#!/bin/sh ## live-build(7) - System Build Scripts ## Copyright (C) 2017 Erik Ziegenbalg ## Copyright (C) 2018 Luca Boccassi ## ## This program comes with ABSOLUTELY NO WARRANTY; for details see COPYING. ## This is free software, and you are welcome to redistribute it ## under certain conditions; see COPYING for details. set -e # Including common functions [ -e "${LIVE_BUILD}/scripts/build.sh" ] && . "${LIVE_BUILD}/scripts/build.sh" || . /usr/lib/live/build.sh # Setting static variables DESCRIPTION="$(Echo 'build ONIE binary image')" HELP="" USAGE="${PROGRAM} [--force]" Arguments "${@}" # Reading configuration files Read_conffiles config/all config/common config/bootstrap config/chroot config/binary config/source Set_defaults if [ "${LB_ONIE}" != "true" ] then exit 0 fi case "${LIVE_IMAGE_TYPE}" in iso) IMAGE="${LIVE_IMAGE_NAME}-${LB_ARCHITECTURES}.iso" ;; iso-hybrid) IMAGE="${LIVE_IMAGE_NAME}-${LB_ARCHITECTURES}.hybrid.iso" ;; *) exit 0 ;; esac Echo_message "Begin building onie binary..." # Requiring stage file Require_stagefile .build/config .build/binary_iso # Checking stage file Check_stagefile .build/binary_onie # Checking lock file Check_lockfile .lock # Creating lock file Create_lockfile .lock Check_package chroot /bin/cpio cpio Check_package chroot /usr/bin/sha1sum coreutils Check_package chroot /bin/zcat gzip Check_package chroot /bin/gzip gzip Check_package chroot /usr/bin/xzcat xz-utils Check_package chroot /usr/bin/xz xz-utils Check_package chroot /bin/bzcat bzip2 Check_package chroot /bin/bzip2 bzip2 # Restoring cache Restore_cache cache/packages.binary # Installing depends Install_package ### Adds needed helper script ## Based on https://github.com/opencomputeproject/onie/blob/master/contrib/debian-iso/sharch_body.sh cat > sharch_body.sh << EOF #!/bin/sh # # Copyright (C) 2015 Curt Brune # # SPDX-License-Identifier: GPL-2.0 # # # Shell archive template # # Strings of the form %%VAR%% are replaced during construction. # echo -n "Verifying image checksum ..." sha1=\$(sed -e '1,/^exit_marker$/d' "\$0" | sha1sum | awk '{ print \$1 }') payload_sha1=%%IMAGE_SHA1%% if [ "\$sha1" != "\$payload_sha1" ] ; then echo echo "ERROR: Unable to verify archive checksum" echo "Expected: \$payload_sha1" echo "Found : \$sha1" exit 1 fi echo " OK." tmp_dir= clean_up() { if [ "\$(id -u)" = "0" ] ; then umount \$tmp_dir > /dev/null 2>&1 fi rm -rf \$tmp_dir exit \$1 } # Untar and launch install script in a tmpfs cur_wd=\$(pwd) archive_path=\$(realpath "\$0") tmp_dir=\$(mktemp -d) if [ "\$(id -u)" = "0" ] ; then mount -t tmpfs tmpfs-installer \$tmp_dir || clean_up 1 fi cd \$tmp_dir echo -n "Preparing image archive ..." sed -e '1,/^exit_marker\$/d' \$archive_path | tar xf - || clean_up 1 echo " OK." cd \$cur_wd extract=no args=":x" while getopts "\$args" a ; do case \$a in x) extract=yes ;; *) ;; esac done if [ "\$extract" = "yes" ] ; then # stop here echo "Image extracted to: \$tmp_dir" if [ "\$(id -u)" = "0" ] ; then echo "To un-mount the tmpfs when finished type: umount \$tmp_dir" fi exit 0 fi \$tmp_dir/installer/install.sh "\$@" rc="\$?" clean_up \$rc exit_marker EOF ### Based on onie cookbits script... ### https://github.com/opencomputeproject/onie/blob/master/contrib/debian-iso/cook-bits.sh CURDIR=`pwd` OUT=${CURDIR}/output rm -rf $OUT mkdir -p $OUT WORKDIR=${CURDIR}/work EXTRACTDIR="$WORKDIR/extract" INSTALLDIR="$WORKDIR/installer" IN_IMAGE="${IMAGE}" output_file="${OUT}/${IN_IMAGE}-ONIE.bin" echo "Creating $output_file:" # prepare workspace [ -d $EXTRACTDIR ] && chmod +w -R $EXTRACTDIR rm -rf $WORKDIR mkdir -p $EXTRACTDIR mkdir -p $INSTALLDIR # Link the iso binary root to the onie extract dir ln -s ${CURDIR}/binary/* ${EXTRACTDIR} echo -n "." ## pack ISO into initrd # create initrd working dir INITDIR=${WORKDIR}/initrd-extract rm -rf ${INITDIR} mkdir -p ${INITDIR} cd ${INITDIR} # extract current initrd case $(file --brief --mime --dereference $EXTRACTDIR/live/initrd.img | \ sed "s/application\/\(.*\);.*/\1/") in gzip) UNCOMPRESS="zcat" COMPRESS="gzip" ;; x-xz) UNCOMPRESS="xzcat" COMPRESS="xz --check=crc32" ;; x-bzip2) UNCOMPRESS="bzcat" COMPRESS="bzip2" ;; x-lzma) UNCOMPRESS="lzcat --suffix \"\"" COMPRESS="lzma" ;; octet-stream) UNCOMPRESS="cat" COMPRESS="cat" ;; *) echo "ERROR: Unable to detect initrd compression format." exit 1 ;; esac $UNCOMPRESS $EXTRACTDIR/live/initrd.img | cpio -d -i -m echo -n "." # copy inputed iso into initrd cp "${CURDIR}/${IN_IMAGE}" ./conf/live.iso echo -n "." # repack find . | cpio -o -H newc | $COMPRESS > ${WORKDIR}/initrd.img # cd back into root dir cd ${CURDIR} echo -n "." KERNEL='vmlinuz' IN_KERNEL=$EXTRACTDIR/live/$KERNEL [ -r $IN_KERNEL ] || { echo "ERROR: Unable to find kernel in ISO: $IN_KERNEL" exit 1 } INITRD='initrd.img' IN_INITRD=$WORKDIR/$INITRD [ -r $IN_INITRD ] || { echo "ERROR: Unable to find initrd in ISO: $IN_INITRD" exit 1 } # Note: specify kernel args you want the Debian installer to # automatically append by putting them after the special marker "---". # Here we want the Deb installer to auto include the serial console # parameters. # The minimal required parameters are included by default, and users # can add more depending on what they need, eg: systemd parameters. KERNEL_ARGS="--- boot=live nopersistent noeject dhcp fromiso=/conf/live.iso" KERNEL_ARGS="${KERNEL_ARGS} ${LB_ONIE_KERNEL_CMDLINE}" # To debug DI preseed file add these args # DI_DEBUG_ARGS="DEBCONF_DEBUG=5 dbg/flags=all-x" # Debian installer args DI_ARGS="auto=true priority=critical $DI_DEBUG_ARGS" cp -r $IN_KERNEL $IN_INITRD $INSTALLDIR # Create custom install.sh script touch $INSTALLDIR/install.sh chmod +x $INSTALLDIR/install.sh (cat < /dev/null 2&>1 done # bonk out on errors set -e echo "auto-detecting console..." tty=\$(cat /sys/class/tty/console/active 2>/dev/null | awk 'END {print \$NF}') speed=\$(stty -F /dev/\$tty speed 2>/dev/null) bits=\$(stty -F /dev/\$tty -a 2>/dev/null | grep -o cs[5-8]) bits=\$(echo \$bits | grep -o [5-8]) con='' if [ -n "\$speed" ]; then con="console=\$tty,\${speed}n\${bits}" else con="console=\$tty" fi echo "using \$con" kcmd_console=\$(cat /proc/cmdline | grep -o 'console=.* ') kcmd_console=\$(echo \$kcmd_console | cut -d' ' -f2) # remove tty0 if [ \${kcmd_console}x != \${con}x ]; then echo "WARNING: Detected console does not match boot console: \$kcmd_console != \$con" fi echo "Loading new kernel ..." echo "kexec --load --initrd=$INITRD --append=\"$DI_ARGS $KERNEL_ARGS \$con\" $KERNEL" kexec --load --initrd=$INITRD --append="$DI_ARGS $KERNEL_ARGS \$con" $KERNEL kexec --exec EOF ) >> $INSTALLDIR/install.sh echo -n "." # Repackage $INSTALLDIR into a self-extracting installer image sharch="$WORKDIR/sharch.tar" tar -C $WORKDIR -cf $sharch installer || { echo "Error: Problems creating $sharch archive" exit 1 } [ -f "$sharch" ] || { echo "Error: $sharch not found" exit 1 } echo -n "." sha1=$(cat $sharch | sha1sum | awk '{print $1}') echo -n "." cp sharch_body.sh $output_file || { echo "Error: Problems copying sharch_body.sh" exit 1 } # Replace variables in the sharch template sed -i -e "s/%%IMAGE_SHA1%%/$sha1/" $output_file echo -n "." cat $sharch >> $output_file mv $output_file ${CURDIR} rm -rf $tmp_dir rm -rf $OUT $WORKDIR echo " Done." ls -la $(basename $output_file) Echo_message "onie-installer created..." # Saving cache Save_cache cache/packages.binary # Removing depends Remove_package # Creating stage file Create_stagefile .build/binary_onie