#! /bin/sh
set -e
if [ -e config/germinate-output ]; then
mv -T config/germinate-output germ-tmp
rm -rf config
mkdir config
mv -T germ-tmp config/germinate-output
else
rm -rf config
fi
echo "Building on $(hostname --fqdn)"
SEEDMIRROR=https://ubuntu-archive-team.ubuntu.com/seeds/
if [ -z "$MIRROR" ]; then
case $(hostname --fqdn) in
*.ubuntu.com|*.buildd|*.ppa|*.scalingstack)
MIRROR=http://ftpmaster.internal/ubuntu/
SEEDMIRROR=http://archive-team.internal/seeds/
;;
*)
case $ARCH in
i386|amd64) MIRROR=http://archive.ubuntu.com/ubuntu/ ;;
*) MIRROR=http://ports.ubuntu.com/ubuntu-ports/ ;;
esac
;;
esac
fi
mkdir -p config
cp -af /usr/share/livecd-rootfs/live-build/functions config/functions
cp -af /usr/share/livecd-rootfs/live-build/lb_*_layered config/
cp -af /usr/share/livecd-rootfs/live-build/snap-seed-parse.py config/snap-seed-parse
cp -af /usr/share/livecd-rootfs/live-build/expand-task config/expand-task
cp -af /usr/share/livecd-rootfs/live-build/squashfs-exclude-files config/
mkdir -p config/package-lists
. config/functions
OPTS=
COMPONENTS=
BINARY_REMOVE_LINUX=:
BINARY_IMAGES=none
MEMTEST=none
SOURCE='--source false'
BOOTLOADER=none
BOOTAPPEND_LIVE=
LIVE_TASK=
PREINSTALLED=false
PREINSTALL_POOL=
PREINSTALL_POOL_SEEDS=
PREFIX="livecd.$PROJECT${SUBARCH:+-$SUBARCH}"
CHROOT_HOOKS=
BINARY_HOOKS=
APT_OPTIONS=" --yes -oDebug::pkgDepCache::AutoInstall=yes "
PASSES_TO_LAYERS=false
_PASSES_TO_LAYERS= # Stores the initial value of PASSES_TO_LAYERS
PASSES=
_check_immutable_passes_to_layers () {
# Check that PASSES_TO_LAYERS didn't change ie we didn't switch from layer
# to non-layer image format and vice versa.
if [ -z "$_PASSES_TO_LAYERS" ]; then
_PASSES_TO_LAYERS=$PASSES_TO_LAYERS
fi
if [ "$_PASSES_TO_LAYERS" != "$PASSES_TO_LAYERS" ]; then
echo "ERROR: PASSES_TO_LAYERS has changed from $_PASSES_TO_LAYERS to $PASSES_TO_LAYERS between 2 API calls. Please set it first."
exit 1
fi
}
_check_layers_only_API () {
# Check if a function is designed only for layered mode
# $1 name of the function
if [ "$PASSES_TO_LAYERS" != "true" ]; then
echo "$1 should only be used in layered mode, with PASSES_TO_LAYERS set to true"
exit 1
fi
}
_register_pass () {
# In layer mode, record a pass into the list of passes
# $1 Name of the pass
[ "$PASSES_TO_LAYERS" != "true" ] && return
PASSES="$PASSES $1"
}
add_pass ()
{
local pass="$1"
_check_immutable_passes_to_layers
_register_pass "$pass"
}
add_task ()
{
local pass="$1"
shift
local file pkg_file snap_file task
_check_immutable_passes_to_layers
_register_pass "$pass"
if [ ! -e config/germinate-output/structure ]; then
echo "add_task too soon" >&2
exit 1
fi
pkg_file="config/package-lists/livecd-rootfs.list.chroot_$pass"
if [ $PASSES_TO_LAYERS = "true" ]; then
snap_file="config/package-lists/livecd-rootfs.snaplist.chroot_$pass.full"
else
snap_file="config/seeded-snaps"
fi
for task; do
./config/expand-task config/germinate-output $FLAVOUR $task packages >> "$pkg_file"
./config/expand-task config/germinate-output $FLAVOUR $task snaps >> "$snap_file"
done
for file in $pkg_file $snap_file; do
if [ -s $file ]; then
sort -u -o $file $file
else
rm -f $file
fi
done
}
add_package ()
{
# Adds a pass named pass_name composed of packages to install
# $1 pass
# $@ list of packages
local pass="$1"
shift
local pkg
_check_immutable_passes_to_layers
_register_pass "$pass"
for pkg; do
echo "$pkg" >> "config/package-lists/livecd-rootfs.list.chroot_$pass"
done
}
remove_package ()
{
# Adds a pass named pass_name composed of packages to remove
# $1 pass
# $@ list of packages
local pass="$1"
shift
local pkg
_check_immutable_passes_to_layers
_check_layers_only_API "remove_package"
_register_pass "$pass"
for pkg; do
echo "$pkg" >> "config/package-lists/livecd-rootfs.removal-list.chroot_$pass"
done
}
add_snap ()
{
# Adds a pass named pass_name composed of snaps to install
# $1 pass
# $@ list of snaps
local pass="$1"
shift
local pkg
_check_immutable_passes_to_layers
_register_pass "$pass"
local channel=""
if [ -n "$CHANNEL" ] ; then
channel="=$CHANNEL"
fi
for pkg; do
echo "$pkg$channel" >> "config/package-lists/livecd-rootfs.snaplist.chroot_$pass.full"
done
}
get_seeded_languages () {
# We assume any seed name of the form ${no_lang_seed}-${foo} where
# ${foo} is only two or three characters long is a default language
# seed.
langs=''
for no_lang_seed in "$@"; do
seed_regex="${no_lang_seed}"'-[^-.]{2,3}$'
for seed in $(ls config/germinate-output | grep -E "${seed_regex}"); do
lang=$(echo "${seed}" | grep -oE '[^-.]{2,3}$')
langs="$langs $lang"
done
done
echo $langs | tr ' ' '\n' | sort -u | tr '\n' ' '
}
derive_language_layers () {
# create special layers for each default language
#
# $1 base pass
# $2 base seed (without any languages)
# $3 default language seed
# $4 space separated list of default languages
# e.g.:
# derive_language_layers minimal desktop-minimal desktop-minimal-default-languages
# derive_language_layers minimal.standard desktop desktop-default-languages
#
# The way this works is perhaps a little counterintuitive.
#
# The first goal here is that the installed system should contain
# language support for the language the user selected. One way to do
# this using layers would be to have a layer that contained no
# language support and a derived layer for each (default) language. So
# something like:
#
# filesystem.squashfs (contains no language support)
# filesystem.en.squashfs (contains English language support)
# filesystem.fr.squashfs (contains French language support)
# ...
#
# Then if the user selects French as their language, we just copy
# filesystem.fr.squashfs to the target system.
#
# But we want the live session to support these languages too and
# simply adding all the language support to the live layer would mean
# we'd have the each language's support files on the ISO twice (once
# in filesystem.$LANG.squashfs and once in filesystem.live.squashfs).
#
# So what is done instead is that we add support for all the default
# languages to the base layer and then create derived layers that
# _remove_ support for all languages but the desired language and
# because file removals are cheap to represent in overlays, this all
# ends up taking way less space, and filesystem.live.squashfs gets
# support for all languages from the base layer. We also create a
# layer than has support for all languages removed, which can be used
# for the base of an install for a non-default language.
local pass base_pass=$1 no_lang_seed=$2 def_lang_seed=$3 langs=$4
_check_immutable_passes_to_layers
_check_layers_only_API "derive_language_layers"
for lang in $langs; do
pass="${base_pass}.${lang}"
_register_pass ${pass}
# Remove packages from the default language seed that are not
# in the language specific seed from the language specific layer.
# I find this expression helps a little to make this make sense:
# ((base) + (en fr de)) - ( (en fr de) - (fr)) == (base + fr)
# `layer will all langs' `def_lang_seed' `lang' `what we want to install'
subtract_package_lists ${def_lang_seed} ${no_lang_seed}-${lang} >> config/package-lists/livecd-rootfs.removal-list.chroot_$pass
done
no_lang_pass=$base_pass.no-languages
_register_pass ${no_lang_pass}
# Remove all packages from the default language seed that are not in
# the no_lang_seed from the no-languages layer.
subtract_package_lists ${def_lang_seed} ${no_lang_seed} >> config/package-lists/livecd-rootfs.removal-list.chroot_${no_lang_pass}
}
add_chroot_hook ()
{
CHROOT_HOOKS="${CHROOT_HOOKS:+$CHROOT_HOOKS }$1"
}
add_binary_hook ()
{
BINARY_HOOKS="${BINARY_HOOKS:+$BINARY_HOOKS }$1"
}
_sanitize_passes ()
{
# Returns an uniquely ordered list of passes and ensure dependency tree is coherent
# $1 list of passes
local passes="$1"
[ -z "$passes" ] && return
passes=$(echo $passes | tr ' ' '\n' | sort -u)
for pass in $passes; do
parent=$(get_parent_pass $pass)
# if root pass, no parent to find
[ -z "$parent" ] && continue
if [ $(echo "$passes"|grep -cE "^$parent\$") -ne 1 ]; then
echo "ERROR: '$parent' is required by '$pass' but is missing. Registered passes are:\n$passes" >&2
exit 1
fi
done
# return the list of passes
echo $passes
}
_get_live_passes ()
{
# Returns a list of all passes that ends with .live for automated live passes detection
# $1 list of passes
local passes="$1"
local livepasses=""
[ -z "$passes" ] && return
for pass in $passes; do
if echo $pass | grep -Eq '\.live$'; then
livepasses="$pass $livepasses"
fi
done
echo $livepasses
}
if [ -z "${IMAGEFORMAT:-}" ]; then
case $PROJECT:${SUBPROJECT:-} in
ubuntu-cpc:*|ubuntu:desktop-preinstalled|ubuntu-wsl:*)
case $ARCH+${SUBARCH:-} in
*+raspi)
# All raspi images use ubuntu-image.
IMAGEFORMAT=ubuntu-image
;;
arm64+tegra|arm64+tegra-igx)
# Pre-installed Tegra images use
# ubuntu-image
IMAGEFORMAT=ubuntu-image
;;
*)
IMAGEFORMAT=ext4
;;
esac
;;
ubuntu-server:live|ubuntu-mini-iso:)
IMAGEFORMAT=plain
;;
esac
fi
# Configure preinstalled ubuntu-cpc images with included password
# one also must request disk1-img-xz image format
if [ "$IMAGEFORMAT" = "ext4" ] && [ "$PROJECT" = "ubuntu-cpc" ]; then
case $ARCH:$SUBARCH in
armhf:raspi2 | \
riscv64:icicle | \
riscv64:nezha | \
riscv64:licheerv | \
riscv64:sifive_* | \
riscv64:visionfive | \
riscv64:visionfive2 | \
*:generic)
IMAGE_HAS_HARDCODED_PASSWORD=1
if [ -z "${IMAGE_TARGETS:-}" ]; then
export IMAGE_TARGETS="disk-image-non-cloud"
fi
;;
esac
fi
skip_lb_stage() {
STAGE="$1"
mkdir -p .build
touch ".build/$STAGE"
}
case $IMAGEFORMAT in
ext2|ext3|ext4)
OPTS="${OPTS:+$OPTS }--initramfs none --chroot-filesystem $IMAGEFORMAT"
PREINSTALLED=true
;;
plain)
case $PROJECT:${SUBPROJECT:-} in
ubuntu-server:live)
touch config/universe-enabled
;;
ubuntu-mini-iso:)
;;
*)
PREINSTALLED=true
;;
esac
OPTS="${OPTS:+$OPTS }--initramfs none --chroot-filesystem $IMAGEFORMAT"
;;
ubuntu-image)
UBUNTU_IMAGE_ARGS=""
case "$ARCH+${SUBARCH:-}" in
amd64+intel-iot)
MODEL=intel-iot ;;
amd64+*)
MODEL=pc-amd64 ;;
arm64+snapdragon)
MODEL=dragonboard ;;
armhf+raspi)
MODEL=pi ;;
armhf+raspi2)
MODEL=pi2 ;;
armhf+raspi3)
MODEL=pi3 ;;
arm64+raspi)
MODEL=pi-arm64 ;;
arm64+raspi3)
MODEL=pi3-arm64 ;;
armhf+cm3)
MODEL=cm3 ;;
arm64+tegra)
MODEL=tegra ;;
arm64+tegra-igx)
MODEL=tegra-igx ;;
arm64+*)
MODEL=pc-arm64 ;;
*)
echo "Model $ARCH+${SUBARCH:-} unknown to livecd-rootfs" >&2
exit 1
;;
esac
# If we have a datestamp coming from cdimage, use that to populate
# .disk/info on the target image
if [ -n "$NOW" ]; then
echo "$NOW" > config/disk-info
UBUNTU_IMAGE_ARGS="$UBUNTU_IMAGE_ARGS --disk-info config/disk-info"
fi
if [ $PROJECT = "ubuntu-core" ]; then
# snap-based core images
CHANNEL="${CHANNEL:-edge}"
case $MODEL in
pc-amd64|pc-arm64)
if [ -z "${SUBARCH:-}" ]; then
# This is to make sure there's enough writable space
UBUNTU_IMAGE_ARGS="$UBUNTU_IMAGE_ARGS --image-size 3700M"
fi
;;
*) ;;
esac
case $SUITE in
xenial)
# Ubuntu Core 16
UBUNTU_IMAGE_ARGS="$UBUNTU_IMAGE_ARGS -c $CHANNEL"
;;
bionic)
# Ubuntu Core 18
MODEL="ubuntu-core-18-${MODEL#pc-}"
UBUNTU_IMAGE_ARGS="$UBUNTU_IMAGE_ARGS -c $CHANNEL"
;;
*)
if [ "$SUITE" = "focal" ]; then
CORE_MAJOR=20
else
CORE_MAJOR=22
fi
if [ "${MODEL}" = "pi" ]; then
MODEL=pi-armhf
fi
# Ubuntu Core 2x
# Currently uc2x assertions do not support global
# channel overrides, instead we have per-channel models
case $CHANNEL in
stable)
MODEL="ubuntu-core-${CORE_MAJOR}-${MODEL#pc-}"
;;
candidate|beta|edge|dangerous)
MODEL="ubuntu-core-${CORE_MAJOR}-${MODEL#pc-}-${CHANNEL}"
;;
dangerous-*)
# That being said, the dangerous grade *does*
# support channel overrides, so we can use the
# dangerous model assertion and override the channel
# freely.
MODEL="ubuntu-core-${CORE_MAJOR}-${MODEL#pc-}-dangerous"
CHANNEL=${CHANNEL#dangerous-}
UBUNTU_IMAGE_ARGS="$UBUNTU_IMAGE_ARGS -c $CHANNEL"
;;
*)
echo "Unknown CHANNEL ${CHANNEL} specification for ${SUITE}"
exit 1
;;
esac
;;
esac
case "$ARCH+${SUBARCH:-}" in
amd64+kassel)
EXTRA_SNAPS="$EXTRA_SNAPS core bluez alsa-utils"
;;
*) ;;
esac
for snap in $EXTRA_SNAPS; do
UBUNTU_IMAGE_ARGS="$UBUNTU_IMAGE_ARGS --extra-snaps $snap"
done
echo "IMAGEFORMAT=$IMAGEFORMAT" >> config/common
echo "UBUNTU_IMAGE_ARGS=\"$UBUNTU_IMAGE_ARGS\"" >> config/common
# Store model assertion in top dir to get it picked up later as a build artifact
env SNAPPY_STORE_NO_CDN=1 snap known --remote model series=16 model="$MODEL" brand-id=canonical > "$PREFIX".model-assertion
echo "Configured ubuntu-image for the following model assertion:"
cat "$PREFIX".model-assertion
echo "----------------------------------------------------------"
else
# classic images
IMAGE_PROJECT=$PROJECT
[ "$IMAGE_PROJECT" = "ubuntu-cpc" ] && IMAGE_PROJECT="ubuntu-server"
LB_UBUNTU_IMAGES_REPO="${LB_UBUNTU_IMAGES_REPO:-git://git.launchpad.net/ubuntu-images}"
LB_UBUNTU_IMAGES_BRANCH="${LB_UBUNTU_IMAGES_BRANCH:-$SUITE}"
git clone "$LB_UBUNTU_IMAGES_REPO" -b "$LB_UBUNTU_IMAGES_BRANCH" image-definitions
IMAGE_DEFINITION="image-definitions/$IMAGE_PROJECT-$MODEL.yaml"
echo "IMAGE_DEFINITION=$IMAGE_DEFINITION" >> config/common
echo "Configured ubuntu-image to use image definition file $IMAGE_DEFINITION which has the following contents:"
cat "$IMAGE_DEFINITION"
echo "----------------------------------------------------------"
fi
# Save the model name used for building, mostly for any model-specific hook execution
echo "MODEL=$MODEL" >> config/common
echo "IMAGEFORMAT=$IMAGEFORMAT" >> config/common
# Fake finished configuration for lb build
mkdir -p .build
touch .build/config
exit 0
;;
none)
# Currently the IMAGEFORMAT none format is used only for ubuntu-image
# targeted image builds which, currently, only target physical devices.
OPTS="${OPTS:+$OPTS }--chroot-filesystem $IMAGEFORMAT"
PREINSTALLED=true
;;
*)
case $PROJECT in
ubuntu-server)
;;
ubuntu-wsl)
;;
ubuntu|ubuntu-budgie)
if [ "$SUBPROJECT" = "legacy" ]; then
add_package live casper
fi
;;
ubuntu-oem)
;;
*)
add_package live casper
;;
esac
;;
esac
if [ "$PREINSTALLED" = "true" ]; then
# Touch a random file that we can refer back to during build,
# cause that's wildly hackish
touch config/universe-enabled
case $PROJECT in
kubuntu*)
add_package live oem-config-kde ubiquity-frontend-kde
add_package live ubiquity-slideshow-kubuntu
;;
lubuntu*)
add_package live oem-config-gtk ubiquity-frontend-gtk
add_package live ubiquity-slideshow-lubuntu
;;
xubuntu*)
add_package live oem-config-gtk ubiquity-frontend-gtk
add_package live ubiquity-slideshow-xubuntu
;;
ubuntu-mate)
add_package live oem-config-gtk ubiquity-frontend-gtk
add_package live ubiquity-slideshow-ubuntu-mate
;;
ubuntu-unity)
add_package live oem-config-gtk ubiquity-frontend-gtk
add_package live ubiquity-slideshow-ubuntu
;;
ubuntu-server)
add_package live oem-config-debconf ubiquity-frontend-debconf
;;
ubuntu-base|ubuntu-oci|ubuntu-cpc|ubuntu-wsl|ubuntu-mini-iso)
;;
ubuntu)
add_package live oem-config-gtk ubiquity-frontend-gtk
add_package live ubiquity-slideshow-ubuntu
if [ "$SUBPROJECT" = "desktop-preinstalled" ]; then
add_package live language-pack-en-base oem-config-slideshow-ubuntu
fi
;;
*)
add_package live oem-config-gtk ubiquity-frontend-gtk
add_package live ubiquity-slideshow-ubuntu
;;
esac
fi
case $BINARYFORMAT in
iso*|usb*)
BINARY_IMAGES="$BINARYFORMAT"
MEMTEST=memtest86+
BOOTLOADER=syslinux
OPTS="${OPTS:+$OPTS }--zsync=false"
;;
esac
if [ "${SUBPROJECT:-}" = minimized ]; then
OPTS="${OPTS:+$OPTS }--bootstrap-flavour=minimal --linux-packages=linux-image"
fi
mkdir -p config/germinate-output
case $PROJECT in
edubuntu*)
FLAVOUR=edubuntu
;;
kubuntu*)
FLAVOUR=kubuntu
;;
xubuntu*)
FLAVOUR=xubuntu
;;
ubuntu-mate*)
FLAVOUR=ubuntu-mate
;;
ubuntu-unity*)
FLAVOUR=ubuntu-unity
;;
lubuntu*)
FLAVOUR=lubuntu
;;
ubuntu-budgie*)
FLAVOUR=ubuntu-budgie
;;
ubuntukylin*)
FLAVOUR=ubuntukylin
;;
ubuntustudio*)
FLAVOUR=ubuntustudio
;;
ubuntucinnamon*)
FLAVOUR=ubuntucinnamon
;;
*)
FLAVOUR=ubuntu
;;
esac
case $PROJECT in
ubuntu-server|ubuntu-mini-iso)
COMPONENTS='main'
;;
edubuntu|kubuntu|ubuntu-budgie|ubuntu-gnome|ubuntucinnamon|ubuntukylin)
COMPONENTS='main restricted universe'
;;
lubuntu|ubuntu-mate|ubuntu-unity|ubuntustudio-dvd|xubuntu)
COMPONENTS='main restricted universe multiverse'
;;
esac
case $SUBPROJECT in
buildd)
COMPONENTS='main restricted universe multiverse'
;;
esac
if ! [ -e config/germinate-output/structure ]; then
echo "Running germinate..."
if [ -n "$COMPONENTS" ]; then
GERMINATE_ARG="-c $(echo $COMPONENTS | sed -e's/ \+/,/g')"
fi
(cd config/germinate-output && germinate --no-rdepends --no-installer \
-S $SEEDMIRROR -m $MIRROR -d $SUITE -s $FLAVOUR.$SUITE \
$GERMINATE_ARG -a $ARCH)
fi
case $PROJECT in
ubuntu)
case ${SUBPROJECT:-} in
legacy)
LIVE_TASK='ubuntu-live'
add_task install minimal standard ubuntu-desktop
add_task live ubuntu-desktop-minimal-default-languages ubuntu-desktop-default-languages
KERNEL_FLAVOURS='generic-hwe-22.04'
if [ "$SUBARCH" = "intel-iot" ]; then
KERNEL_FLAVOURS='intel-iotg'
fi
;;
desktop-preinstalled)
add_task install minimal standard ubuntu-desktop
case $SUBARCH in
raspi)
add_task install ubuntu-desktop-raspi
# XXX: Are those actually needed? I see we use those for ubuntu-cpc, which is the project
# for existing raspi preinstalled images
# XXX: I would prefer to use --hdd-label=desktop-rootfs like 040-hyperv-desktop-images.binary
OPTS="${OPTS:+$OPTS }--initramfs=none"
OPTS="${OPTS:+$OPTS }--system=normal"
OPTS="${OPTS:+$OPTS }--hdd-label=cloudimg-rootfs"
OPTS="${OPTS:+$OPTS }--ext-resize-blocks=536870912 --ext-block-size=4096"
OPTS="${OPTS:+$OPTS }--ext-fudge-factor=15"
;;
intel-iot)
KERNEL_FLAVOURS='intel-iotg'
OPTS="${OPTS:+$OPTS }--initramfs=none"
OPTS="${OPTS:+$OPTS }--system=normal"
OPTS="${OPTS:+$OPTS }--hdd-label=cloudimg-rootfs"
OPTS="${OPTS:+$OPTS }--ext-resize-blocks=536870912 --ext-block-size=4096"
OPTS="${OPTS:+$OPTS }--ext-fudge-factor=15"
;;
*)
## Otherwise HYPERV image options.... *crickets* see the hyperv hook
;;
esac
;;
*)
touch config/universe-enabled
PASSES_TO_LAYERS="true"
KERNEL_FLAVOURS='generic-hwe-22.04'
# the standard layer, contains all base common packages for later layers
add_task standard minimal standard ubuntu-desktop ubuntu-desktop-default-languages
add_package standard cloud-init
# the live layer, contains all packages for the live session installer
add_task standard.live ubuntu-live
remove_package standard.live ubiquity-frontend-gtk
add_snap standard.live ubuntu-desktop-installer/classic
# the enhanced-secureboot layer, contains all packages for the enhanced secureboot install
add_package standard.enhanced-secureboot cryptsetup boot-managed-by-snapd
# language support
seeded_langs="$(get_seeded_languages desktop)"
echo "$seeded_langs" | tr ' ' ',' > config/seeded-languages
derive_language_layers standard desktop desktop-default-languages "$seeded_langs"
derive_language_layers standard.enhanced-secureboot desktop desktop-default-languages "$seeded_langs"
# now let's create the neccessary catalog files
cat <<-EOF > config/standard.catalog-in.yaml
name: "Ubuntu Desktop"
description: >-
A full featured Ubuntu Desktop.
id: ubuntu-desktop
type: fsimage-layered
variant: desktop
locale_support: langpack
default: yes
variations:
standard:
path: standard.squashfs
EOF
cat <<-EOF > config/standard.enhanced-secureboot.catalog-in.yaml
id: ubuntu-desktop
variations:
enhanced-secureboot:
path: standard.enhanced-secureboot.squashfs
snapd_system_label: enhanced-secureboot-desktop
EOF
/usr/share/livecd-rootfs/checkout-translations-branch \
https://git.launchpad.net/subiquity po config/catalog-translations
;;
esac
;;
ubuntu-oem)
touch config/universe-enabled
PASSES_TO_LAYERS="true"
#KERNEL_FLAVOURS='oem-22.04'
KERNEL_FLAVOURS='generic-hwe-22.04'
add_task standard minimal standard ubuntu-desktop ubuntu-desktop-default-languages
add_task standard.live ubuntu-live
add_package standard cloud-init
remove_package standard.live ubiquity-frontend-gtk
add_snap standard.live ubuntu-desktop-installer/classic
cat <<-EOF > config/standard.catalog-in.yaml
name: "Ubuntu Desktop for OEM"
description: >-
Ubuntu Desktop for OEM preinstallation.
id: ubuntu-desktop-oem
type: fsimage-layered
variant: desktop
locale_support: none
default: yes
EOF
;;
kubuntu)
add_task install minimal standard
add_task install kubuntu-desktop
LIVE_TASK='kubuntu-live'
add_chroot_hook remove-gnome-icon-cache
;;
edubuntu)
add_task install minimal standard edubuntu-desktop-gnome
LIVE_TASK='edubuntu-live'
;;
lubuntu|ubuntu-gnome|ubuntu-unity|ubuntucinnamon|ubuntukylin)
add_task install minimal standard ${PROJECT}-desktop
LIVE_TASK=${PROJECT}-live
;;
xubuntu)
case ${SUBPROJECT:-} in
minimal)
add_task install minimal standard xubuntu-minimal
;;
*)
add_task install minimal standard xubuntu-desktop
;;
esac
LIVE_TASK='xubuntu-live'
;;
ubuntu-budgie)
case ${SUBPROJECT:-} in
legacy)
add_task install minimal standard ubuntu-budgie-desktop
LIVE_TASK='ubuntu-budgie-live'
;;
*)
# By default Ubuntu Budgie now ships the new installer.
PASSES_TO_LAYERS="true"
KERNEL_FLAVOURS='generic-hwe-22.04'
add_task minimal minimal standard ubuntu-budgie-desktop-minimal ubuntu-budgie-desktop-minimal-default-languages
add_task minimal.standard ubuntu-budgie-desktop ubuntu-budgie-desktop-default-languages
add_task minimal.standard.live ubuntu-budgie-live
add_package minimal cloud-init
remove_package minimal.standard.live ubiquity-frontend-gtk
add_snap minimal.standard.live ubuntu-budgie-installer/classic
seeded_langs="$(get_seeded_languages budgie-desktop-minimal budgie-desktop)"
echo "$seeded_langs" | tr ' ' ',' > config/seeded-languages
derive_language_layers minimal budgie-desktop-minimal budgie-desktop-minimal-default-languages "$seeded_langs"
derive_language_layers minimal.standard budgie-desktop budgie-desktop-default-languages "$seeded_langs"
cat <<-EOF > config/minimal.catalog-in.yaml
name: "Ubuntu Budgie Desktop (minimized)"
description: >-
A minimal but usable Ubuntu Budgie Desktop.
id: ubuntu-budgie-desktop-minimal
type: fsimage-layered
variant: desktop
locale_support: langpack
EOF
cat <<-EOF > config/minimal.standard.catalog-in.yaml
name: "Ubuntu Budgie Desktop"
description: >-
A full featured Ubuntu Budgie Desktop.
id: ubuntu-budgie-desktop
type: fsimage-layered
variant: desktop
locale_support: langpack
default: yes
EOF
/usr/share/livecd-rootfs/checkout-translations-branch \
https://git.launchpad.net/subiquity po config/catalog-translations
;;
esac
;;
ubuntu-mate)
add_task install minimal standard ubuntu-mate-core ubuntu-mate-desktop
LIVE_TASK='ubuntu-mate-live'
;;
ubuntustudio-dvd)
add_task install minimal standard ubuntustudio-desktop ubuntustudio-audio ubuntustudio-graphics ubuntustudio-video ubuntustudio-photography
KERNEL_FLAVOURS=lowlatency
;;
ubuntu-server)
case ${SUBPROJECT:-} in
live)
OPTS="${OPTS:+$OPTS }--bootstrap-flavour=minimal"
PASSES_TO_LAYERS=true
add_task ubuntu-server-minimal server-minimal
add_package ubuntu-server-minimal lxd-installer
add_task ubuntu-server-minimal.ubuntu-server minimal standard server
add_package ubuntu-server-minimal.ubuntu-server cloud-init
add_package ubuntu-server-minimal.ubuntu-server.installer linux-firmware casper openssh-server
add_snap ubuntu-server-minimal.ubuntu-server.installer subiquity/classic
if [ $ARCH = s390x ]; then
add_package ubuntu-server-minimal.ubuntu-server.installer s390-tools-zkey
fi
# Live server ISOs for LTS point releases past .2 offer both
# the GA and HWE kernels (in separate layers) so this code is
# written generically to support both even though a lot of the
# time only one kernel is offered.
case ${SUBARCH:-} in
intel-iot)
variants='intel'
;;
tegra)
variants='tegra'
;;
tegra-igx)
variants='tegra-igx'
;;
*)
# variants='ga hwe'
variants='ga'
;;
esac
for variant in $variants; do
if [ "$variant" = "ga" ]; then
kernel_metapkg=linux-generic
flavor=generic
elif [ "$variant" = "hwe" ]; then
kernel_metapkg=linux-generic-hwe-$(lsb_release -sr)
flavor=generic-hwe
elif [ "$variant" = "intel" ]; then
kernel_metapkg=linux-intel-iotg
flavor=intel-iotg
elif [ "$variant" = "tegra" ]; then
kernel_metapkg=linux-nvidia-tegra
flavor=nvidia-tegra
elif [ "$variant" = "tegra-igx" ]; then
kernel_metapkg=linux-nvidia-tegra-igx
flavor=nvidia-tegra-igx
else
echo "bogus variant: $variant"
exit 1
fi
add_package ubuntu-server-minimal.ubuntu-server.installer.$flavor $kernel_metapkg
LIVE_PASSES="${LIVE_PASSES:+$LIVE_PASSES }ubuntu-server-minimal.ubuntu-server.installer.$flavor"
done
case $ARCH in
amd64)
add_package ubuntu-server-minimal.ubuntu-server.installer.generic.netboot grub-pc shim-signed pxelinux
;;
arm64)
add_package ubuntu-server-minimal.ubuntu-server.installer.generic.netboot shim-signed
;;
*)
add_package ubuntu-server-minimal.ubuntu-server.installer.generic.netboot
;;
esac
NO_SQUASHFS_PASSES=ubuntu-server-minimal.ubuntu-server.installer.generic.netboot
/usr/share/livecd-rootfs/checkout-translations-branch \
https://git.launchpad.net/subiquity po config/catalog-translations
;;
*)
echo "unrecognized subproject for server: '$SUBPROJECT'"
exit 1
;;
esac
PREINSTALL_POOL_SEEDS='server-ship'
;;
ubuntu-mini-iso)
OPTS="${OPTS:+$OPTS }--bootstrap-flavour=minimal"
OPTS="${OPTS:+$OPTS }--linux-packages=none --initramfs=none"
KERNEL_FLAVOURS=none
BINARY_REMOVE_LINUX=false
add_package install mini-iso-tools openssl ca-certificates isc-dhcp-client linux-generic
case $ARCH in
amd64)
add_package install cd-boot-images-amd64
;;
*)
echo "unexpected architecture for $PROJECT: '$ARCH'"
exit 1
;;
esac
;;
ubuntu-base|ubuntu-oci)
OPTS="${OPTS:+$OPTS }--bootstrap-flavour=minimal"
;;
ubuntu-wsl)
add_task install minimal ubuntu-wsl
OPTS="${OPTS:+$OPTS }--linux-packages=none --initramfs=none"
KERNEL_FLAVOURS=none
BINARY_REMOVE_LINUX=false
;;
ubuntu-cpc)
KERNEL_FLAVOURS=virtual
if [ "${SUBPROJECT:-}" = minimized ]; then
# For minimized images we do not want to install any recommended packages.
# We can do this by setting APT::Install-Recommends to false in apt config
# or by passing --no-install-recommends to apt-get install.
# Apt config is set using `APT_OPTIONS` variable in this script.
# This fixes LP: #2031640
#
# We're also installing python3-systemd for now because it's needed by
# ubuntu-advantage-tools. This will eventually be dropped in the next
# release of u-a-t. This is being discussed and tracked at
# https://github.com/canonical/ubuntu-pro-client/issues/2692.
# Once python3-systemd is dropped from u-a-t, we can remove it
# from here, too.
APT_OPTIONS="${APT_OPTIONS:+$APT_OPTIONS }--no-install-recommends"
add_package install ubuntu-cloud-minimal python3-systemd
else
add_task install minimal standard cloud-image
add_package install ubuntu-minimal
case $ARCH in
armhf|arm64|ppc64el|powerpc)
add_task install server
;;
esac
fi
BINARY_REMOVE_LINUX=false
OPTS="${OPTS:+$OPTS }--initramfs=none"
case "$ARCH+${SUBARCH:-}" in
*+raspi)
add_task install ubuntu-server-raspi
;;
armhf*)
add_package install flash-kernel
;;
arm64*)
add_package install flash-kernel
if [ "${SUBARCH:-}" = "generic" ]; then
KERNEL_FLAVOURS=generic
fi
;;
amd64*)
if [ "${SUBARCH:-}" = "generic" ]; then
KERNEL_FLAVOURS=generic
elif [ "${SUBARCH:-}" = "intel-iot" ]; then
KERNEL_FLAVOURS=intel-iotg
OPTS="${OPTS:+$OPTS }--initramfs=none"
fi
;;
riscv64*)
if [ -n "$SUBARCH" ]; then
case "${SUBARCH:-}" in
nezha|licheerv)
KERNEL_FLAVOURS=allwinner
;;
visionfive)
KERNEL_FLAVOURS=starfive
;;
*)
KERNEL_FLAVOURS=generic
;;
esac
fi
;;
esac
OPTS="${OPTS:+$OPTS }--system=normal"
OPTS="${OPTS:+$OPTS }--hdd-label=cloudimg-rootfs"
OPTS="${OPTS:+$OPTS }--ext-resize-blocks=536870912 --ext-block-size=4096"
OPTS="${OPTS:+$OPTS }--ext-fudge-factor=15"
;;
*)
echo "unknown project $PROJECT" >&2
exit 2
;;
esac
case $SUBPROJECT in
buildd)
OPTS="${OPTS:+$OPTS }--archive-areas main"
OPTS="${OPTS:+$OPTS }--apt-recommends false"
OPTS="${OPTS:+$OPTS }--apt-secure false"
OPTS="${OPTS:+$OPTS }--parent-mirror-binary ${MIRROR}"
# XXX cjwatson 2018-04-27: We need to work out how to make
# this conditional so that we can do things like building
# buildd chroots with -updates. This probably involves
# either extending the PROPOSED hack or fixing the strange
# way that SUITE is in fact a series; in either case it's
# likely to involve work both here and in launchpad-buildd.
OPTS="${OPTS:+$OPTS }--security false --volatile false"
add_package install adduser
add_package install pkgbinarymangler
add_package install ca-certificates
add_package install gpg
add_package install gpg-agent
add_package install fakeroot
add_package install build-essential
# Needed for LXD-based builds.
add_package install init
# Not strictly build-essential, but traditionally present
# and a variety of things fail without it.
add_package install tzdata
cp -af /usr/share/livecd-rootfs/live-build/make-lxd-metadata.py config/make-lxd-metadata
;;
esac
# we'll expand the base seed given here according to the STRUCTURE file, and
# then look in all of the seeds found to see which snaps are seeded
case $PROJECT:${SUBPROJECT:-} in
ubuntu-wsl:*)
BASE_SEED='wsl'
;;
ubuntu-cpc:*)
# we don't preseed any snaps in minimized images, so no need to set
# BASE_SEED in that case.
if [ "${SUBPROJECT:-}" != minimized ]; then
BASE_SEED='server'
fi
;;
ubuntu-server:live)
BASE_SEED='server'
;;
ubuntu-base:*|ubuntu-core:*|ubuntu-mini-iso:|ubuntu-oci:*|\
xubuntu:minimal)
;;
edubuntu:*)
BASE_SEED='desktop-gnome'
;;
*)
BASE_SEED='desktop'
;;
esac
if [ "$PROJECT:${SUBPROJECT:-}" = ubuntu-cpc:minimized ]; then
# We install a lxc script that installs the snap when invoked and
# don't want any other snaps.
if [ -s config/seeded-snaps ]; then
echo "Unexpected seeded snaps for ubuntu-cpc:minimized build:"
cat config/seeded-snaps
exit 1
fi
# Create an empty file to trigger initialization of assertions.
truncate --size 0 config/seeded-snaps
fi
# grab a list of packags to remove for a "minimal" installation from the seed
# mirror for this project
if [ -n "${BASE_SEED}" ] && [ -n "${BASE_SEED}" ]; then
minimal_packages_url=${SEEDMIRROR}/${SEED}/${BASE_SEED}.minimal-remove
echo -n "Checking ${minimal_packages_url} for a minimal installation list... "
minimal_packages_remove=$(wget -q -O- ${minimal_packages_url} | sed -e '/\s*#.*$/d' -e '/^\s*$/d')
if [ -n "${minimal_packages_remove}" ]; then
echo "${minimal_packages_remove}" > config/manifest-minimal-remove
echo "$(echo ${minimal_packages_remove} | tr '\n' ' ')"
else
echo "failed to retrieve, not including."
fi
fi
export APT_OPTIONS
if [ "$PREINSTALLED" != "true" ] && [ "$PASSES_TO_LAYERS" != "true" ] && [ "$LIVE_TASK" ]; then
add_task live "$LIVE_TASK"
fi
case $PROJECT in
*-dvd)
add_task live "$PROJECT-live"
;;
esac
case "$ARCH${SUBARCH:++$SUBARCH}" in
arm*+raspi)
# Common configuration for all Raspberry Pi image variants (server,
# desktop etc.)
KERNEL_FLAVOURS="$SUBARCH"
# Most Pi-specific package installation is handled via the seeds in the
# per-project/subproject cases above
add_package install linux-firmware-raspi pi-bluetooth u-boot-rpi u-boot-tools
BINARY_REMOVE_LINUX=false
;;
arm64+tegra|arm64+tegra-igx)
# Common configuration for all NVIDIA Tegra image variants
# (server, desktop etc.)
KERNEL_FLAVOURS="nvidia-$SUBARCH"
;;
riscv*+*)
if [ "${SUBARCH:-}" = "licheerv" ]; then
# The wifi driver of the licheerv is an out-of-tree driver packaged
# in universe for now, so to ease its installation for those without
# network, install its dependencies.
add_package install dkms
fi
# We'll add wpasupplicant to the seeds when we work on RISC-V seeds.
add_package install wpasupplicant
;;
esac
case $PROJECT:${SUBPROJECT:-} in
ubuntu-server:*|ubuntu-base:*|ubuntu-oci:*)
OPTS="${OPTS:+$OPTS }--linux-packages=none --initramfs=none"
KERNEL_FLAVOURS=none
BINARY_REMOVE_LINUX=false
;;
esac
add_chroot_hook update-apt-file-cache
add_chroot_hook update-apt-xapian-index
add_chroot_hook update-mlocate-database
add_chroot_hook remove-dbus-machine-id
add_chroot_hook remove-openssh-server-host-keys
add_chroot_hook remove-udev-persistent-rules
case $PROJECT in
# if any flavours want to strip .pyc files from their live images, add them here
_)
add_chroot_hook remove-python-py
;;
amd64)
KERNEL_FLAVOURS="${SUBARCH:-$KERNEL_FLAVOURS}"
case $SUBARCH in
intel-iot)
KERNEL_FLAVOURS='intel-iotg'
;;
esac
;;
esac
lb config noauto \
--mode ubuntu \
--distribution "$SUITE" \
--iso-preparer "livecd-rootfs" \
--bootstrap-keyring ubuntu-keyring \
--binary-images "$BINARY_IMAGES" \
--memtest "$MEMTEST" \
$SOURCE \
--build-with-chroot false \
${MIRROR:+--parent-mirror-bootstrap $MIRROR} \
${COMPONENTS:+--parent-archive-areas "$COMPONENTS"} \
--apt-source-archives false \
${KERNEL_FLAVOURS:+--linux-flavours "$KERNEL_FLAVOURS"} \
--initsystem none \
--bootloader "$BOOTLOADER" \
${INITRAMFS_COMPRESSION:+--initramfs-compression "$INITRAMFS_COMPRESSION"} \
--checksums none \
--cache false \
${BOOTAPPEND_LIVE:+--bootappend-live "$BOOTAPPEND_LIVE"} \
$OPTS \
"$@"
PASSES=$(_sanitize_passes "$PASSES")
LIVE_PASSES=${LIVE_PASSES:-$(_get_live_passes "$PASSES")}
if [ -n "$PASSES" ] && [ -z "$LIVE_PASSES" ]; then
echo "W: Multi-layered mode is enabled, but we didn't find any live pass." \
"Either set \$LIVE_PASSES or add a pass ending with '.live'."
fi
echo "LB_CHROOT_HOOKS=\"$CHROOT_HOOKS\"" >> config/chroot
echo "SUBPROJECT=\"${SUBPROJECT:-}\"" >> config/chroot
echo "LB_DISTRIBUTION=\"$SUITE\"" >> config/chroot
echo "IMAGEFORMAT=\"$IMAGEFORMAT\"" >> config/chroot
if [ -n "$PASSES" ]; then
echo "PASSES=\"$PASSES\"" >> config/common
fi
if [ -n "$NO_SQUASHFS_PASSES" ]; then
echo "NO_SQUASHFS_PASSES=\"$NO_SQUASHFS_PASSES\"" >> config/common
fi
if [ -n "$LIVE_PASSES" ]; then
echo "LIVE_PASSES=\"$LIVE_PASSES\"" >> config/common
fi
echo "LB_BINARY_HOOKS=\"$BINARY_HOOKS\"" >> config/binary
echo "BUILDSTAMP=\"$NOW\"" >> config/binary
echo "SUBPROJECT=\"${SUBPROJECT:-}\"" >> config/binary
echo "LB_DISTRIBUTION=\"$SUITE\"" >> config/binary
echo "CHANNEL=\"${CHANNEL:-}\"" >> config/binary
if [ "${IMAGE_HAS_HARDCODED_PASSWORD:-}" = "1" ]; then
echo IMAGE_HAS_HARDCODED_PASSWORD=1 >> config/binary
if [ -n "${IMAGE_TARGETS:-}" ]; then
echo "IMAGE_TARGETS=\"${IMAGE_TARGETS:-}\"" >> config/binary
fi
fi
case $PROJECT in
ubuntu-cpc|ubuntu-core|ubuntu-base|ubuntu-oci|ubuntu-wsl|ubuntu-mini-iso)
# ubuntu-cpc gets this added in 025-create-groups.chroot, and we do
# not want this group in projects that are effectively just chroots
;;
*)
# We add the lxd group at image build time so that the default user
# created by the installer or cloud-init is added to it (cloud-init
# will create any group the user is configured to be added to, but as
# a normal group not a system group, see
# https://bugs.launchpad.net/cloud-images/+bug/1844498).
cat > config/hooks/100-add-lxd-group.chroot <<EOF
#!/bin/bash
echo "Adding lxd group..."
addgroup --system --quiet lxd
EOF
;;
esac
case $ARCH+$SUBARCH in
armhf+raspi2|armhf+raspi|arm64+raspi)
cat > config/hooks/01-firmware-directory.chroot_early <<EOF
#!/bin/sh -ex
mkdir -p /boot/firmware
EOF
cat > config/hooks/999-raspi2-fixes.chroot <<EOF
#!/bin/sh -ex
cat >> /etc/fstab << EOM
LABEL=system-boot /boot/firmware vfat defaults 0 1
EOM
cat > /boot/firmware/cmdline.txt << EOM
net.ifnames=0 dwc_otg.lpm_enable=0 console=ttyAMA0,115200 console=tty1 root=/dev/mmcblk0p2 rootfstype=ext4 elevator=deadline rootwait
EOM
cat > /boot/firmware/config.txt << EOM
# For more options and information see
# http://www.raspberrypi.org/documentation/configuration/config-txt.md
# Some settings may impact device functionality. See link above for details
kernel=uboot.bin
device_tree_address=0x02000000
# enable i2c
dtparam=i2c_arm=on
dtparam=spi=on
# uncomment if you get no picture on HDMI for a default "safe" mode
#hdmi_safe=1
# uncomment this if your display has a black border of unused pixels visible
# and your display can output without overscan
#disable_overscan=1
# uncomment the following to adjust overscan. Use positive numbers if console
# goes off screen, and negative if there is too much border
#overscan_left=16
#overscan_right=16
#overscan_top=16
#overscan_bottom=16
# uncomment to force a console size. By default it will be display's size minus
# overscan.
#framebuffer_width=1280
#framebuffer_height=720
# uncomment if hdmi display is not detected and composite is being output
#hdmi_force_hotplug=1
# uncomment to force a specific HDMI mode (this will force VGA)
#hdmi_group=1
#hdmi_mode=1
# uncomment to force a HDMI mode rather than DVI. This can make audio work in
# DMT (computer monitor) modes
#hdmi_drive=2
# uncomment to increase signal to HDMI, if you have interference, blanking, or
# no display
#config_hdmi_boost=4
# uncomment for composite PAL
#sdtv_mode=2
#uncomment to overclock the arm. 700 MHz is the default.
#arm_freq=800
EOM
EOF
;;
*)
;;
esac
if [ $PROJECT = ubuntu-server ] && [ "${SUBPROJECT:-}" != live ]; then
cat > config/hooks/100-remove-fstab.chroot <<EOF
#! /bin/sh
rm -f /etc/fstab
EOF
fi
if [ $PROJECT != ubuntu-cpc ]; then
cat > config/hooks/100-preserve-apt-prefs.chroot <<\EOF
#! /bin/sh -ex
# live-build "helpfully" removes /etc/apt/preferences.d/* so we put a
# copy somewhere it won't touch it.
if [ -n "$(ls -A /etc/apt/preferences.d)" ]; then
cp -a /etc/apt/preferences.d /etc/apt/preferences.d.save
fi
EOF
fi
if [ $PROJECT = ubuntukylin ]; then
cat > config/hooks/100-ubuntukylin.chroot <<EOF
#! /bin/sh
set -e
HOOK=/usr/share/ubuntukylin-default-settings/hooks/chroot
if [ -x \$HOOK ]; then
exec \$HOOK
fi
exit 0
EOF
fi
if $BINARY_REMOVE_LINUX; then
cat > config/binary_rootfs/excludes << EOF
boot/vmlinu?-*
boot/initrd.img-*
EOF
fi
if [ "$PROPOSED" ]; then
. config/bootstrap
cat > config/archives/proposed.list.chroot << EOF
deb $LB_PARENT_MIRROR_BINARY_VOLATILE $SUITE-proposed $LB_PARENT_ARCHIVE_AREAS
EOF
cp -a config/archives/proposed.list.chroot \
config/archives/proposed.list.binary
mkdir -p config/chroot_apt/
cat > config/chroot_apt/proposed.pref <<EOF
# override for NotAutomatic: yes
Package: *
Pin: release a=*-proposed
Pin-Priority: 500
EOF
fi
case $PROJECT:${SUBPROJECT:-} in
*-dvd:*)
. config/bootstrap
cat > config/archives/dvd.list.binary << EOF
deb $LB_PARENT_MIRROR_BINARY $SUITE universe multiverse
deb $LB_PARENT_MIRROR_BINARY_VOLATILE $SUITE-updates universe multiverse
deb $LB_PARENT_MIRROR_BINARY_SECURITY $SUITE-security universe multiverse
EOF
if [ "$PROPOSED" ]; then
cat >> config/archives/dvd.list.binary << EOF
deb $LB_PARENT_MIRROR_BINARY_VOLATILE $SUITE-proposed universe multiverse
EOF
fi
;;
ubuntu-cpc:*|ubuntu-server:live|ubuntu:desktop-preinstalled| \
ubuntu-wsl:*|ubuntu-mini-iso:*|ubuntu:|ubuntu-oem:*)
# Ensure that most things e.g. includes.chroot are copied as is
for entry in /usr/share/livecd-rootfs/live-build/${PROJECT}/*; do
case $entry in
*hooks*)
# But hooks are shared across the projects with symlinks
# dereference them
cp -afL $entry config/
;;
*)
# Most places want to preserve symlinks as is
cp -af $entry config/
;;
esac
done
if [ "$PROJECT" = "ubuntu-cpc" ] || [ "$PROJECT" = "ubuntu-oem" ] ; then
case ${IMAGE_TARGETS:-} in
"")
config/hooks.d/make-hooks --hooks-dir config/hooks all
;;
*)
config/hooks.d/make-hooks --hooks-dir config/hooks \
"$IMAGE_TARGETS"
;;
esac
fi
if [ "$IMAGEFORMAT" = none ]; then
rm -f config/hooks/*.binary*
fi
;;
esac
case $SUBPROJECT in
buildd)
cp -af /usr/share/livecd-rootfs/live-build/buildd/* config/
;;
esac
if [ "$EXTRA_PPAS" ]; then
rm -f config/archives/extra-ppas.list.chroot \
config/archives/extra-ppas.pref.chroot \
config/archives/extra-ppas.key.chroot
gpg_tmpdir="$(mktemp -d)"
run_gpg () {
gpg --no-default-keyring --no-options --homedir "$gpg_tmpdir" \
--secret-keyring "$gpg_tmpdir/secring.gpg" \
--keyserver hkp://keyserver.ubuntu.com:80/ \
"$@"
}
for extra_ppa in $EXTRA_PPAS; do
extra_ppa_pin=''
extra_ppa_origin=''
case $extra_ppa in
*:*)
extra_ppa_pin=${extra_ppa#*:}
extra_ppa=${extra_ppa%:*}
;;
esac
extra_ppa_fingerprint="$(/usr/share/livecd-rootfs/get-ppa-fingerprint "$extra_ppa")"
cat >> config/archives/extra-ppas.list.chroot <<EOF
deb http://ppa.launchpad.net/$extra_ppa/ubuntu @DISTRIBUTION@ main
deb-src http://ppa.launchpad.net/$extra_ppa/ubuntu @DISTRIBUTION@ main
EOF
if [ -n "$extra_ppa_pin" ]; then
extra_ppa_origin="LP-PPA-$(echo $extra_ppa | sed -e 's,/ppa$,,' -e 's,/,-,')"
echo "Package: *" >> config/archives/extra-ppas.pref.chroot
echo "Pin: release o=$extra_ppa_origin" >> config/archives/extra-ppas.pref.chroot
echo "Pin-Priority: $extra_ppa_pin" >> config/archives/extra-ppas.pref.chroot
echo "" >> config/archives/extra-ppas.pref.chroot
fi
run_gpg --keyring "$gpg_tmpdir/pubring.gpg" \
--recv "$extra_ppa_fingerprint"
run_gpg --keyring "$gpg_tmpdir/pubring.gpg" \
--output "$gpg_tmpdir/export.gpg" \
--export "$extra_ppa_fingerprint"
got_fingerprint="$(
run_gpg --keyring "$gpg_tmpdir/export.gpg" \
--fingerprint --batch --with-colons |
grep '^fpr:' | cut -d: -f10)"
if [ "$got_fingerprint" != "$extra_ppa_fingerprint" ]; then
echo "Fingerprints do not match. Got:" >&2
echo "$got_fingerprint" | sed 's/^/ /' >&2
echo "Expected:" >&2
echo " $extra_ppa_fingerprint" >&2
exit 1
fi
cat "$gpg_tmpdir/export.gpg" >> config/archives/extra-ppas.key.chroot
rm -f "$gpg_tmpdir/export.gpg"
done
rm -rf "$gpg_tmpdir"
cp -a config/archives/extra-ppas.list.chroot \
config/archives/extra-ppas.list.binary
cp -a config/archives/extra-ppas.key.chroot \
config/archives/extra-ppas.key.binary
if [ -f config/archives/extra-ppas.pref.chroot ]; then
cp -a config/archives/extra-ppas.pref.chroot \
config/archives/extra-ppas.pref.binary
fi
fi
if [ "$PREINSTALLED" = "true" ]; then
if [ -n "$PREINSTALL_POOL_SEEDS" ]; then
UNWANTED_SEEDS="${LIVE_TASK:+$LIVE_TASK }boot installer required"
for i in $UNWANTED_SEEDS; do
UNWANTED_SEEDS="${UNWANTED_SEEDS:+$UNWANTED_SEEDS }$(inheritance $i)"
done
for i in $PREINSTALL_POOL_SEEDS; do
PREINSTALL_POOL_SEEDS="${PREINSTALL_POOL_SEEDS:+$PREINSTALL_POOL_SEEDS }$(inheritance $i)"
done
for i in $PREINSTALL_POOL_SEEDS; do
case " $UNWANTED_SEEDS " in
*" $i "*)
;;
*)
PPS_EXP="${PPS_EXP:+$PPS_EXP }$i"
;;
esac
done
for i in $PPS_EXP; do
PREINSTALL_POOL="$PREINSTALL_POOL $(awk '{print $1}' \
config/germinate-output/$i | egrep -v '^-|^Package|^\|' | tr '\n' ' ')"
done
fi
if [ -n "$PREINSTALL_POOL" ]; then
mkdir -p config/gnupg
mkdir -p config/indices
for component in $COMPONENTS; do
(cd config/indices && \
wget $MIRROR/indices/override.$SUITE.$component && \
wget $MIRROR/indices/override.$SUITE.extra.$component \
)
done
cat > config/hooks/100-preinstall-pool.chroot <<EOF
#! /bin/sh
mkdir -p /var/lib/preinstalled-pool/pool/
cd /var/lib/preinstalled-pool/pool/
apt-get -y download $PREINSTALL_POOL
EOF
fi
fi