-${XBPS_TARGET_ARCH}-ROOTFS-$(date -u '+%Y%m%d').tar.xz}"
run_cmd "tar cp --posix --xattrs --xattrs-include='*' -C $ROOTFS . | xz -T${COMPRESSOR_THREADS:-0} -9 > $FILENAME "
# Now that we have the tarball we don't need the rootfs anymore, so we
# can get rid of it.
rm -rf "$ROOTFS"
# Last thing to do before closing out is to let the user know that
# this succeeded. This also ensures that there's something visible
# that the user can look for at the end of the script, which can make
# it easier to see what's going on if something above failed.
info_msg "Successfully created $FILENAME ($XBPS_TARGET_ARCH)"

6
packer/.gitignore vendored
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@ -1,6 +0,0 @@
output_*
packer_cache
crash.log
*.box
templates/
cloud-generic

37
packer/hcl2/build-cloud-generic.pkr.hcl
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@ -1,37 +0,0 @@
build {
name = "cloud-generic-x86_64"
source "source.qemu.x86_64" {
boot_command = [
"<tab><wait>",
"auto autourl=http://{{.HTTPIP}}:{{.HTTPPort}}/x86_64.cfg",
"<enter>"
]
vm_name = "voidlinux-x86_64"
output_directory = "cloud-generic-x86_64"
}
provisioner "shell" {
script = "scripts/cloud.sh"
execute_command = "echo 'void' | {{.Vars}} sudo -E -S bash '{{.Path}}'"
}
}
build {
name = "cloud-generic-x86_64-musl"
source "source.qemu.x86_64" {
boot_command = [
"<tab><wait>",
"auto autourl=http://{{.HTTPIP}}:{{.HTTPPort}}/x86_64-musl.cfg",
"<enter>"
]
vm_name = "voidlinux-x86_64-musl"
output_directory = "cloud-generic-x86_64-musl"
}
provisioner "shell" {
script = "scripts/cloud.sh"
execute_command = "echo 'void' | {{.Vars}} sudo -E -S bash '{{.Path}}'"
}
}

45
packer/hcl2/build-vagrant.pkr.hcl
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@ -1,45 +0,0 @@
build {
name = "vagrant-virtualbox-x86_64"
source "source.virtualbox-iso.x86_64" {
boot_command = [
"<tab><wait>",
"auto autourl=http://{{.HTTPIP}}:{{.HTTPPort}}/x86_64.cfg",
"<enter>"
]
vm_name = "voidlinux-x86_64"
output_directory = "vagrant-virtualbox-x86_64"
}
provisioner "shell" {
script = "scripts/vagrant.sh"
execute_command = "echo 'void' | {{.Vars}} sudo -E -S bash '{{.Path}}'"
}
post-processor "vagrant" {
output = "vagrant-virtualbox-x86_64.box"
}
}
build {
name = "vagrant-virtualbox-x86_64-musl"
source "source.virtualbox-iso.x86_64" {
boot_command = [
"<tab><wait>",
"auto autourl=http://{{.HTTPIP}}:{{.HTTPPort}}/x86_64-musl.cfg",
"<enter>"
]
vm_name = "voidlinux-x86_64-musl"
output_directory = "vagrant-virtualbox-x86_64-musl"
}
provisioner "shell" {
script = "scripts/vagrant.sh"
execute_command = "echo 'void' | {{.Vars}} sudo -E -S bash '{{.Path}}'"
}
post-processor "vagrant" {
output = "vagrant-virtualbox-x86_64-musl.box"
}
}

13
packer/hcl2/source-qemu.pkr.hcl
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@ -1,13 +0,0 @@
source "qemu" "x86_64" {
accelerator = "kvm"
boot_wait = "5s"
disk_interface = "virtio"
disk_size = "2000M"
format = "qcow2"
http_directory = "http"
iso_checksum = "sha256:5507fe41f54719e78db7b0f9c685f85b063616d913b14f815dd481b5ea66e397"
iso_url = "https://repo-default.voidlinux.org/live/20221001/void-live-x86_64-20221001-base.iso"
ssh_password = "void"
ssh_timeout = "20m"
ssh_username = "void"
}

16
packer/hcl2/source-virtualbox-ose.pkr.hcl
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@ -1,16 +0,0 @@
source "virtualbox-iso" "x86_64" {
guest_os_type = "Linux_64"
iso_url = "https://repo-default.voidlinux.org/live/20221001/void-live-x86_64-20221001-base.iso"
iso_checksum = "sha256:5507fe41f54719e78db7b0f9c685f85b063616d913b14f815dd481b5ea66e397"
ssh_username = "void"
ssh_password = "void"
http_directory = "http"
ssh_timeout = "20m"
guest_additions_mode = "disable"
vboxmanage = [
["modifyvm", "{{.Name}}", "--nictype1", "virtio"],
]
boot_wait = "5s"
}

1
packer/hcl2/vagrant/build-vagrant.pkr.hcl
View File

@ -1 +0,0 @@
../build-vagrant.pkr.hcl

1
packer/hcl2/vagrant/source-virtualbox-ose.pkr.hcl
View File

@ -1 +0,0 @@
../source-virtualbox-ose.pkr.hcl

39
packer/http/cloud.cfg
View File

@ -1,39 +0,0 @@
#!/bin/sh
# Void Linux Automatic Install Configuration
export username="void"
export password="void"
export end_action=func
end_function() {
printf "Linking default services"
chroot "$target" ln -s /etc/sv/dhcpcd /etc/runit/runsvdir/default/dhcpcd
chroot "$target" ln -s /etc/sv/sshd /etc/runit/runsvdir/default/sshd
sync
reboot -f
}
VAI_partition_disk() {
# Paritition Disk
sfdisk "${disk}" <<EOF
;
EOF
}
VAI_format_disk() {
# Make Filesystems
mkfs.ext4 -F "${disk}1"
}
VAI_mount_target() {
# Mount targetfs
mkdir -p "${target}"
mount "${disk}1" "${target}"
}
VAI_configure_fstab() {
uuid1="$(blkid -s UUID -o value "${disk}1")"
echo "UUID=$uuid1 / ext4 defaults,errors=remount-ro 0 1" >> "${target}/etc/fstab"
}

42
packer/http/x86_64-musl.cfg
View File

@ -1,42 +0,0 @@
#!/bin/sh
# Void Linux Automatic Install Configuration
export username="void"
export password="void"
export XBPS_ARCH=x86_64-musl
export xbpsrepository=https://repo-default.voidlinux.org/current/musl
export end_action=func
end_function() {
printf "Linking default services"
chroot "$target" ln -s /etc/sv/dhcpcd /etc/runit/runsvdir/default/dhcpcd
chroot "$target" ln -s /etc/sv/sshd /etc/runit/runsvdir/default/sshd
sync
reboot -f
}
VAI_partition_disk() {
# Paritition Disk
sfdisk "${disk}" <<EOF
;
EOF
}
VAI_format_disk() {
# Make Filesystems
mkfs.ext4 -F "${disk}1"
}
VAI_mount_target() {
# Mount targetfs
mkdir -p "${target}"
mount "${disk}1" "${target}"
}
VAI_configure_fstab() {
uuid1="$(blkid -s UUID -o value "${disk}1")"
echo "UUID=$uuid1 / ext4 defaults,errors=remount-ro 0 1" >> "${target}/etc/fstab"
}

39
packer/http/x86_64.cfg
View File

@ -1,39 +0,0 @@
#!/bin/sh
# Void Linux Automatic Install Configuration
export username="void"
export password="void"
export end_action=func
end_function() {
printf "Linking default services"
chroot "$target" ln -s /etc/sv/dhcpcd /etc/runit/runsvdir/default/dhcpcd
chroot "$target" ln -s /etc/sv/sshd /etc/runit/runsvdir/default/sshd
sync
reboot -f
}
VAI_partition_disk() {
# Paritition Disk
sfdisk "${disk}" <<EOF
;
EOF
}
VAI_format_disk() {
# Make Filesystems
mkfs.ext4 -F "${disk}1"
}
VAI_mount_target() {
# Mount targetfs
mkdir -p "${target}"
mount "${disk}1" "${target}"
}
VAI_configure_fstab() {
uuid1="$(blkid -s UUID -o value "${disk}1")"
echo "UUID=$uuid1 / ext4 defaults,errors=remount-ro 0 1" >> "${target}/etc/fstab"
}

29
packer/scripts/cloud.sh
View File

@ -1,29 +0,0 @@
#!/bin/bash
echo "void ALL=(ALL:ALL) NOPASSWD:ALL" > /etc/sudoers.d/99-void
echo "Defaults:void !requiretty" >> /etc/sudoers.d/99-void
chmod 0440 /etc/sudoers.d/99-void
mv /etc/sudoers.d/{,10-}wheel
xbps-fetch -o /usr/bin/growpart https://raw.githubusercontent.com/canonical/cloud-utils/ubuntu/0.31-22-g37d4e32a-0ubuntu1/bin/growpart
chmod +x /usr/bin/growpart
xbps-install -Sy util-linux coreutils sed shinit
ln -s /etc/sv/shinit /var/service/
cat <<'EOF' > /etc/runit/core-services/10-resize-root.sh
#!/bin/sh
rpart=$(findmnt -r -o SOURCE -v -n /)
rnum=$(cat /sys/class/block/$(basename $rpart)/partition)
/usr/bin/growpart ${rpart%%$rnum} $rnum
resize2fs $rpart
EOF
passwd -dl void
passwd -dl root
rm -rf /var/cache/xbps
rm -f /etc/ssh/ssh_host*
shutdown -P now

31
packer/scripts/vagrant.sh
View File

@ -1,31 +0,0 @@
#!/bin/bash
useradd -m -s /bin/bash vagrant
# Set up sudo
echo '%vagrant ALL=(ALL:ALL) NOPASSWD:ALL' > /etc/sudoers.d/vagrant
echo 'Defaults:vagrant !requiretty' >> /etc/sudoers.d/vagrant
chmod 0440 /etc/sudoers.d/vagrant
gpasswd -d vagrant wheel
sudo xbps-install -Sy wget
# Installing vagrant keys
mkdir /home/vagrant/.ssh
chmod 700 /home/vagrant/.ssh
cd /home/vagrant/.ssh
wget --no-check-certificate 'https://raw.github.com/mitchellh/vagrant/master/keys/vagrant.pub' -O authorized_keys
chmod 600 /home/vagrant/.ssh/authorized_keys
chown -R vagrant /home/vagrant/.ssh
# Install NFS for Vagrant
xbps-install -Sy nfs-utils
passwd -dl vagrant
passwd -dl void
passwd -dl root
rm -rf /var/cache/xbps
shutdown -P now

36
pxelinux.cfg/pxelinux.cfg.in
View File

@ -1,36 +0,0 @@
UI vesamenu.c32
PROMPT 0
TIMEOUT 100
ONTIMEOUT c
MENU TABMSG Press ENTER to boot or TAB to edit a menu entry
MENU AUTOBOOT BIOS default device boot in # second{,s}...
MENU BACKGROUND @@SPLASHIMAGE@@
MENU WIDTH 78
MENU MARGIN 1
MENU ROWS 4
MENU VSHIFT 2
MENU TIMEOUTROW 8
MENU TABMSGROW 2
MENU CMDLINEROW 11
MENU HELPMSGROW 16
MENU HELPMSGENDROW 29
MENU COLOR title * #FF5255FF *
MENU COLOR border * #00000000 #00000000 none
MENU COLOR sel * #ffffffff #FF5255FF *
LABEL menu
MENU LABEL Interactive Session [@@BOOT_TITLE@@] (@@KERNVER@@ @@ARCH@@)
KERNEL vmlinuz
APPEND initrd=initrd root=/dev/null loglevel=4 vconsole.unicode=1 vconsole.keymap=@@KEYMAP@@ locale.LANG=@@LOCALE@@ @@BOOT_CMDLINE@@
LABEL auto
MENU LABEL AutoInstall [@@BOOT_TITLE@@] (@@KERNVER@@ @@ARCH@@)
KERNEL vmlinuz
APPEND initrd=initrd root=/dev/null auto loglevel=4 vconsole.unicode=1 vconsole.keymap=@@KEYMAP@@ locale.LANG=@@LOCALE@@ @@BOOT_CMDLINE@@
LABEL c
MENU LABEL Boot first HD found by BIOS
COM32 chain.c32
APPEND hd0

40
rcboot-installer.sh Executable file
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@ -0,0 +1,40 @@
#!/bin/sh
export PATH=/usr/bin:/usr/sbin:/bin:/sbin
umask 0077
set -e
if [ "$1" != "stop" ]; then
# cleanup
# (delete /tmp etc)
rm -rf /tmp/* /tmp/.[!.]* /tmp/..?*
# empty utmp, create needed directories
: > /var/run/utmp
mkdir -m og-w /var/run/dbus
# Configure random number generator
if [ -e /var/state/random-seed ]; then
cat /var/state/random-seed > /dev/urandom;
fi
# Configure network
/sbin/ifconfig lo 127.0.0.1
# You can put other static configuration here:
#/sbin/ifconfig eth0 192.168.1.38 netmask 255.255.255.0 broadcast 192.168.1.255
# /usr/sbin/alsactl restore
printf "evolution\nevolution" | passwd
echo -e "\n\n\nWelcome to the evolutionOS Installer!\nLogin:\n Username: root\n Password: evolution\nUse the evolution-installer command to start the install process!\n\n" > /dev/tty1
else
# The system is being shut down
# echo "Saving random number seed..."
POOLSIZE="$(cat /proc/sys/kernel/random/poolsize)"
dd if=/dev/urandom of=/var/state/random-seed bs="$POOLSIZE" count=1 2> /dev/null
fi;

38
rcboot-real.sh Executable file
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@ -0,0 +1,38 @@
#!/bin/sh
export PATH=/usr/bin:/usr/sbin:/bin:/sbin
umask 0077
set -e
if [ "$1" != "stop" ]; then
# cleanup
# (delete /tmp etc)
rm -rf /tmp/* /tmp/.[!.]* /tmp/..?*
# empty utmp, create needed directories
: > /var/run/utmp
mkdir -m og-w /var/run/dbus
# Configure random number generator
if [ -e /var/state/random-seed ]; then
cat /var/state/random-seed > /dev/urandom;
fi
# Configure network
/sbin/ifconfig lo 127.0.0.1
# You can put other static configuration here:
#/sbin/ifconfig eth0 192.168.1.38 netmask 255.255.255.0 broadcast 192.168.1.255
# /usr/sbin/alsactl restore
else
# The system is being shut down
# echo "Saving random number seed..."
POOLSIZE="$(cat /proc/sys/kernel/random/poolsize)"
dd if=/dev/urandom of=/var/state/random-seed bs="$POOLSIZE" count=1 2> /dev/null
fi;

68
release.sh
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@ -1,68 +0,0 @@
#!/bin/bash
set -e
usage() {
echo "release.sh start [-l LIVE_ARCHS] [-f LIVE_VARIANTS] [-a ROOTFS_ARCHS]"
echo " [-p PLATFORMS] [-i SBC_IMGS] [-d DATE] [-r REPOSITORY] -- [gh args...]"
echo "release.sh dl [gh args...]"
echo "release.sh sign DATE SHASUMFILE"
exit 1
}
check_programs() {
for prog; do
if ! type $prog &>/dev/null; then
echo "missing program: $prog"
exit 1
fi
done
}
start_build() {
check_programs gh
ARGS=()
while getopts "a:d:f:i:l:p:r:" opt; do
case $opt in
a) ARGS+=(-f rootfs="$OPTARG") ;;
d) ARGS+=(-f datecode="$OPTARG") ;;
f) ARGS+=(-f live_flavors="$OPTARG") ;;
i) ARGS+=(-f sbc_imgs="$OPTARG") ;;
l) ARGS+=(-f live_archs="$OPTARG") ;;
p) ARGS+=(-f platformfs="$OPTARG") ;;
r) ARGS+=(-f mirror="$OPTARG") ;;
?) usage;;
esac
done
shift $((OPTIND - 1))
gh workflow run gen-images.yml "${ARGS[@]}" "$@"
}
# this assumes that the latest successful build is the one to download
# wish it could be better but alas:
# https://github.com/cli/cli/issues/4001
download_build() {
check_programs gh
run="$(gh run list -s success -w gen-images.yml --json databaseId -q '.[].databaseId' "$@" | sort -r | head -1)"
echo "Downloading artifacts from run ${run} [this may take a while] ..."
gh run download "$run" -p 'void-live*' "$@"
echo "Done."
}
sign_build() {
check_programs pwgen signify
DATE="$1"
SUMFILE="$2"
mkdir -p release
KEYFILE="release/void-release-$DATE.key"
pwgen -cny 25 1 > "$KEYFILE"
signify -G -p "${KEYFILE//key/pub}" -s "${KEYFILE//key/sec}" -c "This key is only valid for images with date $DATE."
signify -S -e -s "${KEYFILE//key/sec}" -m "$SUMFILE" -x "${SUMFILE//txt/sig}"
}
case "$1" in
st*) shift; start_build "$@" ;;
d*) shift; download_build "$@" ;;
si*) shift; sign_build "$@" ;;
*) usage ;;
esac

208
scripts/evolution-installer Executable file
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@ -0,0 +1,208 @@
#!/bin/sh
failinstall() {
dialog --title "Error" --msgbox "EvolutionOS was not able to install" 0 0
clear
exit 1
}
create_menu() {
menu=""
for option in "$@"; do
if [[ "$(cat /sys/block/${option}/ro)" = "1" ]]; then
writability="Unwritable"
else
writability="Writable"
fi
menu="${menu} ${option} ${writability}"
done
echo "$menu"
}
if [[ $(id -u) -eq 0 ]]; then
:
else
dialog --title "Run as root" --msgbox "Please run the installer as root!" 0 0
failinstall
fi
if [ $(uname -m) = "i686" ]; then
grub="grub-i386-efi"
arch=i386
else
grub="grub-x86_64-efi"
arch=x86_64
fi
if [[ -x /sys/firmware/efi ]]; then
uefi=true
else
uefi=false
fi
insmod /root/vfat-modules/fat.ko.zst
insmod /root/vfat-modules/vfat.ko.zst
dialog --title "Welcome" --msgbox "Welcome to the EvolutionOS installer! \n\nThis installer is meant to be straightforward, no need for technical skill. \n\nPress enter to select buttons, tab to move between text boxes, and left / right to move between buttons." 0 0
choice=$(dialog --menu "Select an installation drive:" 20 60 10 $(create_menu $(parted -l | grep -oE '^Disk /dev/[a-zA-Z0-9]+' | cut -d' ' -f2- | cut -c 6-)) 2>&1 >/dev/tty)
if [[ "$(cat /sys/block/${choice}/ro)" = "1" ]]; then
dialog --title "Scan disk" --msgbox "You are not able to install evolutionOS on a non-writable disk" 0 0
failinstall
else
dialog --title "Scan disk" --msgbox "EvolutionOS will now scan your disk drive to check if it can install evolutionOS" 0 0
fi
dialog --yesno "Would you like to use the recommended disk partitioning?" 0 0
if [[ $? = 0 ]]; then
if [[ $uefi = true ]]; then
parted --script /dev/${choice} mklabel gpt mkpart primary fat32 1MiB 200MiB mkpart primary ext4 200MiB 100%
else
parted --script /dev/${choice} mklabel msdos mkpart primary ext4 1MiB 100%
fi
if [[ $? = 1 ]]; then
dialog --msgbox "Partitioning failed!" 0 0
failinstall
fi
filesystem=$(dialog --menu "Select a filesystem:" 0 0 0 "ext4" "Fast basic filesystem (recommended)" "btrfs" "Great for data recovery and servers" 2>&1 >/dev/tty)
if [[ $uefi = true ]]; then
if [[ "$filesystem" = "ext4" ]]; then
mkfs.ext4 /dev/${choice}2 | dialog --title "Creating file system..." --programbox 24 80
else
mkfs.btrfs -f /dev/${choice}2 | dialog --title "Creating file system..." --programbox 24 80
fi
if [[ $? = 1 ]]; then
dialog --msgbox "Formatting failed!" 0 0
failinstall
fi
mkfs.fat -v -F 32 /dev/${choice}1 | dialog --title "Creating boot partition..." --programbox 24 80
if [[ $? = 1 ]]; then
dialog --msgbox "Formatting failed!" 0 0
failinstall
fi
mount /dev/${choice}2 /mnt
if [[ $? = 1 ]]; then
dialog --msgbox "Mounting failed!" 0 0
failinstall
fi
mkdir -p /mnt/boot/efi
sh -c "mount /dev/${choice}1 /mnt/boot/efi"
if [[ $? = 1 ]]; then
dialog --msgbox "Mounting ESP failed!" 0 0
failinstall
fi
else
mkfs.$filesystem /dev/${choice}1 | dialog --title "Creating file system..." --programbox 24 80
if [[ $? = 1 ]]; then
dialog --msgbox "Formatting failed!" 0 0
failinstall
fi
mount /dev/${choice}1 /mnt
if [[ $? = 1 ]]; then
dialog --msgbox "Mounting failed!" 0 0
failinstall
fi
fi
else
while true; do
clear
printf "Ok, welcome to the Linux Shell. Mount root at /"
if [[ $uefi = true ]]; then
printf " and ESP at /boot/efi."
else
printf "."
fi
echo " Type exit when you are done"
ash
dialog --yesno "Have you finished?" 0 0
if [[ $? = 0 ]]; then
break
else
continue
fi
done
fi
installtype=$(dialog --title "Install type" --menu "Choose your installation type" 0 0 0 "local" "Extract from disk (may be out of date)" "network" "Download from internet (requires internet to be set up)" 2>&1 >/dev/tty)
while true; do
if [[ "$installtype" = "local" ]]; then
cp -r /bin /home /lib32 /media /opt /root /sbin /var /boot /etc /lib /lib64 /run /usr /mnt
if [[ $? = 1 ]]; then
dialog --msgbox "Copying failed!" 0 0
failinstall
fi
mkdir /mnt/dev /mnt/tmp /mnt/proc /mnt/sys
rm -rf /mnt/etc/dinit.d/rcboot.sh
rm -rf /mnt/root/vfat-modules
mv /mnt/etc/dinit.d/rcboot-real.sh /mnt/etc/dinit.d/rcboot.sh
xbps-remove -OoR dialog parted e2fsprogs btrfs-progs xtools-minimal ncurses -r /mnt -y
if [[ $uefi = false ]]; then
xbps-remove -OoR dosfstools grub-${arch}-efi -r /mnt -y
fi
rm -rf /mnt/usr/bin/evolution-installer
break
else
ping -c 1 example.org >/dev/null 2>&1
if [[ $? = 1 ]]; then
netselect=$(dialog --title "Network" --menu "The network isn't connected. What would you like to do?" 0 0 0 "local" "Go back to extraction from disk" "network" "Manually set up network in the terminal" 2>&1 >/dev/tty)
while true; do
clear
echo "Welcome to the Linux Shell. Type exit when you are done"
ash
dialog --yesno "Have you finished?" 0 0
if [[ $? = 0 ]]; then
break
else
continue
fi
done
else
mkdir -p /mnt/var/db/xbps/keys/
cp /var/db/xbps/keys/* /mnt/var/db/xbps/keys/
if [[ $uefi = true ]]; then
xbps-install -S -y -r /mnt base-system "${grub}" -R https://evolutionos.hectabit.org/pkg -R https://repo-default.voidlinux.org/current | dialog --title "Bootstrapping rootfs..." --programbox 24 80
else
xbps-install -S -y -r /mnt base-system grub -R https://evolutionos.hectabit.org/pkg -R https://repo-default.voidlinux.org/current | dialog --title "Bootstrapping rootfs..." --programbox 24 80
fi
break
fi
fi
done
xbps-reconfigure -r /mnt -f glibc-locales
rootpasswd=$(dialog --title "Password" --clear --insecure --passwordbox "Enter admin (root) password" 0 0 2>&1 >/dev/tty)
username=$(dialog --title "Username" --clear --inputbox "Enter your username" 0 0 2>&1 >/dev/tty)
userpasswd=$(dialog --title "Password" --clear --insecure --passwordbox "Enter user password" 0 0 2>&1 >/dev/tty)
hostname=$(dialog --title "Hostname" --clear --inputbox "Enter hostname for computer" 0 0 2>&1 >/dev/tty)
echo -e "$rootpasswd\n$rootpasswd" | xchroot /mnt passwd
xchroot /mnt useradd -m "${username}"
echo -e "$userpasswd\n$userpasswd" | xchroot /mnt passwd "${username}"
echo $hostname > /mnt/etc/hostname
if [[ $uefi = true ]]; then
xchroot /mnt grub-install --no-nvram --efi-directory=/boot/efi /dev/${choice}
mkdir -p /mnt/boot/efi/EFI/boot/
mv /mnt/boot/efi/EFI/void*/grubx64.efi /mnt/boot/efi/EFI/boot/bootx64.efi
rm -rf /mnt/boot/efi/EFI/void*
else
xchroot /mnt grub-install /dev/${choice}
fi
xchroot /mnt grub-mkconfig -o /boot/grub/grub.cfg
xbps-reconfigure -f glibc-locales -r /mnt
if [[ $? = 1 ]]; then
dialog --msgbox "Package configuration failed!" 0 0
failinstall
fi
xbps-reconfigure -f -a -r /mnt
if [[ $? = 1 ]]; then
dialog --msgbox "Package configuration failed!" 0 0
failinstall
fi
dialog --yesno "EvolutionOS has been installed! Would you like to reboot?" 0 0
if [[ $? = 1 ]]; then
clear
exit 0
else
reboot
fi

595
scripts/genfstab Executable file
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@ -0,0 +1,595 @@
#!/bin/bash
shopt -s extglob
# generated from util-linux source: libmount/src/utils.c
declare -A pseudofs_types=([anon_inodefs]=1
[apparmorfs]=1
[autofs]=1
[bdev]=1
[binder]=1
[binfmt_misc]=1
[bpf]=1
[cgroup]=1
[cgroup2]=1
[configfs]=1
[cpuset]=1
[debugfs]=1
[devfs]=1
[devpts]=1
[devtmpfs]=1
[dlmfs]=1
[dmabuf]=1
[drm]=1
[efivarfs]=1
[fuse]=1
[fuse.archivemount]=1
[fuse.avfsd]=1
[fuse.dumpfs]=1
[fuse.encfs]=1
[fuse.gvfs-fuse-daemon]=1
[fuse.gvfsd-fuse]=1
[fuse.lxcfs]=1
[fuse.rofiles-fuse]=1
[fuse.vmware-vmblock]=1
[fuse.xwmfs]=1
[fusectl]=1
[hugetlbfs]=1
[ipathfs]=1
[mqueue]=1
[nfsd]=1
[none]=1
[nsfs]=1
[overlay]=1
[pipefs]=1
[proc]=1
[pstore]=1
[ramfs]=1
[resctrl]=1
[rootfs]=1
[rpc_pipefs]=1
[securityfs]=1
[selinuxfs]=1
[smackfs]=1
[sockfs]=1
[spufs]=1
[sysfs]=1
[tmpfs]=1
[tracefs]=1
[vboxsf]=1
[virtiofs]=1)
# generated from: pkgfile -vbr '/fsck\..+' | awk -F. '{ print $NF }' | sort
declare -A fsck_types=([btrfs]=0 # btrfs doesn't need a regular fsck utility
[cramfs]=1
[erofs]=1
[exfat]=1
[ext2]=1
[ext3]=1
[ext4]=1
[f2fs]=1
[fat]=1
[jfs]=1
[minix]=1
[msdos]=1
[reiserfs]=1
[vfat]=1
[xfs]=1)
out() { printf "$1 $2\n" "${@:3}"; }
error() { out "==> ERROR:" "$@"; } >&2
warning() { out "==> WARNING:" "$@"; } >&2
msg() { out "==>" "$@"; }
msg2() { out " ->" "$@";}
die() { error "$@"; exit 1; }
ignore_error() {
"$@" 2>/dev/null
return 0
}
in_array() {
local i
for i in "${@:2}"; do
[[ $1 = "$i" ]] && return 0
done
return 1
}
chroot_add_mount() {
mount "$@" && CHROOT_ACTIVE_MOUNTS=("$2" "${CHROOT_ACTIVE_MOUNTS[@]}")
}
chroot_maybe_add_mount() {
local cond=$1; shift
if eval "$cond"; then
chroot_add_mount "$@"
fi
}
chroot_setup() {
CHROOT_ACTIVE_MOUNTS=()
[[ $(trap -p EXIT) ]] && die '(BUG): attempting to overwrite existing EXIT trap'
trap 'chroot_teardown' EXIT
chroot_add_mount proc "$1/proc" -t proc -o nosuid,noexec,nodev &&
chroot_add_mount sys "$1/sys" -t sysfs -o nosuid,noexec,nodev,ro &&
ignore_error chroot_maybe_add_mount "[[ -d '$1/sys/firmware/efi/efivars' ]]" \
efivarfs "$1/sys/firmware/efi/efivars" -t efivarfs -o nosuid,noexec,nodev &&
chroot_add_mount udev "$1/dev" -t devtmpfs -o mode=0755,nosuid &&
chroot_add_mount devpts "$1/dev/pts" -t devpts -o mode=0620,gid=5,nosuid,noexec &&
chroot_add_mount shm "$1/dev/shm" -t tmpfs -o mode=1777,nosuid,nodev &&
chroot_add_mount run "$1/run" -t tmpfs -o nosuid,nodev,mode=0755 &&
chroot_add_mount tmp "$1/tmp" -t tmpfs -o mode=1777,strictatime,nodev,nosuid
}
chroot_teardown() {
if (( ${#CHROOT_ACTIVE_MOUNTS[@]} )); then
umount "${CHROOT_ACTIVE_MOUNTS[@]}"
fi
unset CHROOT_ACTIVE_MOUNTS
}
chroot_add_mount_lazy() {
mount "$@" && CHROOT_ACTIVE_LAZY=("$2" "${CHROOT_ACTIVE_LAZY[@]}")
}
chroot_bind_device() {
touch "$2" && CHROOT_ACTIVE_FILES=("$2" "${CHROOT_ACTIVE_FILES[@]}")
chroot_add_mount $1 "$2" --bind
}
chroot_add_link() {
ln -sf "$1" "$2" && CHROOT_ACTIVE_FILES=("$2" "${CHROOT_ACTIVE_FILES[@]}")
}
unshare_setup() {
CHROOT_ACTIVE_MOUNTS=()
CHROOT_ACTIVE_LAZY=()
CHROOT_ACTIVE_FILES=()
[[ $(trap -p EXIT) ]] && die '(BUG): attempting to overwrite existing EXIT trap'
trap 'unshare_teardown' EXIT
chroot_add_mount_lazy "$1" "$1" --bind &&
chroot_add_mount proc "$1/proc" -t proc -o nosuid,noexec,nodev &&
chroot_add_mount_lazy /sys "$1/sys" --rbind &&
chroot_add_link "$1/proc/self/fd" "$1/dev/fd" &&
chroot_add_link "$1/proc/self/fd/0" "$1/dev/stdin" &&
chroot_add_link "$1/proc/self/fd/1" "$1/dev/stdout" &&
chroot_add_link "$1/proc/self/fd/2" "$1/dev/stderr" &&
chroot_bind_device /dev/full "$1/dev/full" &&
chroot_bind_device /dev/null "$1/dev/null" &&
chroot_bind_device /dev/random "$1/dev/random" &&
chroot_bind_device /dev/tty "$1/dev/tty" &&
chroot_bind_device /dev/urandom "$1/dev/urandom" &&
chroot_bind_device /dev/zero "$1/dev/zero" &&
chroot_add_mount run "$1/run" -t tmpfs -o nosuid,nodev,mode=0755 &&
chroot_add_mount tmp "$1/tmp" -t tmpfs -o mode=1777,strictatime,nodev,nosuid
}
unshare_teardown() {
chroot_teardown
if (( ${#CHROOT_ACTIVE_LAZY[@]} )); then
umount --lazy "${CHROOT_ACTIVE_LAZY[@]}"
fi
unset CHROOT_ACTIVE_LAZY
if (( ${#CHROOT_ACTIVE_FILES[@]} )); then
rm "${CHROOT_ACTIVE_FILES[@]}"
fi
unset CHROOT_ACTIVE_FILES
}
pid_unshare="unshare --fork --pid"
mount_unshare="$pid_unshare --mount --map-auto --map-root-user --setuid 0 --setgid 0"
# This outputs code for declaring all variables to stdout. For example, if
# FOO=BAR, then running
# declare -p FOO
# will result in the output
# declare -- FOO="bar"
# This function may be used to re-declare all currently used variables and
# functions in a new shell.
declare_all() {
# Remove read-only variables to avoid warnings. Unfortunately, declare +r -p
# doesn't work like it looks like it should (declaring only read-write
# variables). However, declare -rp will print out read-only variables, which
# we can then use to remove those definitions.
declare -p | grep -Fvf <(declare -rp)
# Then declare functions
declare -pf
}
try_cast() (
_=$(( $1#$2 ))
) 2>/dev/null
valid_number_of_base() {
local base=$1 len=${#2} i=
for (( i = 0; i < len; i++ )); do
try_cast "$base" "${2:i:1}" || return 1
done
return 0
}
mangle() {
local i= chr= out=
local {a..f}= {A..F}=
for (( i = 0; i < ${#1}; i++ )); do
chr=${1:i:1}
case $chr in
[[:space:]\\])
printf -v chr '%03o' "'$chr"
out+=\\
;;
esac
out+=$chr
done
printf '%s' "$out"
}
unmangle() {
local i= chr= out= len=$(( ${#1} - 4 ))
local {a..f}= {A..F}=
for (( i = 0; i < len; i++ )); do
chr=${1:i:1}
case $chr in
\\)
if valid_number_of_base 8 "${1:i+1:3}" ||
valid_number_of_base 16 "${1:i+1:3}"; then
printf -v chr '%b' "${1:i:4}"
(( i += 3 ))
fi
;;
esac
out+=$chr
done
printf '%s' "$out${1:i}"
}
optstring_match_option() {
local candidate pat patterns
IFS=, read -ra patterns <<<"$1"
for pat in "${patterns[@]}"; do
if [[ $pat = *=* ]]; then
# "key=val" will only ever match "key=val"
candidate=$2
else
# "key" will match "key", but also "key=anyval"
candidate=${2%%=*}
fi
[[ $pat = "$candidate" ]] && return 0
done
return 1
}
optstring_remove_option() {
local o options_ remove=$2 IFS=,
read -ra options_ <<<"${!1}"
for o in "${!options_[@]}"; do
optstring_match_option "$remove" "${options_[o]}" && unset 'options_[o]'
done
declare -g "$1=${options_[*]}"
}
optstring_normalize() {
local o options_ norm IFS=,
read -ra options_ <<<"${!1}"
# remove empty fields
for o in "${options_[@]}"; do
[[ $o ]] && norm+=("$o")
done
# avoid empty strings, reset to "defaults"
declare -g "$1=${norm[*]:-defaults}"
}
optstring_append_option() {
if ! optstring_has_option "$1" "$2"; then
declare -g "$1=${!1},$2"
fi
optstring_normalize "$1"
}
optstring_prepend_option() {
local options_=$1
if ! optstring_has_option "$1" "$2"; then
declare -g "$1=$2,${!1}"
fi
optstring_normalize "$1"
}
optstring_get_option() {
local opts o
IFS=, read -ra opts <<<"${!1}"
for o in "${opts[@]}"; do
if optstring_match_option "$2" "$o"; then
declare -g "$o"
return 0
fi
done
return 1
}
optstring_has_option() {
local "${2%%=*}"
optstring_get_option "$1" "$2"
}
dm_name_for_devnode() {
read dm_name <"/sys/class/block/${1#/dev/}/dm/name"
if [[ $dm_name ]]; then
printf '/dev/mapper/%s' "$dm_name"
else
# don't leave the caller hanging, just print the original name
# along with the failure.
error 'Failed to resolve device mapper name for: %s' "$1"
fi
}
fstype_is_pseudofs() {
(( pseudofs_types["$1"] ))
}
fstype_has_fsck() {
(( fsck_types["$1"] ))
}
write_source() {
local src=$1 spec= label= uuid= comment=()
label=$(lsblk -rno LABEL "$1" 2>/dev/null)
uuid=$(lsblk -rno UUID "$1" 2>/dev/null)
# bind mounts do not have a UUID!
case $bytag in
'')
[[ $uuid ]] && comment=("UUID=$uuid")
[[ $label ]] && comment+=("LABEL=$(mangle "$label")")
;;
LABEL)
spec=$label
[[ $uuid ]] && comment=("$src" "UUID=$uuid")
;;
UUID)
spec=$uuid
comment=("$src")
[[ $label ]] && comment+=("LABEL=$(mangle "$label")")
;;
*)
[[ $uuid ]] && comment=("$1" "UUID=$uuid")
[[ $label ]] && comment+=("LABEL=$(mangle "$label")")
[[ $bytag ]] && spec=$(lsblk -rno "$bytag" "$1" 2>/dev/null)
;;
esac
[[ $comment ]] && printf '# %s\n' "${comment[*]}"
if [[ $spec ]]; then
printf '%-20s' "$bytag=$(mangle "$spec")"
else
printf '%-20s' "$(mangle "$src")"
fi
}
optstring_apply_quirks() {
local varname=$1 fstype=$2
# SELinux displays a 'seclabel' option in /proc/self/mountinfo. We can't know
# if the system we're generating the fstab for has any support for SELinux (as
# one might install Arch from a Fedora environment), so let's remove it.
optstring_remove_option "$varname" seclabel
# Prune 'relatime' option for any pseudofs. This seems to be a rampant
# default which the kernel often exports even if the underlying filesystem
# doesn't support it. Example: https://bugs.archlinux.org/task/54554.
if awk -v fstype="$fstype" '$1 == fstype { exit 1 }' /proc/filesystems; then
optstring_remove_option "$varname" relatime
fi
case $fstype in
btrfs)
# Having only one of subvol= and subvolid= is enough for mounting a btrfs subvolume
# And having subvolid= set prevents things like 'snapper rollback' to work, as it
# updates the subvolume in-place, leaving subvol= unchanged with a different subvolid.
if optstring_has_option "$varname" subvol; then
optstring_remove_option "$varname" subvolid
fi
;;
f2fs)
# These are Kconfig options for f2fs. Kernels supporting the options will
# only provide the negative versions of these (e.g. noacl), and vice versa
# for kernels without support.
optstring_remove_option "$varname" noacl,acl,nouser_xattr,user_xattr
;;
vfat)
# Before Linux v3.8, "cp" is prepended to the value of the codepage.
if optstring_get_option "$varname" codepage && [[ $codepage = cp* ]]; then
optstring_remove_option "$varname" codepage
optstring_append_option "$varname" "codepage=${codepage#cp}"
fi
;;
esac
}
usage() {
cat <<EOF
usage: ${0##*/} [options] root
Options:
-f <filter> Restrict output to mountpoints matching the prefix FILTER
-L Use labels for source identifiers (shortcut for -t LABEL)
-p Exclude pseudofs mounts (default behavior)
-P Include pseudofs mounts
-t <tag> Use TAG for source identifiers (TAG should be one of: LABEL,
UUID, PARTLABEL, PARTUUID)
-U Use UUIDs for source identifiers (shortcut for -t UUID)
-h Print this help message
genfstab generates output suitable for addition to an fstab file based on the
devices mounted under the mountpoint specified by the given root.
EOF
}
if [[ -z $1 || $1 = @(-h|--help) ]]; then
usage
exit $(( $# ? 0 : 1 ))
fi
while getopts ':f:LPpt:U' flag; do
case $flag in
L)
bytag=LABEL
;;
U)
bytag=UUID
;;
f)
prefixfilter=$OPTARG
;;
P)
pseudofs=1
;;
p)
pseudofs=0
;;
t)
bytag=${OPTARG^^}
;;
:)
die '%s: option requires an argument -- '\''%s'\' "${0##*/}" "$OPTARG"
;;
?)
die '%s: invalid option -- '\''%s'\' "${0##*/}" "$OPTARG"
;;
esac
done
shift $(( OPTIND - 1 ))
(( $# )) || die "No root directory specified"
root=$(realpath -mL "$1"); shift
if ! mountpoint -q "$root"; then
die "$root is not a mountpoint"
fi
# handle block devices
findmnt -Recvruno SOURCE,TARGET,FSTYPE,OPTIONS,FSROOT "$root" |
while read -r src target fstype opts fsroot; do
if (( !pseudofs )) && fstype_is_pseudofs "$fstype"; then
continue
fi
[[ $target = "$prefixfilter"* ]] || continue
# default 5th and 6th columns
dump=0 pass=2
src=$(unmangle "$src")
target=$(unmangle "$target")
target=${target#$root}
if (( !foundroot )) && findmnt "$src" "$root" >/dev/null; then
# this is root. we can't possibly have more than one...
pass=1 foundroot=1
fi
# if there's no fsck tool available, then only pass=0 makes sense.
if ! fstype_has_fsck "$fstype"; then
pass=0
fi
if [[ $fsroot != / && $fstype != btrfs ]]; then
# it's a bind mount
src=$(findmnt -funcevo TARGET "$src")$fsroot
src="/${src#$root/}"
if [[ $src -ef $target ]]; then
# hrmm, this is weird. we're probably looking at a file or directory
# that was bound into a chroot from the host machine. Ignore it,
# because this won't actually be a valid mount. Worst case, the user
# just re-adds it.
continue
fi
fstype=none
opts+=,bind
pass=0
fi
# filesystem quirks
case $fstype in
fuseblk)
# well-behaved FUSE filesystems will report themselves as fuse.$fstype.
# this is probably NTFS-3g, but let's just make sure.
if ! newtype=$(lsblk -no FSTYPE "$src") || [[ -z $newtype ]]; then
# avoid blanking out fstype, leading to an invalid fstab
error 'Failed to derive real filesystem type for FUSE device on %s' "$target"
else
fstype=$newtype
fi
;;
esac
optstring_apply_quirks "opts" "$fstype"
# write one line
write_source "$src"
printf '\t%-10s' "/$(mangle "${target#/}")" "$fstype" "$opts"
printf '\t%s %s' "$dump" "$pass"
printf '\n\n'
done
# handle swaps devices
{
# ignore header
read
while read -r device type _ _ prio; do
options=defaults
if (( prio >= 0 )); then
options+=,pri=$prio
fi
# skip files marked deleted by the kernel
[[ $device = *'\040(deleted)' ]] && continue
if [[ $type = file ]]; then
printf '%-20s' "${device#${root%/}}"
elif [[ $device = /dev/dm-+([0-9]) ]]; then
# device mapper doesn't allow characters we need to worry
# about being mangled, and it does the escaping of dashes
# for us in sysfs.
write_source "$(dm_name_for_devnode "$device")"
else
write_source "$(unmangle "$device")"
fi
printf '\t%-10s\t%-10s\t%-10s\t0 0\n\n' 'none' 'swap' "$options"
done
} </proc/swaps
# vim: et ts=2 sw=2 ft=sh:

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