#!/bin/bash # Copyright 2014-2015 Holger Levsen # released under the GPLv=2 DEBUG=false . /srv/jenkins/bin/common-functions.sh common_init "$@" # common code defining db access . /srv/jenkins/bin/reproducible_common.sh set -e # build for different architectures ARCHS="i386-elf x86_64-elf armv7a-eabi aarch64-elf mipsel-elf riscv-elf" cleanup_tmpdirs() { cd rm -r $TMPDIR rm -r $TMPBUILDDIR } create_results_dirs() { mkdir -p $BASE/coreboot/dbd } save_coreboot_results() { RUN=$1 cd coreboot-builds for i in * ; do if [ -f $i/coreboot.rom ] ; then mkdir -p $TMPDIR/$RUN/$i cp -p $i/coreboot.rom $TMPDIR/$RUN/$i/ fi done cd .. rm coreboot-builds -r } # # main # TMPBUILDDIR=$(mktemp --tmpdir=/srv/workspace/chroots/ -d -t coreboot-XXXXXXXX) # used to build on tmpfs TMPDIR=$(mktemp --tmpdir=/srv/reproducible-results -d) # accessable in schroots, used to compare results DATE=$(date -u +'%Y-%m-%d') START=$(date +'%s') trap cleanup_tmpdirs INT TERM EXIT cd $TMPBUILDDIR echo "=============================================================================" echo "$(date -u) - Cloning coreboot git repository with submodules." echo "=============================================================================" git clone --recursive http://review.coreboot.org/p/coreboot.git cd coreboot # still required because coreboot moved submodules and to take care of old git versions git submodule update --init --checkout 3rdparty/blobs COREBOOT="$(git log -1)" COREBOOT_VERSION=$(git describe) echo "This is coreboot $COREBOOT_VERSION." echo git log -1 echo "=============================================================================" echo "$(date -u) - Building cross compilers for ${ARCHS}." GOT_XTOOLCHAIN=false # # build the cross toolchains # set +e for ARCH in ${ARCHS} ; do echo "=============================================================================" echo "$(date -u) - Building cross compiler for ${ARCH}." # taken from util/crossgcc/Makefile: ionice -c 3 bash util/crossgcc/buildgcc -j $NUM_CPU -p $ARCH RESULT=$? if [ $RESULT -eq 0 ] ; then GOT_XTOOLCHAIN=true fi done set -e if ! $GOT_XTOOLCHAIN ; then echo "Need at least one cross toolchain, aborting." fi ionice -c 3 bash util/crossgcc/buildgcc -j $NUM_CPU -P IASL # # create html about toolchains used # TOOLCHAIN_HTML=$(mktemp --tmpdir=$TMPDIR) echo "" > $TOOLCHAIN_HTML cd util/crossgcc/tarballs for i in * ; do echo " " >> $TOOLCHAIN_HTML done echo "
cross toolchain sourcesha256sum
$i" >> $TOOLCHAIN_HTML sha256sum $i | cut -d " " -f1 >> $TOOLCHAIN_HTML echo "
" >> $TOOLCHAIN_HTML echo "" >> $TOOLCHAIN_HTML for i in gcc g++ make cmake flex bison iasl ; do echo " " >> $TOOLCHAIN_HTML done echo "
Debian $(cat /etc/debian_version) package on $(dpkg --print-architecture)installed version
$i" >> $TOOLCHAIN_HTML dpkg -s $i|grep '^Version'|cut -d " " -f2 >> $TOOLCHAIN_HTML echo "
" >> $TOOLCHAIN_HTML cd ../../.. echo "=============================================================================" echo "$(date -u) - Building coreboot ${COREBOOT_VERSION} images - first build run." echo "=============================================================================" export TZ="/usr/share/zoneinfo/Etc/GMT+12" # prevent failing using more than one CPU sed -i 's#MAKE=$i#MAKE=make#' util/abuild/abuild # use all cores for first build sed -i "s#cpus=1#cpus=$NUM_CPU#" util/abuild/abuild sed -i 's#USE_XARGS=1#USE_XARGS=0#g' util/abuild/abuild # actually build everything ionice -c 3 \ bash util/abuild/abuild || true # don't fail the full job just because some targets fail #bash util/abuild/abuild --payloads none || true # don't fail the full job just because some targets fail # save results in b1 save_coreboot_results b1 echo "=============================================================================" echo "$(date -u) - Building coreboot images - second build run." echo "=============================================================================" export TZ="/usr/share/zoneinfo/Etc/GMT-14" export LANG="fr_CH.UTF-8" export LC_ALL="fr_CH.UTF-8" export PATH="/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/i/capture/the/path" export CAPTURE_ENVIRONMENT="I capture the environment" umask 0002 # use allmost all cores for second build NEW_NUM_CPU=$(echo $NUM_CPU-1|bc) sed -i "s#cpus=$NUM_CPU#cpus=$NEW_NUM_CPU#" util/abuild/abuild ionice -c 3 \ linux64 --uname-2.6 \ bash util/abuild/abuild || true # don't fail the full job just because some targets fail #bash util/abuild/abuild --payloads none || true # don't fail the full job just because some targets fail # reset environment to default values again export LANG="en_GB.UTF-8" unset LC_ALL export TZ="/usr/share/zoneinfo/UTC" export PATH="/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:" umask 0022 # save results in b2 save_coreboot_results b2 # clean up builddir to save space on tmpfs rm -r $TMPBUILDDIR/coreboot # run diffoscope on the results TIMEOUT="30m" DIFFOSCOPE="$(schroot --directory /tmp -c source:jenkins-reproducible-${DBDSUITE}-diffoscope diffoscope -- --version 2>&1)" echo "=============================================================================" echo "$(date -u) - Running $DIFFOSCOPE on coreboot images." echo "=============================================================================" ROW_FRAGMENTS_GOOD_ROMS=$(mktemp --tmpdir=$TMPDIR) ROW_FRAGMENTS_BAD_ROMS=$(mktemp --tmpdir=$TMPDIR) LIST_OBJECT=$(mktemp --tmpdir=$TMPDIR) BAD_ROMS=0 GOOD_ROMS=0 ALL_ROMS=0 SIZE="" create_results_dirs cd $TMPDIR/b1 for i in $(ls -1d *| sort -u) ; do let ALL_ROMS+=1 if [ -f $i/coreboot.rom ] && [ -f $TMPDIR/b2/$i/coreboot.rom ] ; then call_diffoscope $i coreboot.rom get_filesize $i/coreboot.rom if [ -f $TMPDIR/$i/coreboot.rom.html ] ; then mv $TMPDIR/$i/coreboot.rom.html $BASE/coreboot/dbd/$i.html echo "
  • \"unreproducible $i ($SIZE) is unreproducible.
  • " >> $ROW_FRAGMENTS_BAD_ROMS else SHASUM=$(sha256sum $i/coreboot.rom|cut -d " " -f1) echo "
  • \"reproducible $i ($SHASUM, $SIZE) is reproducible.
  • " >> $ROW_FRAGMENTS_GOOD_ROMS let GOOD_ROMS+=1 rm -f $BASE/coreboot/dbd/$i.html # cleanup from previous (unreproducible) tests - if needed fi else if [ ! -f $i/coreboot.rom ] ; then echo "
  • \"FTBFS $i failed to build from source.
  • " >> $ROW_FRAGMENTS_BAD_ROMS else echo "
  • \"FTBFS $i failed to build from source on the 2nd build.
  • " >> $ROW_FRAGMENTS_BAD_ROMS fi let BAD_ROMS+=1 fi done echo " " >> $LIST_OBJECT GOOD_PERCENT=$(echo "scale=1 ; ($GOOD_ROMS*100/$ALL_ROMS)" | bc) BAD_PERCENT=$(echo "scale=1 ; ($BAD_ROMS*100/$ALL_ROMS)" | bc) # are we there yet? if [ "$GOOD_PERCENT" = "100.0" ] ; then MAGIC_SIGN="!" else MAGIC_SIGN="?" fi # # finally create the webpage # cd $TMPDIR ; mkdir coreboot PAGE=coreboot/coreboot.html cat > $PAGE <<- EOF Reproducible coreboot

     

    coreboot

    coreboot™: fast, flexible and reproducible Open Source firmware$MAGIC_SIGN

    EOF write_page "

    Reproducible Coreboot

    " write_page_intro coreboot write_page "

    $GOOD_ROMS ($GOOD_PERCENT%) out of $ALL_ROMS built coreboot images were reproducible in our test setup" if [ "$GOOD_PERCENT" = "100.0" ] ; then write_page "!" else write_page ", while $BAD_ROMS ($BAD_PERCENT%) failed to build from source." fi write_page " These tests were last run on $DATE for version ${COREBOOT_VERSION} using ${DIFFOSCOPE}.

    " write_explaination_table coreboot cat $LIST_OBJECT >> $PAGE write_page "

    "
    echo -n "$COREBOOT" >> $PAGE
    write_page "     

    " cat $TOOLCHAIN_HTML >> $PAGE write_page "
    " write_page_footer coreboot publish_page rm -f $LIST_OBJECT $TOOLCHAIN_HTML # the end calculate_build_duration print_out_duration irc_message "$REPRODUCIBLE_URL/coreboot/ has been updated. ($GOOD_PERCENT% reproducible)" echo "=============================================================================" # remove everything, we don't need it anymore... cleanup_tmpdirs trap - INT TERM EXIT