#!/bin/bash # Copyright 2014-2017 Holger Levsen # © 2015 Mattia Rizzolo # released under the GPLv=2 # # included by all reproducible_*.sh scripts, so be quiet set +x # postgres database definitions export PGDATABASE=reproducibledb # query reproducible database query_db() { psql -t --no-align -c "$@" } # query reproducible database, output to csv format query_to_csv() { psql -c "COPY ($@) to STDOUT with csv DELIMITER ','" } # common variables REPRODUCIBLE_URL=https://tests.reproducible-builds.org DEBIAN_URL=https://tests.reproducible-builds.org/debian DEBIAN_DASHBOARD_URI=/debian/reproducible.html REPRODUCIBLE_DOT_ORG_URL=https://reproducible-builds.org # shop trailing slash JENKINS_URL=${JENKINS_URL:0:-1} DBDSUITE="unstable" BIN_PATH=/srv/jenkins/bin TEMPLATE_PATH=/srv/jenkins/mustache-templates/reproducible # Debian suites being tested SUITES="stretch buster unstable experimental" # Debian architectures being tested ARCHS="amd64 i386 arm64 armhf" # define Debian build nodes in use . /srv/jenkins/bin/jenkins_node_definitions.sh MAINNODE="jenkins" # used by reproducible_maintenance.sh only # variables on the nodes we are interested in BUILD_ENV_VARS="ARCH NUM_CPU CPU_MODEL DATETIME KERNEL" # these also needs to be defined in bin/reproducible_info.sh # existing usertags in the Debian BTS USERTAGS="toolchain infrastructure timestamps fileordering buildpath username hostname uname randomness buildinfo cpu signatures environment umask ftbfs locale" # common settings for testing Arch Linux ARCHLINUX_BUILD_NODE=profitbricks-build3-amd64 ARCHLINUX_REPOS="core extra multilib community" ARCHLINUX_PKGS=/srv/reproducible-results/.archlinux_pkgs # common settings for testing rpm based distros RPM_BUILD_NODE=profitbricks-build3-amd64 RPM_PKGS=/srv/reproducible-results/.rpm_pkgs # number of cores to be used NUM_CPU=$(grep -c '^processor' /proc/cpuinfo) # diffoscope memory limit in kilobytes DIFFOSCOPE_VIRT_LIMIT=$((10*1024*1024)) # we only this array for html creation but we cannot declare them in a function declare -A SPOKENTARGET BASE="/var/lib/jenkins/userContent/reproducible" DEBIAN_BASE="/var/lib/jenkins/userContent/reproducible/debian" mkdir -p "$DEBIAN_BASE" # to hold reproducible temporary files/directories without polluting /tmp TEMPDIR="/tmp/reproducible" mkdir -p "$TEMPDIR" # create subdirs for suites for i in $SUITES ; do mkdir -p "$DEBIAN_BASE/$i" done # table names and image names TABLE[0]=stats_pkg_state TABLE[1]=stats_builds_per_day TABLE[2]=stats_builds_age TABLE[3]=stats_bugs TABLE[4]=stats_notes TABLE[5]=stats_issues TABLE[6]=stats_meta_pkg_state TABLE[7]=stats_bugs_state TABLE[8]=stats_bugs_sin_ftbfs TABLE[9]=stats_bugs_sin_ftbfs_state # package sets defined in meta_pkgsets.csv # csv file columns: (pkgset_group, pkgset_name) colindex=0 while IFS=, read col1 col2 do let colindex+=1 META_PKGSET[$colindex]=$col2 done < $BIN_PATH/reproducible_pkgsets.csv # mustache templates PAGE_FOOTER_TEMPLATE=$TEMPLATE_PATH/default_page_footer.mustache PROJECT_LINKS_TEMPLATE=$TEMPLATE_PATH/project_links.mustache MAIN_NAVIGATION_TEMPLATE=$TEMPLATE_PATH/main_navigation.mustache # be loud again if DEBUG if $DEBUG ; then set -x fi # sleep 1-23 secs to randomize start times delay_start() { /bin/sleep $(echo "scale=1 ; $(shuf -i 1-230 -n 1)/10" | bc ) } schedule_packages() { LC_USER="$REQUESTER" \ LOCAL_CALL="true" \ /srv/jenkins/bin/reproducible_remote_scheduler.py \ --message "$REASON" \ --no-notify \ --suite "$SUITE" \ --architecture "$ARCH" \ $@ } write_page() { echo "$1" >> $PAGE } set_icon() { # icons taken from tango-icon-theme (0.8.90-5) # licenced under http://creativecommons.org/licenses/publicdomain/ STATE_TARGET_NAME="$1" case "$1" in reproducible) ICON=weather-clear.png ;; unreproducible|FTBR) ICON=weather-showers-scattered.png STATE_TARGET_NAME="FTBR" ;; FTBFS) ICON=weather-storm.png ;; depwait) ICON=weather-snow.png ;; 404) ICON=weather-severe-alert.png ;; not_for_us|"not for us") ICON=weather-few-clouds-night.png STATE_TARGET_NAME="not_for_us" ;; blacklisted) ICON=error.png ;; *) ICON="" esac } write_icon() { # ICON and STATE_TARGET_NAME are set by set_icon() write_page "\"${STATE_TARGET_NAME}" } write_page_header() { # this is really quite uncomprehensible and should be killed # the solution is to write all HTML pages with python… rm -f $PAGE MAINVIEW="dashboard" write_page "" write_page "" write_page "" write_page "" write_page "$2" if [ "$1" != "$MAINVIEW" ] ; then write_page "" else write_page "" fi # Build context for the main_navigation mustache template. # Do not show package set links for "experimental" pages if [ "$SUITE" != "experimental" ] ; then # no pkg_sets are tested in experimental include_pkgset_link="\"include_pkgset_link\" : \"true\"" else include_pkgset_link='' fi # Used to highlight the link for the current page if [ "$1" = "dashboard" ] \ || [ "$1" = "performance" ] \ || [ "$1" = "repositories" ] \ || [ "$1" = "variations" ] \ || [ "$1" = "suite_arch_stats" ] \ || [ "$1" = "bugs" ] \ || [ "$1" = "nodes_health" ] \ || [ "$1" = "nodes_weekly_graphs" ] \ || [ "$1" = "nodes_daily_graphs" ] ; then displayed_page="\"$1\": \"true\"" else displayed_page='' fi # Create json for suite links (a list of objects) suite_links="\"suite_nav\": { \"suite_list\": [" comma=0 for s in $SUITES ; do if [ "$s" = "$SUITE" ] ; then class="current" else class='' fi uri="/debian/${s}/index_suite_${ARCH}_stats.html" if [ $comma == 1 ] ; then suite_links+=", {\"s\": \"${s}\", \"class\": \"$class\", \"uri\": \"$uri\"}" else suite_links+="{\"s\": \"${s}\", \"class\": \"$class\", \"uri\": \"$uri\"}" comma=1 fi done suite_links+="]}" # Create json for arch links (a list of objects) arch_links="\"arch_nav\": {\"arch_list\": [" comma=0 for a in ${ARCHS} ; do if [ "$a" = "$ARCH" ] ; then class="current" else class='' fi uri="/debian/$SUITE/index_suite_${a}_stats.html" if [ $comma == 1 ] ; then arch_links+=", {\"a\": \"${a}\", \"class\": \"$class\", \"uri\": \"$uri\"}" else arch_links+="{\"a\": \"${a}\", \"class\": \"$class\", \"uri\": \"$uri\"}" comma=1 fi done arch_links+="]}" # finally, the completely formed JSON context context=$(printf '{ "arch" : "%s", "suite" : "%s", "page_title" : "%s", "debian_uri" : "%s", %s, %s ' "$ARCH" "$SUITE" "$2" "$DEBIAN_DASHBOARD_URI" "$arch_links" "$suite_links") if [[ ! -z $displayed_page ]] ; then context+=", $displayed_page" fi if [[ ! -z $include_pkgset_link ]] ; then context+=", $include_pkgset_link" fi context+="}" write_page "
" write_page "$(pystache3 $MAIN_NAVIGATION_TEMPLATE "$context")" write_page "$(pystache3 $PROJECT_LINKS_TEMPLATE "{}")" write_page "
" write_page "
" write_page "

$2

" if [ "$1" = "$MAINVIEW" ] ; then write_page "
    " write_page " Please also visit the more general website
  • Reproducible-builds.org
    • where reproducible builds are explained in more detail than just bit by bit identical rebuilds to enable verifcation of the sources used to build." write_page " We think that reproducible builds should become the norm, so we wrote
  • How to make your software reproducible
    • ." write_page " Also aimed at the free software world at large, is the first specification we have written: the
  • SOURCE_DATE_EPOCH specification
    • ." write_page "
" write_page "" LATEST=$(query_db "SELECT s.name FROM results AS r JOIN sources AS s ON r.package_id = s.id WHERE r.status IN ('unreproducible') AND s.suite = 'unstable' AND s.architecture = 'amd64' AND s.id NOT IN (SELECT package_id FROM notes) ORDER BY build_date DESC LIMIT 23"|sort -R|head -1) write_page "
$REPRODUCIBLE_URL/" write_page "" write_page "" write_page "
" write_page "
    " write_page " We are reachable via IRC (#debian-reproducible and #reproducible-builds on OFTC)," write_page " or email," write_page " and we care about free software in general," write_page " so whether you are an upstream developer or working on another distribution, or have any other feedback - we'd love to hear from you!" write_page " Besides Debian we are also testing
  • coreboot
    • ,
  • OpenWrt
    • ,
  • NetBSD
    • ,
  • FreeBSD
    • ,
  • Arch Linux
    • and
  • LEDE
    • , though not as thoroughly as Debian (yet?) - and testing of
  • Fedora
    • has just begun, and there are plans to test F-Droid and GNU Guix too, and more, if you contribute!" write_page "
" fi } write_page_intro() { write_page "

Reproducible builds enable anyone to reproduce bit by bit identical binary packages from a given source, so that anyone can verify that a given binary derived from the source it was said to be derived." write_page " There is more information about reproducible builds on the Debian wiki and on https://reproducible-builds.org." write_page " These pages explain in more depth why this is useful, what common issues exist and which workarounds and solutions are known." write_page "

" local BUILD_ENVIRONMENT=" in a Debian environment" local BRANCH="master" if [ "$1" = "coreboot" ] ; then write_page "

Reproducible Coreboot is an effort to apply this to coreboot. Thus each coreboot.rom is build twice (without payloads), with a few variations added and then those two ROMs are compared using diffoscope. Please note that the toolchain is not varied at all as the rebuild happens on exactly the same system. More variations are expected to be seen in the wild.

" local PROJECTNAME="$1" local PROJECTURL="https://review.coreboot.org/p/coreboot.git" elif [ "$1" = "OpenWrt" ] || [ "$1" = "LEDE" ]; then local PROJECTNAME="$1" if [ "$PROJECTNAME" = "OpenWrt" ] ; then local PROJECTURL="https://github.com/openwrt/openwrt.git" else local PROJECTURL="https://git.lede-project.org/?p=source.git;a=summary" fi write_page "

Reproducible $PROJECTNAME is an effort to apply this to $PROJECTNAME. Thus each $PROJECTNAME target is build twice, with a few variations added and then the resulting images and packages from the two builds are compared using diffoscope. $PROJECTNAME generates many different types of raw .bin files, and diffoscope does not know how to parse these. Thus the resulting diffoscope output is not nearly as clear as it could be - hopefully this limitation will be overcome eventually, but in the meanwhile the input components (uImage kernel file, rootfs.tar.gz, and/or rootfs squashfs) can be inspected. Also please note that the toolchain is not varied at all as the rebuild happens on exactly the same system. More variations are expected to be seen in the wild.

" elif [ "$1" = "NetBSD" ] ; then write_page "

Reproducible NetBSD is an effort to apply this to NetBSD. Thus each NetBSD target is build twice, with a few variations added and then the resulting files from the two builds are compared using diffoscope. Please note that the toolchain is not varied at all as the rebuild happens on exactly the same system. More variations are expected to be seen in the wild.

" local PROJECTNAME="netbsd" local PROJECTURL="https://github.com/jsonn/src" elif [ "$1" = "FreeBSD" ] ; then write_page "

Reproducible FreeBSD is an effort to apply this to FreeBSD. Thus FreeBSD is build twice, with a few variations added and then the resulting filesystems from the two builds are put into a compressed tar archive, which is finally compared using diffoscope. Please note that the toolchain is not varied at all as the rebuild happens on exactly the same system. More variations are expected to be seen in the wild.

" local PROJECTNAME="freebsd" local PROJECTURL="https://github.com/freebsd/freebsd.git" local BUILD_ENVIRONMENT=", which via ssh triggers a build on a FreeBSD 10.3 system" local BRANCH="release/10.3.0" elif [ "$1" = "Arch Linux" ] ; then local PROJECTNAME="Arch Linux" write_page "

Reproducible $PROJECTNAME is an effort to apply this to $PROJECTNAME. Thus $PROJECTNAME packages are build twice, with a few variations added and then the resulting packages from the two builds are compared using diffoscope. Please note that the toolchain is not varied at all as the rebuild happens on exactly the same system. More variations are expected to be seen in the wild.

" elif [ "$1" = "fedora-23" ] ; then local PROJECTNAME="Fedora 23" write_page "

Reproducible $PROJECTNAME is an effort to apply this to $PROJECTNAME. Thus $PROJECTNAME packages are build twice, with a few variations added and then the resulting packages from the two builds are compared using diffoscope. Please note that the toolchain is not varied at all as the rebuild happens on exactly the same system. More variations are expected to be seen in the wild.

" write_page "

Please note that this set up is as new as December 12th, so quite some things are still lacking, eg. https://github.com/kholia/ReproducibleBuilds is not followed at all yet and there are no variations introduced for the 2nd build. Also only a subset of all source packages is currently being tested. OTOH this setup is mature enough that it requires very few trivial changes to build all 17080 source packages in $PROJECTNAME, if it were sensible. Which it isn't right now, but should be soon.

" fi if [ "$1" != "Arch Linux" ] && [ "$1" != "fedora-23" ] ; then local SMALLPROJECTNAME="$(echo $PROJECTNAME|tr '[:upper:]' '[:lower:]')" write_page "

There is a weekly run jenkins job to test the $BRANCH branch of $PROJECTNAME.git. The jenkins job is running reproducible_$SMALLPROJECTNAME.sh$BUILD_ENVIRONMENT and this script is solely responsible for creating this page. Feel invited to join #debian-reproducible (on irc.oftc.net) to request job runs whenever sensible. Patches and other feedback are very much appreciated - if you want to help, please start by looking at the ToDo list for $1, you might find something easy to contribute." write_page "
Thanks to Profitbricks for donating the virtual machines this is running on!

" else write_page "

FIXME: explain $PROJECTNAME test setup here.

" fi } write_page_footer() { if [ "$1" = "coreboot" ] ; then other_distro_details='The Coreboot logo is Copyright © 2008 by Konsult Stuge and coresystems GmbH and can freely be used to refer to the Coreboot project.' elif [ "$1" = "NetBSD" ] ; then other_distro_details="NetBSD® is a registered trademark of The NetBSD Foundation, Inc." elif [ "$1" = "FreeBSD" ] ; then other_distro_details="FreeBSD is a registered trademark of The FreeBSD Foundation. The FreeBSD logo and The Power to Serve are trademarks of The FreeBSD Foundation." elif [ "$1" = "Arch Linux" ] ; then other_distro_details='The Arch Linux name and logo are recognized trademarks. Some rights reserved. The registered trademark Linux® is used pursuant to a sublicense from LMI, the exclusive licensee of Linus Torvalds, owner of the mark on a world-wide basis.' elif [ "$1" = "fedora-23" ] ; then other_distro_details="FIXME: add fedora copyright+trademark disclaimers here." else other_distro_details='' fi now=$(date +'%Y-%m-%d %H:%M %Z') # The context for pystache3 CLI must be json context=$(printf '{ "job_url" : "%s", "job_name" : "%s", "date" : "%s", "other_distro_details" : "%s" }' "${JOB_URL:-""}" "${JOB_NAME:-""}" "$now" "$other_distro_details") write_page "$(pystache3 $PAGE_FOOTER_TEMPLATE "$context")" write_page "
" write_page "" } write_variation_table() { write_page "

" if [ "$1" = "fedora-23" ] ; then write_page "There are no variations introduced in the $1 builds yet. Stay tuned.

" return fi write_page "" if [ "$1" = "debian" ] ; then write_page "" write_page "" else write_page "" write_page "" fi if [ "$1" != "FreeBSD" ] && [ "$1" != "Arch Linux" ] && [ "$1" != "fedora-23" ] ; then write_page "" fi write_page "" if [ "$1" = "debian" ] ; then write_page "" write_page "" write_page "" elif [ "$1" = "Arch Linux" ] ; then write_page "" write_page "" else write_page "" write_page "" fi if [ "$1" != "FreeBSD" ] && [ "$1" != "Arch Linux" ] ; then write_page "" else write_page "" fi if [ "$1" = "debian" ] ; then write_page "" write_page "" write_page "" write_page "" write_page "" write_page "" write_page "" write_page "" write_page "" write_page "" write_page "" write_page "" write_page "" else write_page "" write_page "" write_page "" if [ "$1" != "FreeBSD" ] ; then write_page "" fi fi if [ "$1" != "FreeBSD" ] ; then if [ "$1" = "debian" ] ; then write_page "" write_page "" elif [ "$1" != "Arch Linux" ] ; then write_page "" else write_page "" fi write_page "" else write_page "" write_page "" fi FUTURE=$(date --date="${DATE}+398 days" +'%Y-%m-%d') if [ "$1" = "debian" ] ; then write_page "" write_page "" else write_page "" write_page "" if [ "$1" != "FreeBSD" ] ; then write_page "" else write_page "" fi fi if [ "$1" != "FreeBSD" ] ; then if [ "$1" = "debian" ] ; then write_page "" write_page "" else write_page "" write_page "" fi else write_page "" write_page "" write_page "" fi if [ "$1" = "debian" ] ; then write_page "" else write_page "" fi write_page "
variationfirst buildsecond build
hostnameone of:" for a in ${ARCHS} ; do local COMMA="" local ARCH_NODES="" write_page "
  " for i in $(echo $BUILD_NODES | sed -s 's# #\n#g' | sort -u) ; do if [ "$(echo $i | grep $a)" ] ; then echo -n "$COMMA ${ARCH_NODES}$(echo $i | cut -d '.' -f1 | sed -s 's# ##g')" >> $PAGE if [ -z $COMMA ] ; then COMMA="," fi fi done done write_page "		i-capture-the-hostname
domainname$(hostname -d)i-capture-the-domainname
hostname is not yet varied between rebuilds of $1.
domainname is not yet varied between rebuilds of $1.
env CAPTURE_ENVIRONMENTnot setCAPTURE_ENVIRONMENT=\"I capture the environment\"
env TZTZ=\"/usr/share/zoneinfo/Etc/GMT+12\"TZ=\"/usr/share/zoneinfo/Etc/GMT-14\"
env LANGLANG=\"C\"on amd64: LANG=\"fr_CH.UTF-8\"
on i386: LANG=\"de_CH.UTF-8\"
on arm64: LANG=\"nl_BE.UTF-8\"
on armhf: LANG=\"it_CH.UTF-8\"
env LANGUAGELANGUAGE=\"en_US:en\"on amd64: LANGUAGE=\"fr_CH:fr\"
on i386: LANGUAGE=\"de_CH:de\"
on arm64: LANGUAGE=\"nl_BE:nl\"
on armhf: LANGUAGE=\"it_CH:it\"
env LC_ALLnot seton amd64: LC_ALL=\"fr_CH.UTF-8\"
on i386: LC_ALL=\"de_CH.UTF-8\"
on arm64: LC_ALL=\"nl_BE.UTF-8\"
on armhf: LC_ALL=\"it_CH.UTF-8\"
env LANGnot setLANG=\"fr_CH.UTF-8\"
env LC_ALLnot setLC_ALL=\"fr_CH.UTF-8\"
env LANGLANG=\"en_GB.UTF-8\"LANG=\"fr_CH.UTF-8\"
env LC_ALLnot setLC_ALL=\"fr_CH.UTF-8\"
env PATHPATH=\"/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:\"PATH=\"/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/i/capture/the/path\"
env PATH is not yet varied between rebuilds of $1.
env BUILDUSERIDBUILDUSERID=\"1111\"BUILDUSERID=\"2222\"
env BUILDUSERNAMEBUILDUSERNAME=\"pbuilder1\"BUILDUSERNAME=\"pbuilder2\"
env USERUSER=\"pbuilder1\"USER=\"pbuilder2\"
env HOMEHOME=\"/nonexistent/first-build\"HOME=\"/nonexistent/second-build\"
niceness1011
uiduid=1111uid=2222
gidgid=1111gid=2222
/bin/sh/bin/dash/bin/bash
build path/build/1st/\$pkg-\$ver (not varied for stretch/buster)/build/\$pkg-\$ver/2nd (not varied for stretch/buster)
user's login shell/bin/sh/bin/bash
user's GECOSfirst user,first room,first work-phone,first home-phone,first othersecond user,second room,second work-phone,second home-phone,second other
env DEB_BUILD_OPTIONSDEB_BUILD_OPTIONS=\"parallel=XXX\"
  XXX on amd64: 16 or 15
  XXX on i386: 10 or 9
  XXX on armhf: 8, 4 or 2		DEB_BUILD_OPTIONS=\"parallel=YYY\"
  YYY on amd64: 16 or 15 (!= the first build)
  YYY on i386: 10 or 9 (!= the first build)
  YYY is the same as XXX on arm64
  YYY on armhf: 8, 4, or 2 (not varied systematically)
UTS namespaceshared with the hostmodified using /usr/bin/unshare --uts
env USER is not yet varied between rebuilds of $1.
uid is not yet varied between rebuilds of $1.
gid is not yet varied between rebuilds of $1.
UTS namespace is not yet varied between rebuilds of $1.
kernel version" for a in ${ARCHS} ; do write_page "
on $a one of:" write_page "$(cat /srv/reproducible-results/node-information/*$a* | grep KERNEL | cut -d '=' -f2- | sort -u | tr '\n' '\0' | xargs -0 -n1 echo '
  ')" done write_page "		(on amd64 systematically varied, on i386 as well and also with 32 and 64 bit kernel variation, while on armhf not systematically)
" for a in ${ARCHS} ; do write_page "
on $a one of:" write_page "$(cat /srv/reproducible-results/node-information/*$a* | grep KERNEL | cut -d '=' -f2- | sort -u | tr '\n' '\0' | xargs -0 -n1 echo '
  ')" done write_page "
kernel version, modified using /usr/bin/linux64 --uname-2.6$(uname -sr)$(/usr/bin/linux64 --uname-2.6 uname -sr)
kernel version is not yet varied between rebuilds of $1.
umask00220002
FreeBSD kernel version is not yet varied between rebuilds of $1.
umask is not yet varied between rebuilds of $1.
CPU typeone of: $(cat /srv/reproducible-results/node-information/* | grep CPU_MODEL | cut -d '=' -f2- | sort -u | tr '\n' '\0' | xargs -0 -n1 echo '
  ')		on i386: systematically varied (AMD or Intel CPU with different names & features)
on amd64: same for both builds
on arm64: always the same
on armhf: sometimes varied (depending on the build job), but only the minor CPU revision
year, month, datetoday ($DATE) or (on amd64, i386 and arm64 only) also: $FUTUREon amd64, i386 and arm64: varied (398 days difference)
on armhf: same for both builds (currently, work in progress)
CPU type$(cat /proc/cpuinfo|grep 'model name'|head -1|cut -d ":" -f2-)same for both builds
/bin/sh is not yet varied between rebuilds of $1.
year, month, datetoday ($DATE)same for both builds (currently, work in progress)
year, month, datetoday ($DATE)398 days in the future ($FUTURE)
hour, minuteat least the minute will probably vary between two builds anyway...on amd64, i386 and arm64 the \"future builds\" additionally run 6h and 23min ahead
filesystemtmpfstemporarily not varied using disorderfs (manpage)
hour, minutehour and minute will probably vary between two builds...but this is not enforced systematically... (currently, work in progress)
Filesystemtmpfssame for both builds (currently, this could be varied using disorderfs)
year, month, datetoday ($DATE)the 2nd build is done with the build node set 1 year, 1 month and 1 day in the future
hour, minutehour and minute will vary between two buildsadditionally the \"future build\" also runs 6h and 23min ahead
filesystem of the build directoryufssame for both builds
everything else...is likely the same. So far, this is just about the potential of reproducible builds of Debian - there will be more variations in the wild.
everything else...is likely the same. There will be more variations in the wild.

" } publish_page() { if [ "$1" = "" ] ; then TARGET=$PAGE else TARGET=$1/$PAGE fi cp -v $PAGE $BASE/$TARGET rm $PAGE echo "Enjoy $REPRODUCIBLE_URL/$TARGET" } link_packages() { set +x local i for (( i=1; i<$#+1; i=i+400 )) ; do local string='[' local delimiter='' local j for (( j=0; j<400; j++)) ; do local item=$(( $j+$i )) if (( $item < $#+1 )) ; then string+="${delimiter}\"${!item}\"" delimiter=',' fi done string+=']' cd /srv/jenkins/bin DATA=" $(python3 -c "from reproducible_common import link_packages; \ print(link_packages(${string}, '$SUITE', '$ARCH'))" 2> /dev/null)" cd - > /dev/null write_page "$DATA" done if "$DEBUG" ; then set -x ; fi } gen_package_html() { cd /srv/jenkins/bin python3 -c "import reproducible_html_packages as rep pkg = rep.Package('$1', no_notes=True) rep.gen_packages_html([pkg], no_clean=True)" || echo "Warning: cannot update HTML pages for $1" cd - > /dev/null } calculate_build_duration() { END=$(date +'%s') DURATION=$(( $END - $START )) } print_out_duration() { if [ -z "$DURATION" ]; then return fi local HOUR=$(echo "$DURATION/3600"|bc) local MIN=$(echo "($DURATION-$HOUR*3600)/60"|bc) local SEC=$(echo "$DURATION-$HOUR*3600-$MIN*60"|bc) echo "$(date -u) - total duration: ${HOUR}h ${MIN}m ${SEC}s." | tee -a ${RBUILDLOG} } irc_message() { local CHANNEL="$1" shift local MESSAGE="$@" echo "Sending '$MESSAGE' to $CHANNEL now." kgb-client --conf /srv/jenkins/kgb/$CHANNEL.conf --relay-msg "$MESSAGE" || true # don't fail the whole job } call_diffoscope() { mkdir -p $TMPDIR/$1/$(dirname $2) local TMPLOG=(mktemp --tmpdir=$TMPDIR) local msg="" set +e # remember to also modify the retry diffoscope call 15 lines below ( ulimit -v "$DIFFOSCOPE_VIRT_LIMIT" timeout "$TIMEOUT" nice schroot \ --directory $TMPDIR \ -c source:jenkins-reproducible-${DBDSUITE}-diffoscope \ diffoscope -- \ --html $TMPDIR/$1/$2.html \ $TMPDIR/b1/$1/$2 \ $TMPDIR/b2/$1/$2 2>&1 \ ) 2>&1 >> $TMPLOG RESULT=$? LOG_RESULT=$(grep '^E: 15binfmt: update-binfmts: unable to open' $TMPLOG || true) if [ ! -z "$LOG_RESULT" ] ; then rm -f $TMPLOG $TMPDIR/$1/$2.html echo "$(date -u) - schroot jenkins-reproducible-${DBDSUITE}-diffoscope not available, will sleep 2min and retry." sleep 2m # remember to also modify the retry diffoscope call 15 lines above ( ulimit -v "$DIFFOSCOPE_VIRT_LIMIT" timeout "$TIMEOUT" nice schroot \ --directory $TMPDIR \ -c source:jenkins-reproducible-${DBDSUITE}-diffoscope \ diffoscope -- \ --html $TMPDIR/$1/$2.html \ $TMPDIR/b1/$1/$2 \ $TMPDIR/b2/$1/$2 2>&1 \ ) 2>&1 >> $TMPLOG RESULT=$? fi if ! "$DEBUG" ; then set +x ; fi set -e cat $TMPLOG # print dbd output rm -f $TMPLOG case $RESULT in 0) echo "$(date -u) - $1/$2 is reproducible, yay!" ;; 1) echo "$(date -u) - $DIFFOSCOPE found issues, please investigate $1/$2" ;; 2) msg="$(date -u) - $DIFFOSCOPE had trouble comparing the two builds. Please investigate $1/$2" ;; 124) if [ ! -s $TMPDIR/$1.html ] ; then msg="$(date -u) - $DIFFOSCOPE produced no output for $1/$2 and was killed after running into timeout after ${TIMEOUT}..." else msg="$DIFFOSCOPE was killed after running into timeout after $TIMEOUT, but there is still $TMPDIR/$1/$2.html" fi ;; *) # Process killed by signal exits with 128+${signal number}. # 31 = SIGSYS = maximum signal number in signal(7) if (( $RESULT > 128 )) && (( $RESULT <= 128+31 )); then RESULT="$RESULT (SIG$(kill -l $(($RESULT - 128))))" fi msg="$(date -u) - Something weird happened, $DIFFOSCOPE on $1/$2 exited with $RESULT and I don't know how to handle it." ;; esac if [ ! -z "$msg" ] ; then echo $msg | tee -a $TMPDIR/$1/$2.html fi } get_filesize() { local BYTESIZE="$(du -h -b $1 | cut -f1)" # numbers below 16384K are understood and more meaningful than 16M... if [ $BYTESIZE -gt 16777216 ] ; then SIZE="$(echo $BYTESIZE/1048576|bc)M" elif [ $BYTESIZE -gt 1024 ] ; then SIZE="$(echo $BYTESIZE/1024|bc)K" else SIZE="$BYTESIZE bytes" fi } cleanup_pkg_files() { rm -vf $DEBIAN_BASE/rbuild/${SUITE}/${ARCH}/${SRCPACKAGE}_*.rbuild.log{,.gz} rm -vf $DEBIAN_BASE/logs/${SUITE}/${ARCH}/${SRCPACKAGE}_*.build?.log{,.gz} rm -vf $DEBIAN_BASE/dbd/${SUITE}/${ARCH}/${SRCPACKAGE}_*.diffoscope.html rm -vf $DEBIAN_BASE/dbdtxt/${SUITE}/${ARCH}/${SRCPACKAGE}_*.diffoscope.txt{,.gz} rm -vf $DEBIAN_BASE/buildinfo/${SUITE}/${ARCH}/${SRCPACKAGE}_*.buildinfo rm -vf $DEBIAN_BASE/logdiffs/${SUITE}/${ARCH}/${SRCPACKAGE}_*.diff{,.gz} } # # create the png (and query the db to populate a csv file...) # create_png_from_table() { echo "Checking whether to update $2..." # $1 = id of the stats table # $2 = image file name echo "${FIELDS[$1]}" > ${TABLE[$1]}.csv # prepare query WHERE_EXTRA="WHERE suite = '$SUITE'" if [ "$ARCH" = "armhf" ] ; then # armhf was only build since 2015-08-30 WHERE2_EXTRA="WHERE s.datum >= '2015-08-30'" elif [ "$ARCH" = "i386" ] ; then # i386 was only build since 2016-03-28 WHERE2_EXTRA="WHERE s.datum >= '2016-03-28'" elif [ "$ARCH" = "arm64" ] ; then # arm63 was only build since 2016-12-23 WHERE2_EXTRA="WHERE s.datum >= '2016-12-23'" else WHERE2_EXTRA="" fi if [ $1 -eq 3 ] || [ $1 -eq 4 ] || [ $1 -eq 5 ] || [ $1 -eq 8 ] ; then # TABLE[3+4+5] don't have a suite column: (and TABLE[8] (and 9) is faked, based on 3) WHERE_EXTRA="" fi if [ $1 -eq 0 ] || [ $1 -eq 2 ] ; then # TABLE[0+2] have a architecture column: WHERE_EXTRA="$WHERE_EXTRA AND architecture = '$ARCH'" if [ "$ARCH" = "armhf" ] ; then if [ $1 -eq 2 ] ; then # unstable/armhf was only build since 2015-08-30 (and experimental/armhf since 2015-12-19 and stretch/armhf since 2016-01-01) WHERE_EXTRA="$WHERE_EXTRA AND datum >= '2015-08-30'" fi elif [ "$ARCH" = "i386" ] ; then if [ $1 -eq 2 ] ; then # i386 was only build since 2016-03-28 WHERE_EXTRA="$WHERE_EXTRA AND datum >= '2016-03-28'" fi elif [ "$ARCH" = "arm64" ] ; then if [ $1 -eq 2 ] ; then # arm64 was only build since 2016-12-23 WHERE_EXTRA="$WHERE_EXTRA AND datum >= '2016-12-23'" fi fi # stretch/amd64 was only build since... # WHERE2_EXTRA="WHERE s.datum >= '2015-03-08'" # experimental/amd64 was only build since... # WHERE2_EXTRA="WHERE s.datum >= '2015-02-28'" fi # run query if [ $1 -eq 1 ] ; then # not sure if it's worth to generate the following query... WHERE_EXTRA="AND architecture='$ARCH'" # This query becomes much more obnoxious when gaining # compatibility with postgres query_to_csv "SELECT stats.datum, COALESCE(reproducible_stretch,0) AS reproducible_stretch, COALESCE(reproducible_buster,0) AS reproducible_buster, COALESCE(reproducible_unstable,0) AS reproducible_unstable, COALESCE(reproducible_experimental,0) AS reproducible_experimental, COALESCE(unreproducible_stretch,0) AS unreproducible_stretch, COALESCE(unreproducible_buster,0) AS unreproducible_buster, COALESCE(unreproducible_unstable,0) AS unreproducible_unstable, COALESCE(unreproducible_experimental,0) AS unreproducible_experimental, COALESCE(FTBFS_stretch,0) AS FTBFS_stretch, COALESCE(FTBFS_buster,0) AS FTBFS_buster, COALESCE(FTBFS_unstable,0) AS FTBFS_unstable, COALESCE(FTBFS_experimental,0) AS FTBFS_experimental, COALESCE(other_stretch,0) AS other_stretch, COALESCE(other_buster,0) AS other_buster, COALESCE(other_unstable,0) AS other_unstable, COALESCE(other_experimental,0) AS other_experimental FROM (SELECT s.datum, COALESCE((SELECT e.reproducible FROM stats_builds_per_day AS e WHERE s.datum=e.datum AND suite='stretch' $WHERE_EXTRA),0) AS reproducible_stretch, COALESCE((SELECT e.reproducible FROM stats_builds_per_day AS e WHERE s.datum=e.datum AND suite='buster' $WHERE_EXTRA),0) AS reproducible_buster, COALESCE((SELECT e.reproducible FROM stats_builds_per_day AS e WHERE s.datum=e.datum AND suite='unstable' $WHERE_EXTRA),0) AS reproducible_unstable, COALESCE((SELECT e.reproducible FROM stats_builds_per_day AS e WHERE s.datum=e.datum AND suite='experimental' $WHERE_EXTRA),0) AS reproducible_experimental, (SELECT e.unreproducible FROM stats_builds_per_day e WHERE s.datum=e.datum AND suite='stretch' $WHERE_EXTRA) AS unreproducible_stretch, (SELECT e.unreproducible FROM stats_builds_per_day e WHERE s.datum=e.datum AND suite='buster' $WHERE_EXTRA) AS unreproducible_buster, (SELECT e.unreproducible FROM stats_builds_per_day e WHERE s.datum=e.datum AND suite='unstable' $WHERE_EXTRA) AS unreproducible_unstable, (SELECT e.unreproducible FROM stats_builds_per_day e WHERE s.datum=e.datum AND suite='experimental' $WHERE_EXTRA) AS unreproducible_experimental, (SELECT e.FTBFS FROM stats_builds_per_day e WHERE s.datum=e.datum AND suite='stretch' $WHERE_EXTRA) AS FTBFS_stretch, (SELECT e.FTBFS FROM stats_builds_per_day e WHERE s.datum=e.datum AND suite='buster' $WHERE_EXTRA) AS FTBFS_buster, (SELECT e.FTBFS FROM stats_builds_per_day e WHERE s.datum=e.datum AND suite='unstable' $WHERE_EXTRA) AS FTBFS_unstable, (SELECT e.FTBFS FROM stats_builds_per_day e WHERE s.datum=e.datum AND suite='experimental' $WHERE_EXTRA) AS FTBFS_experimental, (SELECT e.other FROM stats_builds_per_day e WHERE s.datum=e.datum AND suite='stretch' $WHERE_EXTRA) AS other_stretch, (SELECT e.other FROM stats_builds_per_day e WHERE s.datum=e.datum AND suite='buster' $WHERE_EXTRA) AS other_buster, (SELECT e.other FROM stats_builds_per_day e WHERE s.datum=e.datum AND suite='unstable' $WHERE_EXTRA) AS other_unstable, (SELECT e.other FROM stats_builds_per_day e WHERE s.datum=e.datum AND suite='experimental' $WHERE_EXTRA) AS other_experimental FROM stats_builds_per_day AS s $WHERE2_EXTRA GROUP BY s.datum) as stats ORDER BY datum" >> ${TABLE[$1]}.csv elif [ $1 -eq 2 ] ; then # just make a graph of the oldest reproducible build (ignore FTBFS and unreproducible) query_to_csv "SELECT datum, oldest_reproducible FROM ${TABLE[$1]} ${WHERE_EXTRA} ORDER BY datum" >> ${TABLE[$1]}.csv elif [ $1 -eq 7 ] ; then query_to_csv "SELECT datum, $SUM_DONE, $SUM_OPEN from ${TABLE[3]} ORDER BY datum" >> ${TABLE[$1]}.csv elif [ $1 -eq 8 ] ; then query_to_csv "SELECT ${FIELDS[$1]} from ${TABLE[3]} ${WHERE_EXTRA} ORDER BY datum" >> ${TABLE[$1]}.csv elif [ $1 -eq 9 ] ; then query_to_csv "SELECT datum, $REPRODUCIBLE_DONE, $REPRODUCIBLE_OPEN from ${TABLE[3]} ORDER BY datum" >> ${TABLE[$1]}.csv else query_to_csv "SELECT ${FIELDS[$1]} from ${TABLE[$1]} ${WHERE_EXTRA} ORDER BY datum" >> ${TABLE[$1]}.csv fi # this is a gross hack: normally we take the number of colors a table should have... # for the builds_age table we only want one color, but different ones, so this hack: COLORS=${COLOR[$1]} if [ $1 -eq 2 ] ; then case "$SUITE" in stretch) COLORS=40 ;; buster) COLORS=41 ;; unstable) COLORS=42 ;; experimental) COLORS=43 ;; esac fi local WIDTH=1920 local HEIGHT=960 # only generate graph if the query returned data if [ $(cat ${TABLE[$1]}.csv | wc -l) -gt 1 ] ; then echo "Updating $2..." DIR=$(dirname $2) mkdir -p $DIR echo "Generating $2." /srv/jenkins/bin/make_graph.py ${TABLE[$1]}.csv $2 ${COLORS} "${MAINLABEL[$1]}" "${YLABEL[$1]}" $WIDTH $HEIGHT mv $2 $DEBIAN_BASE/$DIR [ "$DIR" = "." ] || rmdir $(dirname $2) # create empty dummy png if there havent been any results ever elif [ ! -f $DEBIAN_BASE/$DIR/$(basename $2) ] ; then DIR=$(dirname $2) mkdir -p $DIR echo "Creating $2 dummy." convert -size 1920x960 xc:#aaaaaa -depth 8 $2 mv $2 $DEBIAN_BASE/$DIR [ "$DIR" = "." ] || rmdir $(dirname $2) fi rm ${TABLE[$1]}.csv }