##// END OF EJS Templates
Added ENABLE_SPLITFS option to create distinct images for firmware and root partitions
Added ENABLE_SPLITFS option to create distinct images for firmware and root partitions

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rpi2-gen-image.sh
743 lines | 24.5 KiB | application/x-sh | BashLexer
#!/bin/sh
########################################################################
# rpi2-gen-image.sh ver2a 12/2015
#
# Advanced debian "jessie" bootstrap script for RPi2
#
# This program is free software; you can redistribute it and/or
# modify it under the terms of the GNU General Public License
# as published by the Free Software Foundation; either version 2
# of the License, or (at your option) any later version.
#
# some parts based on rpi2-build-image:
# Copyright (C) 2015 Ryan Finnie <ryan@finnie.org>
# Copyright (C) 2015 Luca Falavigna <dktrkranz@debian.org>
########################################################################
# Clean up all temporary mount points
cleanup (){
set +x
set +e
echo "removing temporary mount points ..."
umount -l $R/proc 2> /dev/null
umount -l $R/sys 2> /dev/null
umount -l $R/dev/pts 2> /dev/null
umount "$BUILDDIR/mount/boot/firmware" 2> /dev/null
umount "$BUILDDIR/mount" 2> /dev/null
losetup -d "$ROOT_LOOP" 2> /dev/null
losetup -d "$FRMW_LOOP" 2> /dev/null
trap - 0 1 2 3 6
}
# Exec command in chroot
chroot_exec() {
LANG=C LC_ALL=C chroot $R $*
}
set -e
set -x
# Debian release
RELEASE=${RELEASE:=jessie}
KERNEL=${KERNEL:=3.18.0-trunk-rpi2}
# Build settings
BASEDIR=./images/${RELEASE}
BUILDDIR=${BASEDIR}/build
# General settings
HOSTNAME=${HOSTNAME:=rpi2-${RELEASE}}
PASSWORD=${PASSWORD:=raspberry}
DEFLOCAL=${DEFLOCAL:="en_US.UTF-8"}
TIMEZONE=${TIMEZONE:="Europe/Berlin"}
XKBMODEL=${XKBMODEL:=""}
XKBLAYOUT=${XKBLAYOUT:=""}
XKBVARIANT=${XKBVARIANT:=""}
XKBOPTIONS=${XKBOPTIONS:=""}
EXPANDROOT=${EXPANDROOT:=true}
# Network settings
ENABLE_DHCP=${ENABLE_DHCP:=true}
# NET_* settings are ignored when ENABLE_DHCP=true
# NET_ADDRESS is an IPv4 or IPv6 address and its prefix, separated by "/"
NET_ADDRESS=${NET_ADDRESS:=""}
NET_GATEWAY=${NET_GATEWAY:=""}
NET_DNS_1=${NET_DNS_1:=""}
NET_DNS_2=${NET_DNS_2:=""}
NET_DNS_DOMAINS=${NET_DNS_DOMAINS:=""}
NET_NTP_1=${NET_NTP_1:=""}
NET_NTP_2=${NET_NTP_2:=""}
# APT settings
APT_PROXY=${APT_PROXY:=""}
APT_SERVER=${APT_SERVER:="ftp.debian.org"}
# Feature settings
ENABLE_CONSOLE=${ENABLE_CONSOLE:=true}
ENABLE_IPV6=${ENABLE_IPV6:=true}
ENABLE_SSHD=${ENABLE_SSHD:=true}
ENABLE_SOUND=${ENABLE_SOUND:=true}
ENABLE_DBUS=${ENABLE_DBUS:=true}
ENABLE_HWRANDOM=${ENABLE_HWRANDOM:=true}
ENABLE_MINGPU=${ENABLE_MINGPU:=false}
ENABLE_XORG=${ENABLE_XORG:=false}
ENABLE_WM=${ENABLE_WM:=""}
ENABLE_RSYSLOG=${ENABLE_RSYSLOG:=true}
ENABLE_USER=${ENABLE_USER:=true}
ENABLE_ROOT=${ENABLE_ROOT:=false}
ENABLE_ROOT_SSH=${ENABLE_ROOT_SSH:=false}
# Advanced settings
ENABLE_MINBASE=${ENABLE_MINBASE:=false}
ENABLE_UBOOT=${ENABLE_UBOOT:=false}
ENABLE_FBTURBO=${ENABLE_FBTURBO:=false}
ENABLE_HARDNET=${ENABLE_HARDNET:=false}
ENABLE_IPTABLES=${ENABLE_IPTABLES:=false}
ENABLE_SPLITFS=${ENABLE_SPLITFS:=false}
# Image chroot path
R=${BUILDDIR}/chroot
CHROOT_SCRIPTS=${CHROOT_SCRIPTS:=""}
# Packages required for bootstrapping
REQUIRED_PACKAGES="debootstrap debian-archive-keyring qemu-user-static binfmt-support dosfstools rsync bmap-tools whois git-core"
# Missing packages that need to be installed
MISSING_PACKAGES=""
# Packages required in the chroot build environment
APT_INCLUDES=${APT_INCLUDES:=""}
APT_INCLUDES="${APT_INCLUDES},apt-transport-https,ca-certificates,debian-archive-keyring,dialog,sudo"
set +x
# Are we running as root?
if [ "$(id -u)" -ne "0" ] ; then
echo "this script must be executed with root privileges"
exit 1
fi
# Check if all required packages are installed
for package in $REQUIRED_PACKAGES ; do
if [ "`dpkg-query -W -f='${Status}' $package`" != "install ok installed" ] ; then
MISSING_PACKAGES="$MISSING_PACKAGES $package"
fi
done
# Ask if missing packages should get installed right now
if [ -n "$MISSING_PACKAGES" ] ; then
echo "the following packages needed by this script are not installed:"
echo "$MISSING_PACKAGES"
echo -n "\ndo you want to install the missing packages right now? [y/n] "
read confirm
if [ "$confirm" != "y" ] ; then
exit 1
fi
fi
# Make sure all required packages are installed
apt-get -qq -y install ${REQUIRED_PACKAGES}
# Don't clobber an old build
if [ -e "$BUILDDIR" ]; then
echo "directory $BUILDDIR already exists, not proceeding"
exit 1
fi
set -x
# Call "cleanup" function on various signals and errors
trap cleanup 0 1 2 3 6
# Set up chroot directory
mkdir -p $R
# Add required packages for the minbase installation
if [ "$ENABLE_MINBASE" = true ] ; then
APT_INCLUDES="${APT_INCLUDES},vim-tiny,netbase,net-tools"
else
APT_INCLUDES="${APT_INCLUDES},locales,keyboard-configuration,console-setup"
fi
# Add parted package, required to get partprobe utility
if [ "$EXPANDROOT" = true ] ; then
APT_INCLUDES="${APT_INCLUDES},parted"
fi
# Add dbus package, recommended if using systemd
if [ "$ENABLE_DBUS" = true ] ; then
APT_INCLUDES="${APT_INCLUDES},dbus"
fi
# Add iptables IPv4/IPv6 package
if [ "$ENABLE_IPTABLES" = true ] ; then
APT_INCLUDES="${APT_INCLUDES},iptables"
fi
# Add openssh server package
if [ "$ENABLE_SSHD" = true ] ; then
APT_INCLUDES="${APT_INCLUDES},openssh-server"
fi
# Add alsa-utils package
if [ "$ENABLE_SOUND" = true ] ; then
APT_INCLUDES="${APT_INCLUDES},alsa-utils"
fi
# Add rng-tools package
if [ "$ENABLE_HWRANDOM" = true ] ; then
APT_INCLUDES="${APT_INCLUDES},rng-tools"
fi
if [ "$ENABLE_USER" = true ]; then
APT_INCLUDES="${APT_INCLUDES},sudo"
fi
# Add fbturbo video driver
if [ "$ENABLE_FBTURBO" = true ] ; then
# Enable xorg package dependencies
ENABLE_XORG=true
fi
# Add user defined window manager package
if [ -n "$ENABLE_WM" ] ; then
APT_INCLUDES="${APT_INCLUDES},${ENABLE_WM}"
# Enable xorg package dependencies
ENABLE_XORG=true
fi
# Add xorg package
if [ "$ENABLE_XORG" = true ] ; then
APT_INCLUDES="${APT_INCLUDES},xorg"
fi
# Base debootstrap (unpack only)
if [ "$ENABLE_MINBASE" = true ] ; then
http_proxy=${APT_PROXY} debootstrap --arch=armhf --variant=minbase --foreign --include=${APT_INCLUDES} $RELEASE $R http://${APT_SERVER}/debian
else
http_proxy=${APT_PROXY} debootstrap --arch=armhf --foreign --include=${APT_INCLUDES} $RELEASE $R http://${APT_SERVER}/debian
fi
# Copy qemu emulator binary to chroot
cp /usr/bin/qemu-arm-static $R/usr/bin
# Copy debian-archive-keyring.pgp
chroot $R mkdir -p /usr/share/keyrings
cp /usr/share/keyrings/debian-archive-keyring.gpg $R/usr/share/keyrings/debian-archive-keyring.gpg
# Complete the bootstrapping process
chroot $R /debootstrap/debootstrap --second-stage
# Mount required filesystems
mount -t proc none $R/proc
mount -t sysfs none $R/sys
mount --bind /dev/pts $R/dev/pts
# Use proxy inside chroot
if [ -z "$APT_PROXY" ] ; then
echo "Acquire::http::Proxy \"$APT_PROXY\";" >> $R/etc/apt/apt.conf.d/10proxy
fi
# Pin package flash-kernel to repositories.collabora.co.uk
cat <<EOM >$R/etc/apt/preferences.d/flash-kernel
Package: flash-kernel
Pin: origin repositories.collabora.co.uk
Pin-Priority: 1000
EOM
# Set up timezone
echo ${TIMEZONE} >$R/etc/timezone
chroot_exec dpkg-reconfigure -f noninteractive tzdata
# Upgrade collabora package index and install collabora keyring
echo "deb https://repositories.collabora.co.uk/debian ${RELEASE} rpi2" >$R/etc/apt/sources.list
chroot_exec apt-get -qq -y update
chroot_exec apt-get -qq -y --force-yes install collabora-obs-archive-keyring
# Set up initial sources.list
cat <<EOM >$R/etc/apt/sources.list
deb http://${APT_SERVER}/debian ${RELEASE} main contrib
#deb-src http://${APT_SERVER}/debian ${RELEASE} main contrib
deb http://${APT_SERVER}/debian/ ${RELEASE}-updates main contrib
#deb-src http://${APT_SERVER}/debian/ ${RELEASE}-updates main contrib
deb http://security.debian.org/ ${RELEASE}/updates main contrib
#deb-src http://security.debian.org/ ${RELEASE}/updates main contrib
deb https://repositories.collabora.co.uk/debian ${RELEASE} rpi2
EOM
# Upgrade package index and update all installed packages and changed dependencies
chroot_exec apt-get -qq -y update
chroot_exec apt-get -qq -y -u dist-upgrade
# Set up default locale and keyboard configuration
if [ "$ENABLE_MINBASE" = false ] ; then
# Set locale choice in debconf db, even though dpkg-reconfigure ignores and overwrites them due to some bug
# https://bugs.debian.org/cgi-bin/bugreport.cgi?bug=684134 https://bugs.debian.org/cgi-bin/bugreport.cgi?bug=685957
# ... so we have to set locales manually
if [ "$DEFLOCAL" = "en_US.UTF-8" ] ; then
chroot_exec echo "locales locales/locales_to_be_generated multiselect ${DEFLOCAL} UTF-8" | debconf-set-selections
else
# en_US.UTF-8 should be available anyway : https://www.debian.org/doc/manuals/debian-reference/ch08.en.html#_the_reconfiguration_of_the_locale
chroot_exec echo "locales locales/locales_to_be_generated multiselect en_US.UTF-8 UTF-8, ${DEFLOCAL} UTF-8" | debconf-set-selections
chroot_exec sed -i "/en_US.UTF-8/s/^#//" /etc/locale.gen
fi
chroot_exec sed -i "/${DEFLOCAL}/s/^#//" /etc/locale.gen
chroot_exec echo "locales locales/default_environment_locale select ${DEFLOCAL}" | debconf-set-selections
chroot_exec locale-gen
chroot_exec update-locale LANG=${DEFLOCAL}
# Keyboard configuration, if requested
if [ "$XKBMODEL" != "" ] ; then
chroot_exec sed -i "s/^XKBMODEL.*/XKBMODEL=\"${XKBMODEL}\"/" /etc/default/keyboard
fi
if [ "$XKBLAYOUT" != "" ] ; then
chroot_exec sed -i "s/^XKBLAYOUT.*/XKBLAYOUT=\"${XKBLAYOUT}\"/" /etc/default/keyboard
fi
if [ "$XKBVARIANT" != "" ] ; then
chroot_exec sed -i "s/^XKBVARIANT.*/XKBVARIANT=\"${XKBVARIANT}\"/" /etc/default/keyboard
fi
if [ "$XKBOPTIONS" != "" ] ; then
chroot_exec sed -i "s/^XKBOPTIONS.*/XKBOPTIONS=\"${XKBOPTIONS}\"/" /etc/default/keyboard
fi
chroot_exec dpkg-reconfigure -f noninteractive keyboard-configuration
# Set up font console
case "${DEFLOCAL}" in
*UTF-8)
chroot_exec sed -i 's/^CHARMAP.*/CHARMAP="UTF-8"/' /etc/default/console-setup
;;
*)
chroot_exec sed -i 's/^CHARMAP.*/CHARMAP="guess"/' /etc/default/console-setup
;;
esac
chroot_exec dpkg-reconfigure -f noninteractive console-setup
fi
# Kernel installation
# Install flash-kernel last so it doesn't try (and fail) to detect the platform in the chroot
chroot_exec apt-get -qq -y --no-install-recommends install linux-image-${KERNEL} raspberrypi-bootloader-nokernel
chroot_exec apt-get -qq -y install flash-kernel
VMLINUZ="$(ls -1 $R/boot/vmlinuz-* | sort | tail -n 1)"
[ -z "$VMLINUZ" ] && exit 1
cp $VMLINUZ $R/boot/firmware/kernel7.img
# Set up IPv4 hosts
echo ${HOSTNAME} >$R/etc/hostname
cat <<EOM >$R/etc/hosts
127.0.0.1 localhost
127.0.1.1 ${HOSTNAME}
EOM
if [ "$NET_ADDRESS" != "" ] ; then
NET_IP=$(echo ${NET_ADDRESS} | cut -f 1 -d'/')
sed -i "s/^127.0.1.1/${NET_IP}/" $R/etc/hosts
fi
# Set up IPv6 hosts
if [ "$ENABLE_IPV6" = true ] ; then
cat <<EOM >>$R/etc/hosts
::1 localhost ip6-localhost ip6-loopback
ff02::1 ip6-allnodes
ff02::2 ip6-allrouters
EOM
fi
# Place hint about network configuration
cat <<EOM >$R/etc/network/interfaces
# Debian switched to systemd-networkd configuration files.
# please configure your networks in '/etc/systemd/network/'
EOM
if [ "$ENABLE_DHCP" = true ] ; then
# Enable systemd-networkd DHCP configuration for interface eth0
cat <<EOM >$R/etc/systemd/network/eth.network
[Match]
Name=eth0
[Network]
DHCP=yes
EOM
# Set DHCP configuration to IPv4 only
if [ "$ENABLE_IPV6" = false ] ; then
sed -i "s/^DHCP=yes/DHCP=v4/" $R/etc/systemd/network/eth.network
fi
else # ENABLE_DHCP=false
cat <<EOM >$R/etc/systemd/network/eth.network
[Match]
Name=eth0
[Network]
DHCP=no
Address=${NET_ADDRESS}
Gateway=${NET_GATEWAY}
DNS=${NET_DNS_1}
DNS=${NET_DNS_2}
Domains=${NET_DNS_DOMAINS}
NTP=${NET_NTP_1}
NTP=${NET_NTP_2}
EOM
fi
# Enable systemd-networkd service
chroot_exec systemctl enable systemd-networkd
# Generate crypt(3) password string
ENCRYPTED_PASSWORD=`mkpasswd -m sha-512 ${PASSWORD}`
# Set up default user
if [ "$ENABLE_USER" = true ] ; then
chroot_exec adduser --gecos pi --add_extra_groups --disabled-password pi
chroot_exec usermod -a -G sudo -p "${ENCRYPTED_PASSWORD}" pi
fi
# Set up root password or not
if [ "$ENABLE_ROOT" = true ]; then
chroot_exec usermod -p "${ENCRYPTED_PASSWORD}" root
if [ "$ENABLE_ROOT_SSH" = true ]; then
sed -i 's|[#]*PermitRootLogin.*|PermitRootLogin yes|g' $R/etc/ssh/sshd_config
fi
else
chroot_exec usermod -p \'!\' root
fi
# Set up firmware boot cmdline
if [ "$ENABLE_SPLITFS" = true ] ; then
CMDLINE="dwc_otg.lpm_enable=0 root=/dev/sda1 rootfstype=ext4 rootflags=commit=100,data=writeback elevator=deadline rootwait net.ifnames=1 console=tty1"
else
CMDLINE="dwc_otg.lpm_enable=0 root=/dev/mmcblk0p2 rootfstype=ext4 rootflags=commit=100,data=writeback elevator=deadline rootwait net.ifnames=1 console=tty1"
fi
# Set up serial console support (if requested)
if [ "$ENABLE_CONSOLE" = true ] ; then
CMDLINE="${CMDLINE} console=ttyAMA0,115200 kgdboc=ttyAMA0,115200"
fi
# Set up IPv6 networking support
if [ "$ENABLE_IPV6" = false ] ; then
CMDLINE="${CMDLINE} ipv6.disable=1"
fi
echo "${CMDLINE}" >$R/boot/firmware/cmdline.txt
# Set up firmware config
install -o root -g root -m 644 files/config.txt $R/boot/firmware/config.txt
# Load snd_bcm2835 kernel module at boot time
if [ "$ENABLE_SOUND" = true ] ; then
echo "snd_bcm2835" >>$R/etc/modules
fi
# Set smallest possible GPU memory allocation size: 16MB (no X)
if [ "$ENABLE_MINGPU" = true ] ; then
echo "gpu_mem=16" >>$R/boot/firmware/config.txt
fi
# Create symlinks
ln -sf firmware/config.txt $R/boot/config.txt
ln -sf firmware/cmdline.txt $R/boot/cmdline.txt
# Prepare modules-load.d directory
mkdir -p $R/lib/modules-load.d/
# Load random module on boot
if [ "$ENABLE_HWRANDOM" = true ] ; then
cat <<EOM >$R/lib/modules-load.d/rpi2.conf
bcm2708_rng
EOM
fi
# Prepare modprobe.d directory
mkdir -p $R/etc/modprobe.d/
# Blacklist sound modules
install -o root -g root -m 644 files/modprobe.d/raspi-blacklist.conf $R/etc/modprobe.d/raspi-blacklist.conf
# Create default fstab
install -o root -g root -m 644 files/fstab $R/etc/fstab
if [ "$ENABLE_SPLITFS" = true ] ; then
sed -i '/mmcblk0p2/sda1/' $R/etc/fstab
fi
# Avoid swapping and increase cache sizes
install -o root -g root -m 644 files/sysctl.d/81-rpi-vm.conf $R/etc/sysctl.d/81-rpi-vm.conf
# Enable network stack hardening
if [ "$ENABLE_HARDNET" = true ] ; then
install -o root -g root -m 644 files/sysctl.d/81-rpi-net-hardening.conf $R/etc/sysctl.d/81-rpi-net-hardening.conf
# Enable resolver warnings about spoofed addresses
cat <<EOM >>$R/etc/host.conf
spoof warn
EOM
fi
# First boot actions
cat files/firstboot/10-begin.sh > $R/etc/rc.firstboot
# Ensure openssh server host keys are regenerated on first boot
if [ "$ENABLE_SSHD" = true ] ; then
cat files/firstboot/21-generate-ssh-keys.sh >> $R/etc/rc.firstboot
rm -f $R/etc/ssh/ssh_host_*
fi
if [ "$EXPANDROOT" = true ] ; then
cat files/firstboot/22-expandroot.sh >> $R/etc/rc.firstboot
fi
cat files/firstboot/99-finish.sh >> $R/etc/rc.firstboot
chmod +x $R/etc/rc.firstboot
sed -i '/exit 0/d' $R/etc/rc.local
echo /etc/rc.firstboot >> $R/etc/rc.local
echo exit 0 >> $R/etc/rc.local
# Disable rsyslog
if [ "$ENABLE_RSYSLOG" = false ]; then
sed -i 's|[#]*ForwardToSyslog=yes|ForwardToSyslog=no|g' $R/etc/systemd/journald.conf
chroot_exec systemctl disable rsyslog
chroot_exec apt-get purge -q -y --force-yes rsyslog
fi
# Enable serial console systemd style
if [ "$ENABLE_CONSOLE" = true ] ; then
chroot_exec systemctl enable serial-getty\@ttyAMA0.service
fi
# Enable firewall based on iptables started by systemd service
if [ "$ENABLE_IPTABLES" = true ] ; then
# Create iptables configuration directory
mkdir -p "$R/etc/iptables"
# Create iptables systemd service
install -o root -g root -m 644 files/iptables/iptables.service $R/etc/systemd/system/iptables.service
# Create flush-table script called by iptables service
install -o root -g root -m 755 files/iptables/flush-iptables.sh $R/etc/iptables/flush-iptables.sh
# Create iptables rule file
install -o root -g root -m 644 files/iptables/iptables.rules $R/etc/iptables/iptables.rules
# Reload systemd configuration and enable iptables service
chroot_exec systemctl daemon-reload
chroot_exec systemctl enable iptables.service
if [ "$ENABLE_IPV6" = true ] ; then
# Create ip6tables systemd service
install -o root -g root -m 644 files/iptables/ip6tables.service $R/etc/systemd/system/ip6tables.service
# Create ip6tables file
install -o root -g root -m 755 files/iptables/flush-ip6tables.sh $R/etc/iptables/flush-ip6tables.sh
install -o root -g root -m 644 files/iptables/ip6tables.rules $R/etc/iptables/ip6tables.rules
# Reload systemd configuration and enable iptables service
chroot_exec systemctl daemon-reload
chroot_exec systemctl enable ip6tables.service
fi
fi
# Remove SSHD related iptables rules
if [ "$ENABLE_SSHD" = false ] ; then
sed -e '/^#/! {/SSH/ s/^/# /}' -i $R/etc/iptables/iptables.rules 2> /dev/null
sed -e '/^#/! {/SSH/ s/^/# /}' -i $R/etc/iptables/ip6tables.rules 2> /dev/null
fi
# Install gcc/c++ build environment inside the chroot
if [ "$ENABLE_UBOOT" = true ] || [ "$ENABLE_FBTURBO" = true ]; then
chroot_exec apt-get install -q -y --force-yes --no-install-recommends linux-compiler-gcc-4.9-arm g++ make bc
fi
# Fetch and build U-Boot bootloader
if [ "$ENABLE_UBOOT" = true ] ; then
# Fetch U-Boot bootloader sources
git -C $R/tmp clone git://git.denx.de/u-boot.git
# Build and install U-Boot inside chroot
chroot_exec make -C /tmp/u-boot/ rpi_2_defconfig all
# Copy compiled bootloader binary and set config.txt to load it
cp $R/tmp/u-boot/u-boot.bin $R/boot/firmware/
printf "\n# boot u-boot kernel\nkernel=u-boot.bin\n" >> $R/boot/firmware/config.txt
# Set U-Boot command file
cat <<EOM >$R/boot/firmware/uboot.mkimage
# Tell Linux that it is booting on a Raspberry Pi2
setenv machid 0x00000c42
# Set the kernel boot command line
setenv bootargs "earlyprintk ${CMDLINE}"
# Save these changes to u-boot's environment
saveenv
# Load the existing Linux kernel into RAM
fatload mmc 0:1 \${kernel_addr_r} kernel7.img
# Boot the kernel we have just loaded
bootz \${kernel_addr_r}
EOM
# Generate U-Boot image from command file
chroot_exec mkimage -A arm -O linux -T script -C none -a 0x00000000 -e 0x00000000 -n "RPi2 Boot Script" -d /boot/firmware/uboot.mkimage /boot/firmware/boot.scr
fi
# Fetch and build fbturbo Xorg driver
if [ "$ENABLE_FBTURBO" = true ] ; then
# Fetch fbturbo driver sources
git -C $R/tmp clone https://github.com/ssvb/xf86-video-fbturbo.git
# Install Xorg build dependencies
chroot_exec apt-get install -q -y --no-install-recommends xorg-dev xutils-dev x11proto-dri2-dev libltdl-dev libtool automake libdrm-dev
# Build and install fbturbo driver inside chroot
chroot_exec /bin/bash -c "cd /tmp/xf86-video-fbturbo; autoreconf -vi; ./configure --prefix=/usr; make; make install"
# Add fbturbo driver to Xorg configuration
cat <<EOM >$R/usr/share/X11/xorg.conf.d/99-fbturbo.conf
Section "Device"
Identifier "Allwinner A10/A13 FBDEV"
Driver "fbturbo"
Option "fbdev" "/dev/fb0"
Option "SwapbuffersWait" "true"
EndSection
EOM
# Remove Xorg build dependencies
chroot_exec apt-get -q -y purge --auto-remove xorg-dev xutils-dev x11proto-dri2-dev libltdl-dev libtool automake libdrm-dev
fi
# Remove gcc/c++ build environment from the chroot
if [ "$ENABLE_UBOOT" = true ] || [ "$ENABLE_FBTURBO" = true ]; then
chroot_exec apt-get -y -q purge --auto-remove bc binutils cpp cpp-4.9 g++ g++-4.9 gcc gcc-4.9 libasan1 libatomic1 libc-dev-bin libc6-dev libcloog-isl4 libgcc-4.9-dev libgomp1 libisl10 libmpc3 libmpfr4 libstdc++-4.9-dev libubsan0 linux-compiler-gcc-4.9-arm linux-libc-dev make
fi
# Clean cached downloads
chroot_exec apt-get -y clean
chroot_exec apt-get -y autoclean
chroot_exec apt-get -y autoremove
# Invoke custom scripts
if [ -n "${CHROOT_SCRIPTS}" ]; then
cp -r "${CHROOT_SCRIPTS}" "${R}/chroot_scripts"
LANG=C chroot $R bash -c 'for SCRIPT in /chroot_scripts/*; do if [ -f $SCRIPT -a -x $SCRIPT ]; then $SCRIPT; fi done;'
rm -rf "${R}/chroot_scripts"
fi
# Unmount mounted filesystems
umount -l $R/proc
umount -l $R/sys
# Clean up files
rm -f $R/etc/apt/sources.list.save
rm -f $R/etc/resolvconf/resolv.conf.d/original
rm -rf $R/run
mkdir -p $R/run
rm -f $R/etc/*-
rm -f $R/root/.bash_history
rm -rf $R/tmp/*
rm -f $R/var/lib/urandom/random-seed
[ -L $R/var/lib/dbus/machine-id ] || rm -f $R/var/lib/dbus/machine-id
rm -f $R/etc/machine-id
rm -fr $R/etc/apt/apt.conf.d/10proxy
# Calculate size of the chroot directory in KB
CHROOT_SIZE=$(expr `du -s $R | awk '{ print $1 }'`)
# Calculate the amount of needed 512 Byte sectors
TABLE_SECTORS=$(expr 1 \* 1024 \* 1024 \/ 512)
FRMW_SECTORS=$(expr 64 \* 1024 \* 1024 \/ 512)
ROOT_OFFSET=$(expr ${TABLE_SECTORS} + ${FRMW_SECTORS})
# The root partition is EXT4
# This means more space than the actual used space of the chroot is used.
# As overhead for journaling and reserved blocks 20% are added.
ROOT_SECTORS=$(expr $(expr ${CHROOT_SIZE} + ${CHROOT_SIZE} \/ 100 \* 20) \* 1024 \/ 512)
# Calculate required image size in 512 Byte sectors
IMAGE_SECTORS=$(expr ${TABLE_SECTORS} + ${FRMW_SECTORS} + ${ROOT_SECTORS})
# Prepare date string for image file name
DATE="$(date +%Y-%m-%d)"
# Prepare image file
if [ "$ENABLE_SPLITFS" = true ] ; then
dd if=/dev/zero of="$BASEDIR/${DATE}-debian-${RELEASE}-frmw.img" bs=512 count=${TABLE_SECTORS}
dd if=/dev/zero of="$BASEDIR/${DATE}-debian-${RELEASE}-frmw.img" bs=512 count=0 seek=${FRMW_SECTORS}
dd if=/dev/zero of="$BASEDIR/${DATE}-debian-${RELEASE}-root.img" bs=512 count=${TABLE_SECTORS}
dd if=/dev/zero of="$BASEDIR/${DATE}-debian-${RELEASE}-root.img" bs=512 count=0 seek=${ROOT_SECTORS}
# Write partition tables
sfdisk -q -L -f "$BASEDIR/${DATE}-debian-${RELEASE}-frmw.img" <<EOM
unit: sectors
1 : start= ${TABLE_SECTORS}, size= ${FRMW_SECTORS}, Id= c, bootable
2 : start= 0, size= 0, Id= 0
3 : start= 0, size= 0, Id= 0
4 : start= 0, size= 0, Id= 0
EOM
sfdisk -q -L -f "$BASEDIR/${DATE}-debian-${RELEASE}-root.img" <<EOM
unit: sectors
1 : start= ${TABLE_SECTORS}, size= ${ROOT_SECTORS}, Id=83
2 : start= 0, size= 0, Id= 0
3 : start= 0, size= 0, Id= 0
4 : start= 0, size= 0, Id= 0
EOM
# Set up temporary loop devices and build filesystems
FRMW_LOOP="$(losetup -o 1M --sizelimit 64M -f --show $BASEDIR/${DATE}-debian-${RELEASE}-frmw.img)"
ROOT_LOOP="$(losetup -o 1M -f --show $BASEDIR/${DATE}-debian-${RELEASE}-root.img)"
else
dd if=/dev/zero of="$BASEDIR/${DATE}-debian-${RELEASE}.img" bs=512 count=${TABLE_SECTORS}
dd if=/dev/zero of="$BASEDIR/${DATE}-debian-${RELEASE}.img" bs=512 count=0 seek=${IMAGE_SECTORS}
# Write partition table
sfdisk -q -f "$BASEDIR/${DATE}-debian-${RELEASE}.img" <<EOM
unit: sectors
1 : start= ${TABLE_SECTORS}, size= ${FRMW_SECTORS}, Id= c, bootable
2 : start= ${ROOT_OFFSET}, size= ${ROOT_SECTORS}, Id=83
3 : start= 0, size= 0, Id= 0
4 : start= 0, size= 0, Id= 0
EOM
# Set up temporary loop devices and build filesystems
FRMW_LOOP="$(losetup -o 1M --sizelimit 64M -f --show $BASEDIR/${DATE}-debian-${RELEASE}.img)"
ROOT_LOOP="$(losetup -o 65M -f --show $BASEDIR/${DATE}-debian-${RELEASE}.img)"
fi
mkfs.vfat "$FRMW_LOOP"
mkfs.ext4 "$ROOT_LOOP"
# Mount the temporary loop devices
mkdir -p "$BUILDDIR/mount"
mount "$ROOT_LOOP" "$BUILDDIR/mount"
mkdir -p "$BUILDDIR/mount/boot/firmware"
mount "$FRMW_LOOP" "$BUILDDIR/mount/boot/firmware"
# Copy all files from the chroot to the loop device mount point directory
rsync -a "$R/" "$BUILDDIR/mount/"
# Unmount all temporary loop devices and mount points
cleanup
if [ "$ENABLE_SPLITFS" = true ] ; then
# (optional) create block map file for "bmaptool"
bmaptool create -o "$BASEDIR/${DATE}-debian-${RELEASE}-frmw.bmap" "$BASEDIR/${DATE}-debian-${RELEASE}-frmw.img"
bmaptool create -o "$BASEDIR/${DATE}-debian-${RELEASE}-root.bmap" "$BASEDIR/${DATE}-debian-${RELEASE}-root.img"
# Image was successfully created
echo "$BASEDIR/${DATE}-debian-${RELEASE}-frmw.img ($(expr ${TABLE_SECTORS} + ${FRMW_SECTORS} \* 512 \/ 1024)M)" ": successfully created"
echo "$BASEDIR/${DATE}-debian-${RELEASE}-root.img ($(expr ${TABLE_SECTORS} + ${ROOT_SECTORS} \* 512 \/ 1024)M)" ": successfully created"
else
# (optional) create block map file for "bmaptool"
bmaptool create -o "$BASEDIR/${DATE}-debian-${RELEASE}.bmap" "$BASEDIR/${DATE}-debian-${RELEASE}.img"
# Image was successfully created
echo "$BASEDIR/${DATE}-debian-${RELEASE}.img ($(expr ${TABLE_SECTORS} + ${FRMW_SECTORS} + ${ROOT_SECTORS} \* 512 \/ 1024)M)" ": successfully created"
fi