#!/bin/sh -- # no runable script, just for vi EXIT_CODE=0 while [ -n "$1" -a -z "$CHECK_ARGS" ]; do if [ "$1" = "-q" ]; then export MSGLEVEL=2 elif [ "$1" = "-qq" ]; then export MSGLEVEL=1 elif [ "$1" = "-v" ]; then export MSGLEVEL=4 elif [ "$1" = '--color=no' ]; then export MSGCOLOR='NO' elif [ "$1" = '--color=yes' ]; then export MSGCOLOR='YES' elif [ "$1" = '--color' ]; then export MSGCOLOR="$(echo "$2" | tr 'a-z' 'A-Z')" shift elif [ "$1" = '--level' ]; then export MSGLEVEL=$2 shift else echo >&2 "WARNING: Unknown parameter »$1« will be ignored" fi shift done export MSGLEVEL="${MSGLEVEL:-3}" # we all like colorful messages if [ "${MSGCOLOR:-YES}" = 'YES' ]; then if [ ! -t 1 ]; then # but check that we output to a terminal export MSGCOLOR='NO' fi fi if [ "$MSGCOLOR" != 'NO' ]; then CERROR="\033[1;31m" # red CWARNING="\033[1;33m" # yellow CMSG="\033[1;32m" # green CINFO="\033[1;96m" # light blue CDEBUG="\033[1;94m" # blue CNORMAL="\033[0;39m" # default system console color CDONE="\033[1;32m" # green CPASS="\033[1;32m" # green CFAIL="\033[1;31m" # red CCMD="\033[1;35m" # pink fi msgprintf() { local START="$1" local MIDDLE="$2" local END="$3" shift 3 if [ -n "$1" ]; then printf "$START " "$1" shift while [ -n "$1" ]; do printf "$MIDDLE " "$(echo "$1" | sed -e 's#^apt\([cfghks]\)#apt-\1#')" shift done fi printf "${END}" } msgdie() { msgprintf "${CERROR}E: %s" '%s' "${CNORMAL}\n" "$@" >&2; exit 1; } msgwarn() { msgprintf "${CWARNING}W: %s" '%s' "${CNORMAL}\n" "$@" >&2; } msgmsg() { msgprintf "${CMSG}%s" '%s' "${CNORMAL}\n" "$@"; } msginfo() { msgprintf "${CINFO}I: %s" '%s' "${CNORMAL}\n" "$@"; } msgdebug() { msgprintf "${CDEBUG}D: %s" '%s' "${CNORMAL}\n" "$@"; } msgdone() { msgprintf "${CDONE}DONE" '%s' "${CNORMAL}\n" "$@"; } msgnwarn() { msgprintf "${CWARNING}W: %s" '%s' "${CNORMAL}" "$@" >&2; } msgnmsg() { msgprintf "${CMSG}%s" '%s' "${CNORMAL}" "$@"; } msgninfo() { msgprintf "${CINFO}I: %s" '%s' "${CNORMAL}" "$@"; } msgndebug() { msgprintf "${CDEBUG}D: %s" '%s' "${CNORMAL}" "$@"; } msgtest() { msgprintf "${CINFO}%s" "${CCMD}%s${CINFO}" "…${CNORMAL} " "$@"; } msgpass() { printf "${CPASS}PASS${CNORMAL}\n"; } msgreportheader() { if [ -n "$MSGTEST_MSG" ]; then test "$1" != 'msgfailoutput' || echo if [ -n "$MSGTEST_MSGMSG" ]; then echo "$MSGTEST_MSGMSG" fi if [ -n "$MSGTEST_GRP" ] && [ "$MSGTEST_GRP" != 'NEXT' ] && [ "$MSGTEST_GRP" != "$MSGTEST_MSG" ]; then echo "${CFAIL}Part of the test group: $MSGTEST_GRP" fi echo -n "$MSGTEST_MSG" unset MSGTEST_MSG fi } msgskip() { msgreportheader 'msgskip' if [ $# -gt 0 ]; then printf "${CWARNING}SKIP: $*${CNORMAL}\n" >&2; else printf "${CWARNING}SKIP${CNORMAL}\n" >&2; fi } msgfail() { msgreportheader 'msgfail' if [ $# -gt 0 ] && [ -n "$1" ]; then printf "${CFAIL}FAIL: $*${CNORMAL}\n" >&2; else printf "${CFAIL}FAIL${CNORMAL}\n" >&2; fi if [ -n "$APT_DEBUG_TESTS" ]; then runapt $SHELL fi EXIT_CODE=$((EXIT_CODE+1)); } MSGGROUP_LEVEL=0 msggroup() { if [ -n "$1" ]; then if [ $MSGGROUP_LEVEL = 0 ]; then MSGTEST_GRP='NEXT' fi MSGGROUP_LEVEL=$((MSGGROUP_LEVEL+1)); else MSGGROUP_LEVEL=$((MSGGROUP_LEVEL-1)); if [ $MSGGROUP_LEVEL = 0 ]; then unset MSGTEST_GRP fi fi } # enable / disable Debugging if [ $MSGLEVEL -le 0 ]; then msgdie() { true; } fi if [ $MSGLEVEL -le 1 ]; then msgwarn() { true; } msgnwarn() { true; } fi if [ $MSGLEVEL -le 2 ]; then msgmsg() { MSGTEST_MSGMSG="$(msgprintf "${CMSG}%s" '%s' "${CNORMAL}" "$@")" } msgnmsg() { true; } msgtest() { MSGTEST_MSG="$(msgprintf "${CINFO}%s" "${CCMD}%s${CINFO}" "…${CNORMAL} " "$@")" if [ "$MSGTEST_GRP" = 'NEXT' ]; then MSGTEST_GRP="$MSGTEST_MSG" fi } msgpass() { printf " ${CPASS}P${CNORMAL}"; } fi if [ $MSGLEVEL -le 3 ]; then msginfo() { true; } msgninfo() { true; } fi if [ $MSGLEVEL -le 4 ]; then msgdebug() { true; } msgndebug() { true; } fi if [ $MSGLEVEL -le 1 ]; then msgpass() { true; } fi msgdone() { if [ "$1" = "debug" -a $MSGLEVEL -le 4 ] || [ "$1" = "info" -a $MSGLEVEL -le 3 ] || [ "$1" = "msg" -a $MSGLEVEL -le 2 ] || [ "$1" = "warn" -a $MSGLEVEL -le 1 ] || [ "$1" = "die" -a $MSGLEVEL -le 0 ]; then true; else printf "${CDONE}DONE${CNORMAL}\n"; fi } getaptconfig() { if [ -f ./aptconfig.conf ]; then echo "$(readlink -f ./aptconfig.conf)" elif [ -f ../aptconfig.conf ]; then echo "$(readlink -f ../aptconfig.conf)" elif [ -f ../../aptconfig.conf ]; then echo "$(readlink -f ../../aptconfig.conf)" elif [ -f "${TMPWORKINGDIRECTORY}/aptconfig.conf" ]; then echo "$(readlink -f "${TMPWORKINGDIRECTORY}/aptconfig.conf")" fi } runapt() { msgdebug "Executing: ${CCMD}$*${CDEBUG} " local CMD="$1" shift case "$CMD" in sh|aptitude|*/*|command) ;; *) CMD="${APTCMDLINEBINDIR}/$CMD";; esac if [ "$CMD" = 'aptitude' ]; then MALLOC_PERTURB_=21 MALLOC_CHECK_=2 APT_CONFIG="$(getaptconfig)" LD_LIBRARY_PATH="${LIBRARYPATH}:${LD_LIBRARY_PATH}" command "$CMD" "$@" else MALLOC_PERTURB_=21 MALLOC_CHECK_=2 APT_CONFIG="$(getaptconfig)" LD_LIBRARY_PATH="${LIBRARYPATH}:${LD_LIBRARY_PATH}" "$CMD" "$@" fi } runpython3() { runapt command python3 "$@"; } aptconfig() { runapt apt-config "$@"; } aptcache() { runapt apt-cache "$@"; } aptcdrom() { runapt apt-cdrom "$@"; } aptget() { runapt apt-get "$@"; } aptftparchive() { runapt "${APTFTPARCHIVEBINDIR}/apt-ftparchive" "$@"; } aptkey() { runapt apt-key "$@"; } aptmark() { runapt apt-mark "$@"; } aptsortpkgs() { runapt apt-sortpkgs "$@"; } apt() { runapt apt "$@"; } apthelper() { runapt "${APTHELPERBINDIR}/apt-helper" "$@"; } aptwebserver() { runapt "${APTTESTHELPERSBINDIR}/aptwebserver" "$@"; } aptitude() { runapt aptitude "$@"; } aptextracttemplates() { runapt apt-extracttemplates "$@"; } aptinternalsolver() { runapt "${APTINTERNALSOLVER}" "$@"; } aptdumpsolver() { runapt "${APTDUMPSOLVER}" "$@"; } aptinternalplanner() { runapt "${APTINTERNALPLANNER}" "$@"; } dpkg() { "${TMPWORKINGDIRECTORY}/rootdir/usr/bin/dpkg" "$@" } dpkgquery() { command dpkg-query --admindir="${TMPWORKINGDIRECTORY}/rootdir/var/lib/dpkg" "$@" } dpkg_version() { command perl -MDpkg -E 'say $Dpkg::PROGVERSION' } dpkgcheckbuilddeps() { command dpkg-checkbuilddeps --admindir="${TMPWORKINGDIRECTORY}/rootdir/var/lib/dpkg" "$@" } gdb() { local CMD case "$1" in aptget) CMD="apt-get";; aptcache) CMD="apt-cache";; aptcdrom) CMD="apt-cdrom";; aptconfig) CMD="apt-config";; aptmark) CMD="apt-mark";; apthelper) CMD="apt-helper";; aptftparchive) CMD="apt-ftparchive";; dpkg) shift; runapt "${TMPWORKINGDIRECTORY}/rootdir/usr/bin/gdb-dpkg" "$@"; return;; *) CMD="$1";; esac shift if [ "${CMD##*/}" = "$CMD" ]; then CMD="${APTCMDLINEBINDIR}/${CMD}" fi runapt command gdb --quiet -ex "directory '$SOURCEDIRECTORY'" -ex run "$CMD" --args "$CMD" "$@" } valgrind() { local CMD case "$1" in aptget) CMD="apt-get";; aptcache) CMD="apt-cache";; aptcdrom) CMD="apt-cdrom";; aptconfig) CMD="apt-config";; aptmark) CMD="apt-mark";; apthelper) CMD="apt-helper";; aptftparchive) CMD="apt-ftparchive";; dpkg) shift; runapt "${TMPWORKINGDIRECTORY}/rootdir/usr/bin/gdb-dpkg" "$@"; return;; *) CMD="$1";; esac shift if [ "${CMD##*/}" = "$CMD" ]; then CMD="${APTCMDLINEBINDIR}/${CMD}" fi runapt command valgrind "$CMD" "$@" } lastmodification() { date -u -d "@$(stat -c '%Y' "${TMPWORKINGDIRECTORY}/$1")" -R } releasefiledate() { grep "^${2:-Date}:" "$1" | cut -d' ' -f 2- } exitwithstatus() { # error if we about to overflow, but ... # "255 failures ought to be enough for everybody" if [ $EXIT_CODE -gt 255 ]; then msgdie "Total failure count $EXIT_CODE too big" fi exit $((EXIT_CODE <= 255 ? EXIT_CODE : 255)); } shellsetedetector() { local exit_status=$? if [ "$exit_status" != '0' ]; then printf >&2 "${CERROR}E: Looks like the testcases ended prematurely with exitcode: ${exit_status}${CNORMAL}\n" if [ "$EXIT_CODE" = '0' ]; then EXIT_CODE="$exit_status" fi fi } addtrap() { if [ "$1" = 'prefix' ]; then CURRENTTRAP="$2 $CURRENTTRAP" else CURRENTTRAP="$CURRENTTRAP $1" fi trap "shellsetedetector; $CURRENTTRAP exitwithstatus;" 0 HUP INT QUIT ILL ABRT FPE SEGV PIPE TERM } escape_shell() { echo "$@" | sed -e "s#'#'\"'\"'#g" } find_project_binary_dir() { if [ -z "$PROJECT_BINARY_DIR" ]; then PROJECT_BINARY_DIR= for dir in ${TESTDIRECTORY}/../../ ${TESTDIRECTORY}/../../*; do test -e "$dir/CMakeCache.txt" || continue if [ -z "$PROJECT_BINARY_DIR" ] || [ "$dir/CMakeCache.txt" -nt "$PROJECT_BINARY_DIR/CMakeCache.txt" ]; then PROJECT_BINARY_DIR="$dir" fi done if [ -z "$PROJECT_BINARY_DIR" ]; then echo "Cannot find build directory, you might want to set PROJECT_BINARY_DIR" >&2 exit 1 fi export PROJECT_BINARY_DIR fi } _removetmpworkingdirectory() { cd / if [ -n "$TMPWORKINGDIRECTORY" -a -d "$TMPWORKINGDIRECTORY" ]; then rm -rf "$TMPWORKINGDIRECTORY" fi TMPWORKINGDIRECTORY='' } setupenvironment() { # cleanup the environment a bit export LC_ALL=C unset LANGUAGE COLUMNS NLSPATH unset APT_CONFIG DPKG_ADMINDIR DPKG_COLORS unset DEB_CHECK_COMMAND DEB_SIGN_KEYID DEB_BUILD_OPTIONS DEB_BUILD_PROFILES unset DH_VERBOSE DH_QUIET DH_COMPAT DH_NO_ACT DH_OPTIONS DH_EXTRA_ADDONS unset GREP_OPTIONS POSIXLY_CORRECT unset http_proxy HTTP_PROXY https_proxy HTTPS_PROXY no_proxy export GCOV_ERROR_FILE=/dev/null # Next check needs a gnu stat, let's figure that out early. stat=stat if command -v gnustat >/dev/null 2>&1; then stat=gnustat fi # privilege dropping and testing doesn't work if /tmp isn't world-writeable (as e.g. with libpam-tmpdir) if [ -n "$TMPDIR" ] && [ "$(id -u)" = '0' ] && [ "$($stat --format '%a' "$TMPDIR")" != '1777' ]; then unset TMPDIR fi if [ -z "$TMPWORKINGDIRECTORY" ]; then addtrap '_removetmpworkingdirectory;' TMPWORKINGDIRECTORY="$(mktemp -d)" fi if [ -n "$TMPDIR_ADD" ]; then TMPWORKINGDIRECTORY="${TMPWORKINGDIRECTORY}/${TMPDIR_ADD}" mkdir -p "$TMPWORKINGDIRECTORY" unset TMPDIR_ADD export TMPDIR="$TMPWORKINGDIRECTORY" fi msgninfo "Preparing environment for ${0##*/} in ${TMPWORKINGDIRECTORY}…" # Setup coreutils on BSD systems mkdir "${TMPWORKINGDIRECTORY}/bin" for prefix in gnu g; do for command in stat touch sed cp tr sha1sum sha256sum md5sum sha512sum grep date wc chmod head readlink tar expr base64; do if command -v $prefix$command 2>/dev/null >/dev/null; then [ -e "${TMPWORKINGDIRECTORY}/bin/$command" ] || ln -sf $(command -v $prefix$command) "${TMPWORKINGDIRECTORY}/bin/$command" fi done done export PATH="${TMPWORKINGDIRECTORY}/bin/:$PATH" if [ -z "$TESTDIRECTORY" ]; then TESTDIRECTORY="$(readlink -f "$(dirname $0)")" fi cd "$TMPWORKINGDIRECTORY" mkdir -m 700 'downloaded' if [ "$(id -u)" = '0' ]; then # relax permissions so that running as root with user switching works umask 022 chmod 711 "$TMPWORKINGDIRECTORY" chown _apt:$(id -gn) "${TMPWORKINGDIRECTORY}/downloaded" fi mkdir -p 'rootdir/usr/bin' 'rootdir/var/cache' 'rootdir/var/lib' 'rootdir/var/log' 'rootdir/var/crash' 'rootdir/tmp' _setupprojectenvironment # create some files in /tmp and look at user/group to get what this means TEST_DEFAULT_USER="$(id -un)" touch "${TMPWORKINGDIRECTORY}/test-file" TEST_DEFAULT_GROUP=$(stat --format '%G' "${TMPWORKINGDIRECTORY}/test-file") if [ -r "${TESTDIRECTORY}/extra-environment" ]; then . "${TESTDIRECTORY}/extra-environment" fi msgdone "info" } _setupprojectenvironment() { # allow overriding the default BUILDDIR locations SOURCEDIRECTORY="${APT_INTEGRATION_TESTS_SOURCE_DIR:-"${TESTDIRECTORY}/../../"}" BUILDDIRECTORY="${APT_INTEGRATION_TESTS_BUILD_DIR:-"$(find_project_binary_dir; printf '%s' "$PROJECT_BINARY_DIR")"}" LIBRARYPATH="${APT_INTEGRATION_TESTS_LIBRARY_PATH:-"${BUILDDIRECTORY}/apt-pkg"}" METHODSDIR="${APT_INTEGRATION_TESTS_METHODS_DIR:-"${BUILDDIRECTORY}/methods"}" APTHELPERBINDIR="${APT_INTEGRATION_TESTS_LIBEXEC_DIR:-"${BUILDDIRECTORY}/cmdline"}" APTTESTHELPERSBINDIR="${APT_INTEGRATION_TESTS_HELPERS_BIN_DIR:-"${BUILDDIRECTORY}/test/interactive-helper"}" APTFTPARCHIVEBINDIR="${APT_INTEGRATION_TESTS_FTPARCHIVE_BIN_DIR:-"${BUILDDIRECTORY}/ftparchive"}" APTCMDLINEBINDIR="${APT_INTEGRATION_TESTS_CMDLINE_BIN_DIR:-"${BUILDDIRECTORY}/cmdline"}" APTINTERNALSOLVER="${APT_INTEGRATION_TESTS_INTERNAL_SOLVER:-"${APTCMDLINEBINDIR}/solvers/apt"}" APTDUMPSOLVER="${APT_INTEGRATION_TESTS_DUMP_SOLVER:-"${APTCMDLINEBINDIR}/solvers/dump"}" APTINTERNALPLANNER="${APT_INTEGRATION_TESTS_INTERNAL_PLANNER:-"${APTCMDLINEBINDIR}/planners/apt"}" ARTIFACTSDIR="${APT_INTEGRATION_TESTS_ARTIFACTS_DIR:-"${BUILDDIRECTORY}/artifacts"}" test -x "${APTCMDLINEBINDIR}/apt-get" || msgdie 'You need to build tree first' echo "#x-apt-configure-index \"${SOURCEDIRECTORY}/doc/examples/configure-index\";" > aptconfig.conf mkdir aptarchive keys cd rootdir mkdir -p etc/apt/apt.conf.d etc/apt/sources.list.d etc/apt/trusted.gpg.d etc/apt/preferences.d mkdir -p var/lib/dpkg/info var/lib/dpkg/updates var/lib/dpkg/triggers mkdir -p usr/lib/apt/solvers usr/lib/apt/planners touch var/lib/dpkg/available var/lib/dpkg/lock echo '1' > var/lib/dpkg/info/format ln -s "${METHODSDIR}" usr/lib/apt/methods ln -s "${APTDUMPSOLVER}" usr/lib/apt/solvers/dump ln -s "${APTDUMPSOLVER}" usr/lib/apt/planners/dump ln -s "${APTINTERNALSOLVER}" usr/lib/apt/solvers/apt ln -s "${APTINTERNALPLANNER}" usr/lib/apt/planners/apt echo "Dir::Bin::Solvers \"${TMPWORKINGDIRECTORY}/rootdir/usr/lib/apt/solvers\";" >> ../aptconfig.conf echo "Dir::Bin::Planners \"${TMPWORKINGDIRECTORY}/rootdir/usr/lib/apt/planners\";" >> ../aptconfig.conf # use the autoremove from the BUILDDIRECTORY if its there, otherwise system if [ -z "${APT_INTEGRATION_TESTS_SOURCE_DIR}" ]; then ln -s "${SOURCEDIRECTORY}/debian/apt.conf.autoremove" etc/apt/apt.conf.d/01autoremove else ln -s /etc/apt/apt.conf.d/01autoremove etc/apt/apt.conf.d/01autoremove fi cd .. local BASENAME="${0##*/}" local PACKAGESFILE="Packages-${BASENAME#*-}" if [ -f "${TESTDIRECTORY}/${PACKAGESFILE}" ]; then cp "${TESTDIRECTORY}/${PACKAGESFILE}" aptarchive/Packages fi local SOURCESSFILE="Sources-${BASENAME#*-}" if [ -f "${TESTDIRECTORY}/${SOURCESSFILE}" ]; then cp "${TESTDIRECTORY}/${SOURCESSFILE}" aptarchive/Sources fi find "$TESTDIRECTORY" \( -name '*.pub' -o -name '*.sec' \) -exec cp '{}' keys/ \; chmod 644 keys/* ln -s "${TMPWORKINGDIRECTORY}/keys/joesixpack.pub" rootdir/etc/apt/trusted.gpg.d/joesixpack.gpg echo "Dir \"${TMPWORKINGDIRECTORY}/rootdir\";" >> aptconfig.conf echo "Dir::Etc \"etc\";" >> aptconfig.conf echo "Dir::State \"var/lib/apt\";" >> aptconfig.conf echo "Dir::Cache \"var/cache/apt\";" >> aptconfig.conf echo "Dir::Etc \"etc/apt\";" >> aptconfig.conf echo "Dir::Log \"var/log/apt\";" >> aptconfig.conf echo "APT::Get::Show-User-Simulation-Note \"false\";" >> aptconfig.conf echo "Dir::Bin::Methods \"${TMPWORKINGDIRECTORY}/rootdir/usr/lib/apt/methods\";" >> aptconfig.conf # either store apt-key were we can access it, even if we run it as a different user #cp "${APTCMDLINEBINDIR}/apt-key" "${TMPWORKINGDIRECTORY}/rootdir/usr/bin/" #chmod o+rx "${TMPWORKINGDIRECTORY}/rootdir/usr/bin/apt-key" #echo "Dir::Bin::apt-key \"${TMPWORKINGDIRECTORY}/rootdir/usr/bin/apt-key\";" >> aptconfig.conf # destroys coverage reporting though, so we disable changing user for the calling gpgv echo "Dir::Bin::apt-key \"${APTCMDLINEBINDIR}/apt-key\";" >> aptconfig.conf if [ "$(id -u)" = '0' ]; then echo 'Binary::gpgv::APT::Sandbox::User "root";' >> aptconfig.conf # same for the solver executables echo 'APT::Solver::RunAsUser "root";' >> aptconfig.conf echo 'APT::Planner::RunAsUser "root";' >> aptconfig.conf fi cat > "${TMPWORKINGDIRECTORY}/rootdir/usr/bin/dpkg" <> "${TMPWORKINGDIRECTORY}/rootdir/usr/bin/dpkg" </dev/null 2>&1; then EXEC='' ORIGINAL="${TMPWORKINGDIRECTORY}/rootdir/var/lib/dpkg/status" BACKUP="${TMPWORKINGDIRECTORY}/rootdir/var/lib/dpkg/status.apt-backup" restoredpkgstatus() { if [ -n "\$BACKUP" ]; then if [ -e "\$BACKUP" ]; then mv -f "\$BACKUP" "\$ORIGINAL" else rm -f "\$ORIGINAL" fi BACKUP='' fi } trap "restoredpkgstatus;" 0 HUP INT QUIT ILL ABRT FPE SEGV PIPE TERM if [ -e "\$ORIGINAL" ]; then cp -a "\$ORIGINAL" "\$BACKUP" fi cat >> "${TMPWORKINGDIRECTORY}/rootdir/var/lib/dpkg/status" << EOS Package: dpkg Architecture: all Version: ${DPKG_VERSION}+fake Status: install ok installed Maintainer: Joe Sixpack Installed-Size: 42 Description: tells dpkg it supports what we need Some versions of dpkg check its own version from the status file to know if it supports multi-arch and stuff in --assert-*. EOS fi EOF fi cat >> "${TMPWORKINGDIRECTORY}/rootdir/usr/bin/dpkg" <> "${TMPWORKINGDIRECTORY}/rootdir/usr/bin/gdb-dpkg" < rootdir/etc/apt/apt.conf.d/99dpkg { echo 'quiet "0";' echo 'quiet::NoUpdate "true";' echo 'quiet::NoStatistic "true";' # too distracting for users, but helpful to detect changes echo 'Acquire::Progress::Ignore::ShowErrorText "true";' echo 'Acquire::Progress::Diffpercent "true";' # in testcases, it can appear as if localhost has a rotation setup, # hide this as we can't really deal with it properly echo 'Acquire::Failure::ShowIP "false";' # randomess and tests don't play well together echo 'Acquire::IndexTargets::Randomized "false";' # fakeroot can't fake everything, so disabled in production but good for tests echo 'APT::Sandbox::Verify "true";' } >> aptconfig.conf cp "${TESTDIRECTORY}/apt.pem" "${TMPWORKINGDIRECTORY}/rootdir/etc/webserver.pem" if [ "$(id -u)" = '0' ]; then chown _apt:$(id -gn) "${TMPWORKINGDIRECTORY}/rootdir/etc/webserver.pem" fi echo "Acquire::https::CaInfo \"${TMPWORKINGDIRECTORY}/rootdir/etc/webserver.pem\";" > rootdir/etc/apt/apt.conf.d/99https echo "Apt::Cmd::Disable-Script-Warning \"1\";" > rootdir/etc/apt/apt.conf.d/apt-binary export APT_KEY_DONT_WARN_ON_DANGEROUS_USAGE=no echo 'Acquire::Connect::AddrConfig "false";' > rootdir/etc/apt/apt.conf.d/connect-addrconfig # Allow release files to be 10 hours in the future, rather than 10 seconds echo 'Acquire::Max-FutureTime "'$((10 * 60 * 60))'";' > rootdir/etc/apt/apt.conf.d/future-time echo 'APT::Machine-ID "912e43bd1c1d4ba481f9f8ccab25f9ee";' > rootdir/etc/apt/apt.conf.d/machine-id configcompression '.' 'gz' #'bz2' 'lzma' 'xz' confighashes 'SHA256' # these are tests, not security best-practices # Make dpkg inherit testing path echo 'DPkg::Path "";' >> aptconfig.conf echo 'Dir::Bin::ischroot "/bin/false";' >> aptconfig.conf # If gpgv supports --weak-digest, pass it to make sure we can disable SHA1 if aptkey verify --weak-digest SHA1 --help 2>/dev/null >/dev/null; then echo 'Acquire::gpgv::Options { "--weak-digest"; "sha1"; };' > rootdir/etc/apt/apt.conf.d/no-sha1 fi # most tests just need one signed Release file, not both export APT_DONT_SIGN='Release.gpg' # prefer our apt binaries over the system apt binaries export PATH="${APTCMDLINEBINDIR}:${PATH}:/usr/sbin:/sbin" } getarchitecture() { if [ "$1" = "native" -o -z "$1" ]; then eval `aptconfig shell ARCH APT::Architecture` if [ -n "$ARCH" ]; then echo $ARCH else dpkg --print-architecture fi else echo $1 fi } getarchitectures() { aptconfig dump --no-empty --format '%v%n' APT::Architecture APT::Architectures | sort -u | tr '\n' ' ' } getarchitecturesfromcommalist() { echo "$1" | sed -e 's#,#\n#g' | sed -e "s/^native\$/$(getarchitecture 'native')/" } configarchitecture() { { echo "APT::Architecture \"$(getarchitecture $1)\";" while [ -n "$1" ]; do echo "APT::Architectures:: \"$(getarchitecture $1)\";" shift done } >rootdir/etc/apt/apt.conf.d/01multiarch.conf configdpkg } configdpkg() { if [ ! -e rootdir/var/lib/dpkg/status ]; then local BASENAME="${0##*/}" local STATUSFILE="status-${BASENAME#*-}" if [ -f "${TESTDIRECTORY}/${STATUSFILE}" ]; then cp "${TESTDIRECTORY}/${STATUSFILE}" rootdir/var/lib/dpkg/status # Add an empty line to the end if there is none if tail -1 rootdir/var/lib/dpkg/status | grep -q .; then echo >> rootdir/var/lib/dpkg/status fi fi fi rm -f rootdir/etc/apt/apt.conf.d/00foreigndpkg if dpkg --assert-multi-arch >/dev/null 2>&1 ; then local ARCHS="$(getarchitectures)" local DPKGARCH="$(dpkg --print-architecture)" # this ensures that even if multi-arch isn't active in the view # of apt, given that dpkg can't be told which arch is native # the arch apt treats as native might be foreign for dpkg for ARCH in ${ARCHS}; do if [ "${ARCH}" != "${DPKGARCH}" ]; then if ! dpkg --add-architecture ${ARCH} >rootdir/tmp/dpkgaddarch.output 2>&1; then if grep -q 'pkg-config-dpkghook' rootdir/tmp/dpkgaddarch.output; then msgwarn 'Ignoring failure of dpkg --add-architecture as it is likely due to pkg-config-dpkghook (see #824774)' else # old-style used e.g. in Ubuntu-P – and as it seems travis echo "DPKG::options:: \"--foreign-architecture\";" >> rootdir/etc/apt/apt.conf.d/00foreigndpkg echo "DPKG::options:: \"${ARCH}\";" >> rootdir/etc/apt/apt.conf.d/00foreigndpkg fi fi fi done else # test multiarch before dpkg is ready for it… echo "DPKG::options:: \"--force-architecture\";" > rootdir/etc/apt/apt.conf.d/00foreigndpkg fi } configdpkgnoopchroot() { # create a library to noop chroot() and rewrite maintainer script executions # via execvp() as used by dpkg as we don't want our rootdir to be a fullblown # chroot directory dpkg could chroot into to execute the maintainer scripts msgtest 'Building library to preload to make maintainerscript work in' 'dpkg' cat > noopchroot.c << EOF #define _GNU_SOURCE #include #include #include #include static char * chrootdir = NULL; int chroot(const char *path) { printf("WARNING: CHROOTing to %s was ignored!\n", path); free(chrootdir); chrootdir = strdup(path); return 0; } int execvp(const char *file, char *const argv[]) { static int (*func_execvp) (const char *, char * const []) = NULL; if (func_execvp == NULL) func_execvp = (int (*) (const char *, char * const [])) dlsym(RTLD_NEXT, "execvp"); if (chrootdir == NULL || strncmp(file, "/var/lib/dpkg/", strlen("/var/lib/dpkg/")) != 0) return func_execvp(file, argv); printf("REWRITE execvp call %s into %s\n", file, chrootdir); char *newfile; if (asprintf(&newfile, "%s%s", chrootdir, file) == -1) { perror("asprintf"); return -1; } char const * const baseadmindir = "/var/lib/dpkg"; char *admindir; if (asprintf(&admindir, "%s%s", chrootdir, baseadmindir) == -1) { perror("asprintf"); return -1; } setenv("DPKG_ADMINDIR", admindir, 1); return func_execvp(newfile, argv); } EOF if cc -ldl 2>&1 | grep -q dl; then testempty --nomsg cc -Wall -Wextra -fPIC -shared -o noopchroot.so noopchroot.c else testempty --nomsg cc -Wall -Wextra -fPIC -shared -o noopchroot.so noopchroot.c -ldl fi } configcompression() { if [ "$1" = 'ALL' ]; then configcompression '.' $(aptconfig dump APT::Compressor --format '%t %v%n' | sed -n 's#^Extension \.\(.*\)$#\1#p') return fi local CMD='apthelper cat-file -C' while [ -n "$1" ]; do case "$1" in '.') printf ".\t.\tcat\n";; 'gz') printf "gzip\tgz\t$CMD $1\n";; 'bz2') printf "bzip2\tbz2\t$CMD $1\n";; 'zst') printf "zstd\tzst\t$CMD $1\n";; *) printf "$1\t$1\t$CMD $1\n";; esac shift done > "${TMPWORKINGDIRECTORY}/rootdir/etc/testcase-compressor.conf" } confighashes() { { echo 'APT::FTPArchive {' { while [ -n "$1" ]; do printf "$1" | tr 'a-z' 'A-Z' printf "\t\"true\";\n" shift done for h in 'MD5' 'SHA1' 'SHA256' 'SHA512'; do printf "$h\t\"false\";\n" done } | awk '!x[$1]++' echo '};' } >> "${TMPWORKINGDIRECTORY}/rootdir/etc/apt/apt.conf.d/ftparchive-hashes.conf" } forcecompressor() { COMPRESSOR="$1" COMPRESS="$1" COMPRESSOR_CMD="apthelper cat-file -C $1" case $COMPRESSOR in gzip) COMPRESS='gz';; bzip2) COMPRESS='bz2';; zstd) COMPRESS='zst';; esac local CONFFILE="${TMPWORKINGDIRECTORY}/rootdir/etc/apt/apt.conf.d/00force-compressor" echo "Acquire::CompressionTypes::Order { \"${COMPRESS}\"; }; Dir::Bin::uncompressed \"/does/not/exist\";" > "$CONFFILE" for COMP in $(aptconfig dump 'APT::Compressor' --format '%f%n' | cut -d':' -f 5 | uniq); do if [ -z "$COMP" -o "$COMP" = '.' -o "$COMP" = "$COMPRESSOR" ]; then continue; fi echo "Dir::Bin::${COMP} \"/does/not/exist\";" >> "$CONFFILE" echo "APT::Compressor::${COMP}::Name \"${COMP}-disabled\";" >> "$CONFFILE" done } _setupsimplenativepackage() { local NAME="$1" local ARCH="$2" local VERSION="$3" local RELEASE="${4:-unstable}" local DEPENDENCIES="$5" local DESCRIPTION="${6:-an autogenerated dummy ${NAME}=${VERSION}/${RELEASE} If you find such a package installed on your system, something went horribly wrong! They are autogenerated and used only by testcases and serve no other purpose…}" local SECTION="${7:-others}" local PRIORITY="${8:-optional}" local FILE_TREE="$9" local COMPRESS_TYPE="${10:-gzip}" local DISTSECTION if [ "$SECTION" = "${SECTION#*/}" ]; then DISTSECTION="main" else DISTSECTION="${SECTION%/*}" fi local BUILDDIR="${TMPWORKINGDIRECTORY}/incoming/${NAME}-${VERSION}" mkdir -p "$BUILDDIR/debian/source" echo "* most suckless software product ever" > "${BUILDDIR}/FEATURES" echo "#!/bin/sh echo '$NAME says \"Hello!\"'" > "${BUILDDIR}/${NAME}" echo "Copyleft by Joe Sixpack $(date -u +%Y)" > "${BUILDDIR}/debian/copyright" echo "$NAME ($VERSION) $RELEASE; urgency=low * Initial release -- Joe Sixpack $(date -u -R)" > "${BUILDDIR}/debian/changelog" { echo "Source: $NAME Priority: $PRIORITY Maintainer: Joe Sixpack Standards-Version: 4.3.1 Rules-Requires-Root: no" if [ "$SECTION" != '' ]; then echo "Section: $SECTION" fi local BUILDDEPS="$(printf "%b\n" "$DEPENDENCIES" | grep '^Build-')" test -z "$BUILDDEPS" || echo "$BUILDDEPS" echo " Package: $NAME" if [ "$ARCH" = 'all' ]; then echo "Architecture: all" else echo "Architecture: any" fi local DEPS="$(printf "%b\n" "$DEPENDENCIES" | grep -v '^Build-')" test -z "$DEPS" || echo "$DEPS" printf "%b\n" "Description: $DESCRIPTION" } > "${BUILDDIR}/debian/control" echo '3.0 (native)' > "${BUILDDIR}/debian/source/format" } make_tiny_rules() { local OUT="$1" if command -v gmake >/dev/null 2>&1; then [ -e ${TMPWORKINGDIRECTORY}/bin/make ] || ln -s $(command -v gmake) ${TMPWORKINGDIRECTORY}/bin/make echo "#!${TMPWORKINGDIRECTORY}/bin/make -f" > "$OUT" else echo '#!/usr/bin/make -f' > "$OUT" fi echo '%:' >> "$OUT" echo ' dh $@' >> "$OUT" } setupsimplenativepackage() { _setupsimplenativepackage "$@" local NAME="$1" local VERSION="$3" local BUILDDIR="${TMPWORKINGDIRECTORY}/incoming/${NAME}-${VERSION}" test -e "${BUILDDIR}/debian/compat" || echo '10' > "${BUILDDIR}/debian/compat" test -e "${BUILDDIR}/debian/rules" || make_tiny_rules "${BUILDDIR}/debian/rules" } buildsimplenativepackage() { local NAME="$1" local ARCH="$2" local VERSION="$3" local RELEASE="${4:-unstable}" local DEPENDENCIES="$5" local DESCRIPTION="$6" local SECTION="${7:-others}" local PRIORITY="${8:-optional}" local FILE_TREE="$9" local COMPRESS_TYPE="${10:-gzip}" local DISTSECTION if [ "$SECTION" = "${SECTION#*/}" ]; then DISTSECTION="main" else DISTSECTION="${SECTION%/*}" fi local BUILDDIR="${TMPWORKINGDIRECTORY}/incoming/${NAME}-${VERSION}" msgtest "Build source package in version ${VERSION} for ${RELEASE} in ${DISTSECTION}" "$NAME" _setupsimplenativepackage "$@" cd "${BUILDDIR}/.." testsuccess --nomsg dpkg-source -b ${NAME}-${VERSION} cd - >/dev/null sed -n 's#^dpkg-source: info: building [^ ]\+ in ##p' "${TMPWORKINGDIRECTORY}/rootdir/tmp/testsuccess.output" \ | while read SRC; do echo "pool/${SRC}" >> "${BUILDDIR}/../${RELEASE}.${DISTSECTION}.srclist" # if expr match "${SRC}" '.*\.dsc' >/dev/null 2>&1; then # aptkey --keyring ./keys/joesixpack.pub --secret-keyring ./keys/joesixpack.sec --quiet --readonly \ # adv --yes --default-key 'Joe Sixpack' \ # --clearsign -o "${BUILDDIR}/../${SRC}.sign" "${BUILDDIR}/../$SRC" # mv "${BUILDDIR}/../${SRC}.sign" "${BUILDDIR}/../$SRC" # fi done for arch in $(getarchitecturesfromcommalist "$ARCH"); do msgtest "Build binary package for ${RELEASE} in ${SECTION}" "$NAME" rm -rf "${BUILDDIR}/debian/tmp" mkdir -p "${BUILDDIR}/debian/tmp/DEBIAN" "${BUILDDIR}/debian/tmp/usr/share/doc/${NAME}" "${BUILDDIR}/debian/tmp/usr/bin" cp "${BUILDDIR}/debian/copyright" "${BUILDDIR}/debian/changelog" "${BUILDDIR}/FEATURES" "${BUILDDIR}/debian/tmp/usr/share/doc/${NAME}" cp "${BUILDDIR}/${NAME}" "${BUILDDIR}/debian/tmp/usr/bin/${NAME}-${arch}" if [ -n "$FILE_TREE" ]; then cp -ar "$FILE_TREE" "${BUILDDIR}/debian/tmp" fi (cd "${BUILDDIR}"; dpkg-gencontrol -DArchitecture=$arch) (cd "${BUILDDIR}/debian/tmp"; md5sum $(find usr/ -type f) > DEBIAN/md5sums) local LOG="${BUILDDIR}/../${NAME}_${VERSION}_${arch}.dpkg-deb.log" # ensure the right permissions as dpkg-deb insists chmod 755 "${BUILDDIR}/debian/tmp/DEBIAN" testsuccess --nomsg dpkg-deb -Z${COMPRESS_TYPE} --build "${BUILDDIR}/debian/tmp" "${BUILDDIR}/.." echo "pool/${NAME}_${VERSION}_${arch}.deb" >> "${BUILDDIR}/../${RELEASE}.${DISTSECTION}.pkglist" done local NM if [ "$(echo "$NAME" | cut -c 1-3)" = 'lib' ]; then NM="$(echo "$NAME" | cut -c 1-4)" else NM="$(echo "$NAME" | cut -c 1)" fi local CHANGEPATH="${BUILDDIR}/../${DISTSECTION}/${NM}/${NAME}/${NAME}_${VERSION}" mkdir -p "$CHANGEPATH" cp "${BUILDDIR}/debian/changelog" "$CHANGEPATH" rm -rf "${BUILDDIR}" msgdone "info" } buildpackage() { local BUILDDIR=$1 local RELEASE=$2 local SECTION=$3 local ARCH=$(getarchitecture $4) local PKGNAME="$(echo "$BUILDDIR" | grep -o '[^/]*$')" local BUILDLOG="$(readlink -f "${BUILDDIR}/../${PKGNAME}_${RELEASE}_${SECTION}.dpkg-bp.log")" msgtest "Build package for ${RELEASE} in ${SECTION}" "$PKGNAME" cd "$BUILDDIR" if [ "$ARCH" = "all" ]; then ARCH="$(dpkg-architecture -qDEB_HOST_ARCH 2> /dev/null)" fi testsuccess --nomsg dpkg-buildpackage -uc -us -a$ARCH -d cp "${TMPWORKINGDIRECTORY}/rootdir/tmp/testsuccess.output" "$BUILDLOG" local PKGS="$(grep '^dpkg-deb: building package' "$BUILDLOG" | cut -d'/' -f 2 | sed -e "s#'\.##")" local SRCS="$(grep '^dpkg-source: info: building' "$BUILDLOG" | grep -o '[a-z0-9._+~-]*$')" cd - > /dev/null for PKG in $PKGS; do echo "pool/${PKG}" >> "${TMPWORKINGDIRECTORY}/incoming/${RELEASE}.${SECTION}.pkglist" done for SRC in $SRCS; do echo "pool/${SRC}" >> "${TMPWORKINGDIRECTORY}/incoming/${RELEASE}.${SECTION}.srclist" done } buildaptarchive() { if [ -d incoming ]; then buildaptarchivefromincoming "$@" else buildaptarchivefromfiles "$@" fi } createaptftparchiveconfig() { local COMPRESSORS="$(cut -d' ' -f 1 "${TMPWORKINGDIRECTORY}/rootdir/etc/testcase-compressor.conf" | tr '\n' ' ')" local COMPRESSORS="${COMPRESSORS%* }" local ARCHS="$(getarchitectures)" cat > ftparchive.conf <> ftparchive.conf } buildaptftparchivedirectorystructure() { local DISTS="$(grep -i '^tree ' ftparchive.conf | cut -d'/' -f 2 | sed -e 's#".*##')" for DIST in $DISTS; do local SECTIONS="$(grep -i -A 5 "dists/$DIST" ftparchive.conf | grep -i 'Sections' | cut -d'"' -f 2)" for SECTION in $SECTIONS; do local ARCHS="$(grep -A 5 "dists/$DIST" ftparchive.conf | grep Architectures | cut -d'"' -f 2 | sed -e 's#source##')" for ARCH in $ARCHS; do mkdir -p "dists/${DIST}/${SECTION}/binary-${ARCH}" done mkdir -p "dists/${DIST}/${SECTION}/source" mkdir -p "dists/${DIST}/${SECTION}/i18n" done done } insertpackage() { local RELEASES="$1" local NAME="$2" local ARCH="$3" local VERSION="$4" local DEPENDENCIES="$5" local PRIORITY="${6:-optional}" local DESCRIPTION="${7:-an autogenerated dummy ${NAME}=${VERSION}/${RELEASES} If you find such a package installed on your system, something went horribly wrong! They are autogenerated and used only by testcases and serve no other purpose…}" local SECTION="${8:-other}" if [ "$SECTION" = "${SECTION#*/}" ]; then DISTSECTION="main" else DISTSECTION="${SECTION%/*}" fi local ARCHS="" for RELEASE in $(printf '%s' "$RELEASES" | tr ',' '\n'); do if [ "$RELEASE" = 'installed' ]; then insertinstalledpackage "$2" "$3" "$4" "$5" "$6" "$7" "$8" continue fi for arch in $(getarchitecturesfromcommalist "$ARCH"); do if [ "$arch" = 'none' ]; then ARCHS="$(getarchitectures)" else ARCHS="$arch" fi for BUILDARCH in $ARCHS; do local PPATH="aptarchive/dists/${RELEASE}/${DISTSECTION}/binary-${BUILDARCH}" mkdir -p "$PPATH" { echo "Package: $NAME Priority: $PRIORITY Section: $SECTION Installed-Size: 42 Size: 42" if echo "$DEPENDENCIES" | grep -q SHA256:; then : else echo "SHA256: 0000000000000000000000000000000000000000000000000000000000000000" fi echo "Maintainer: Joe Sixpack " test "$arch" = 'none' || echo "Architecture: $arch" echo "Version: $VERSION Filename: pool/${DISTSECTION}/${NAME}/${NAME}_${VERSION}_${arch}.deb" test -z "$DEPENDENCIES" || printf "%b\n" "$DEPENDENCIES" echo "Description: $(printf '%s' "$DESCRIPTION" | head -n 1)" echo "Description-md5: $(printf '%s' "$DESCRIPTION" | md5sum | cut -d' ' -f 1)" echo } >> "${PPATH}/Packages" done done mkdir -p "aptarchive/dists/${RELEASE}/${DISTSECTION}/source" "aptarchive/dists/${RELEASE}/${DISTSECTION}/i18n" touch "aptarchive/dists/${RELEASE}/${DISTSECTION}/source/Sources" echo "Package: $NAME Description-md5: $(printf '%s' "$DESCRIPTION" | md5sum | cut -d' ' -f 1) Description-en: $DESCRIPTION " >> "aptarchive/dists/${RELEASE}/${DISTSECTION}/i18n/Translation-en" done } insertsource() { local RELEASES="$1" local NAME="$2" local ARCH="$3" local VERSION="$4" local DEPENDENCIES="$5" local BINARY="${6:-$NAME}" local ARCHS="" for RELEASE in $(printf '%s' "$RELEASES" | tr ',' '\n'); do local SPATH="aptarchive/dists/${RELEASE}/main/source" mkdir -p $SPATH local FILE="${SPATH}/Sources" local DSCFILE="${NAME}_${VERSION}.dsc" local TARFILE="${NAME}_${VERSION}.tar.gz" echo "Package: $NAME Binary: $BINARY Version: $VERSION Maintainer: Joe Sixpack Architecture: $ARCH" >> $FILE test -z "$DEPENDENCIES" || printf "%b\n" "$DEPENDENCIES" >> "$FILE" echo "Files: $(echo -n "$DSCFILE" | md5sum | cut -d' ' -f 1) $(echo -n "$DSCFILE" | wc -c) "$DSCFILE" $(echo -n "$TARFILE" | md5sum | cut -d' ' -f 1) $(echo -n "$TARFILE" | wc -c) "$TARFILE" Checksums-Sha256: $(echo -n "$DSCFILE" | sha256sum | cut -d' ' -f 1) $(echo -n "$DSCFILE" | wc -c) "$DSCFILE" $(echo -n "$TARFILE" | sha256sum | cut -d' ' -f 1) $(echo -n "$TARFILE" | wc -c) "$TARFILE" " >> "$FILE" done } insertinstalledpackage() { local NAME="$1" local ARCH="$2" local VERSION="$3" local DEPENDENCIES="$4" local PRIORITY="${5:-optional}" local STATUS="${6:-install ok installed}" local DESCRIPTION="${7:-an autogenerated dummy ${NAME}=${VERSION}/installed If you find such a package installed on your system, something went horribly wrong! They are autogenerated and used only by testcases and serve no other purpose…}" local SECTION="${8:-other}" local FILE='rootdir/var/lib/dpkg/status' local INFO='rootdir/var/lib/dpkg/info' for arch in $(getarchitecturesfromcommalist "$ARCH"); do echo "Package: $NAME Status: $STATUS Priority: $PRIORITY Section: $SECTION Installed-Size: 42 Maintainer: Joe Sixpack Version: $VERSION" >> "$FILE" test "$arch" = 'none' || echo "Architecture: $arch" >> "$FILE" test -z "$DEPENDENCIES" || printf "%b\n" "$DEPENDENCIES" >> "$FILE" printf "%b\n" "Description: $DESCRIPTION" >> "$FILE" echo >> "$FILE" if [ "$(dpkgquery -W --showformat='${Multi-Arch}' "${NAME}:${arch}" 2>/dev/null)" = 'same' ]; then echo -n > "${INFO}/${NAME}:${arch}.list" echo -n > "${INFO}/${NAME}:${arch}.md5sums" else echo -n > "${INFO}/${NAME}.list" echo -n > "${INFO}/${NAME}.md5sums" fi done } buildaptarchivefromincoming() { msginfo "Build APT archive for ${CCMD}${0##*/}${CINFO} based on incoming packages…" cd aptarchive [ -e pool ] || ln -s ../incoming pool [ -e ftparchive.conf ] || createaptftparchiveconfig [ -e dists ] || buildaptftparchivedirectorystructure msgninfo "\tGenerate Packages, Sources and Contents files… " testsuccess aptftparchive generate ftparchive.conf cd - > /dev/null msgdone "info" generatereleasefiles "$@" } buildaptarchivefromfiles() { msginfo "Build APT archive for ${CCMD}${0##*/}${CINFO} based on prebuild files…" local DIR='aptarchive' if [ -d "${DIR}/dists" ]; then DIR="${DIR}/dists"; fi find "$DIR" -name 'Packages' -o -name 'Sources' -o -name 'Translation-*' | while read line; do msgninfo "\t${line} file… " compressfile "$line" "$1" msgdone "info" done generatereleasefiles "$@" } compressfile() { while read compressor extension command; do if [ "$compressor" = '.' ]; then if [ -n "$2" ]; then touch -d "$2" "$1" fi continue fi cat "$1" | $command > "${1}.${extension}" if [ -n "$2" ]; then touch -d "$2" "${1}.${extension}" fi done < "${TMPWORKINGDIRECTORY}/rootdir/etc/testcase-compressor.conf" } # can be overridden by testcases for their pleasure getcodenamefromsuite() { case "$1" in unstable) echo 'sid';; *) echo -n "$1";; esac } getreleaseversionfromsuite() { true; } getlabelfromsuite() { true; } getoriginfromsuite() { true; } getarchitecturesfromreleasefile() { echo "all $(getarchitectures)"; } getnotautomaticfromsuite() { case "$1" in experimental|experimental2) echo "yes";; esac } getbutautomaticupgradesfromsuite() { true; } aptftparchiverelease() { aptftparchive -qq release "$@" | sed -e '/0 Release$/ d' # remove the self reference } generatereleasefiles() { # $1 is the Date header and $2 is the ValidUntil header to be set # both should be given in notation date/touch can understand local DATE="$1" local VALIDUNTIL="$2" if [ -e aptarchive/dists ]; then msgninfo "\tGenerate Release files for dists… " for dir in $(find ./aptarchive/dists -mindepth 1 -maxdepth 1 -type d); do local ARCHITECTURES="$(getarchitecturesfromreleasefile "$dir")" local SUITE="$(echo "$dir" | cut -d'/' -f 4)" local CODENAME="$(getcodenamefromsuite $SUITE)" local VERSION="$(getreleaseversionfromsuite $SUITE)" local LABEL="$(getlabelfromsuite $SUITE)" local ORIGIN="$(getoriginfromsuite $SUITE)" local NOTAUTOMATIC="$(getnotautomaticfromsuite $SUITE)" local BUTAUTOMATICUPGRADES="$(getbutautomaticupgradesfromsuite $SUITE)" aptftparchiverelease "$dir" \ -o APT::FTPArchive::Release::Suite="${SUITE}" \ -o APT::FTPArchive::Release::Codename="${CODENAME}" \ -o APT::FTPArchive::Release::Architectures="${ARCHITECTURES}" \ -o APT::FTPArchive::Release::Label="${LABEL}" \ -o APT::FTPArchive::Release::Origin="${ORIGIN}" \ -o APT::FTPArchive::Release::Version="${VERSION}" \ -o APT::FTPArchive::Release::NotAutomatic="${NOTAUTOMATIC}" \ -o APT::FTPArchive::Release::ButAutomaticUpgrades="${BUTAUTOMATICUPGRADES}" \ > "$dir/Release" done else msgninfo "\tGenerate Release files for flat… " aptftparchiverelease ./aptarchive > aptarchive/Release fi if [ -n "$VALIDUNTIL" ]; then sed -i "/^Date: / a\ Valid-Until: $(date -u -d "$VALIDUNTIL" -R)" $(find ./aptarchive -name 'Release') fi if [ -n "$DATE" -a "$DATE" != "now" ]; then for release in $(find ./aptarchive -name 'Release'); do sed -i "s/^Date: .*$/Date: $(date -u -d "$DATE" -R)/" "$release" touch -d "$DATE" "$release" done fi msgdone "info" } setupdistsaptarchive() { local APTARCHIVE="$(readlink -f ./aptarchive | sed 's# #%20#g')" rm -f root/etc/apt/sources.list.d/apt-test-*-deb.list rm -f root/etc/apt/sources.list.d/apt-test-*-deb-src.list for DISTS in $(find ./aptarchive/dists/ -mindepth 1 -maxdepth 1 -type d | cut -d'/' -f 4); do SECTIONS=$(find "./aptarchive/dists/${DISTS}/" -mindepth 1 -maxdepth 1 -type d | cut -d'/' -f 5 | tr '\n' ' ') msgninfo "\tadd deb and deb-src sources.list lines for ${CCMD}${DISTS} ${SECTIONS}${CINFO}… " echo "deb file://$APTARCHIVE $DISTS $SECTIONS" > "rootdir/etc/apt/sources.list.d/apt-test-${DISTS}-deb.list" echo "deb-src file:$APTARCHIVE $DISTS $SECTIONS" > "rootdir/etc/apt/sources.list.d/apt-test-${DISTS}-deb-src.list" msgdone "info" done } setupflataptarchive() { local APTARCHIVE="$(readlink -f ./aptarchive)" local APTARCHIVEURI="$(readlink -f ./aptarchive | sed 's# #%20#g')" if [ -f "${APTARCHIVE}/Packages" ]; then msgninfo "\tadd deb sources.list line… " echo "deb file://$APTARCHIVEURI /" > 'rootdir/etc/apt/sources.list.d/apt-test-archive-deb.list' msgdone 'info' else rm -f 'rootdir/etc/apt/sources.list.d/apt-test-archive-deb.list' fi if [ -f "${APTARCHIVE}/Sources" ]; then msgninfo "\tadd deb-src sources.list line… " echo "deb-src file:$APTARCHIVEURI /" > 'rootdir/etc/apt/sources.list.d/apt-test-archive-deb-src.list' msgdone 'info' else rm -f 'rootdir/etc/apt/sources.list.d/apt-test-archive-deb-src.list' fi } setupaptarchive() { local NOUPDATE=0 if [ "$1" = '--no-update' ]; then NOUPDATE=1 shift fi buildaptarchive "$@" if [ -e aptarchive/dists ]; then setupdistsaptarchive else setupflataptarchive fi signreleasefiles 'Joe Sixpack' if [ "1" != "$NOUPDATE" ]; then testsuccess aptget update -o Debug::pkgAcquire::Worker=true -o Debug::Acquire::gpgv=true fi } killgpgagent() { if [ -z "${TMPWORKINGDIRECTORY}" ]; then return; fi local GPGHOME="${TMPWORKINGDIRECTORY}/signinghome" if [ ! -e "${GPGHOME}" ]; then return; fi # ensure the agent dies quickly as different versions have different suicide heuristics GNUPGHOME="${GPGHOME}" gpgconf --kill gpg-agent >/dev/null 2>&1 || true rm -rf "$GPGHOME" } dosigning() { local KEY="$1" shift local GPGHOME="${TMPWORKINGDIRECTORY}/signinghome" if [ -n "$APT_TEST_SIGNINGHOME" ]; then GPGHOME="$APT_TEST_SIGNINGHOME" else if [ ! -e "$GPGHOME" ]; then mkdir -p --mode=700 "${GPGHOME}" addtrap 'prefix' 'killgpgagent;' fi fi testsuccess aptkey --quiet --keyring ${KEY}.pub --secret-keyring ${KEY}.sec --readonly \ --homedir "${GPGHOME}" adv --batch --yes --digest-algo "${APT_TESTS_DIGEST_ALGO:-SHA512}" \ "$@" } signreleasefiles() { local SIGNERS="${1:-Joe Sixpack}" local REPODIR="${2:-aptarchive}" if [ -n "$1" ]; then shift; fi if [ -n "$1" ]; then shift; fi local KEY="keys/$(echo "$SIGNERS" | tr 'A-Z' 'a-z' | tr -d ' ,')" msgninfo "\tSign archive with $SIGNERS key $KEY… " local REXKEY='keys/rexexpired' local SECEXPIREBAK="${REXKEY}.sec.bak" local PUBEXPIREBAK="${REXKEY}.pub.bak" local SIGUSERS="" while [ -n "${SIGNERS%%,*}" ]; do local SIGNER="${SIGNERS%%,*}" if [ "${SIGNERS}" = "${SIGNER}" ]; then SIGNERS="" fi SIGNERS="${SIGNERS#*,}" # FIXME: This should be the full name, but we can't encode the space properly currently SIGUSERS="${SIGUSERS} -u ${SIGNER#* }" if [ "${SIGNER}" = 'Rex Expired' ]; then # the key is expired, so gpg doesn't allow one to sign with and the --faked-system-time # option doesn't exist anymore (and using faketime would add a new obscure dependency) # therefore we 'temporary' make the key not expired and restore a backup after signing cp "${REXKEY}.sec" "$SECEXPIREBAK" cp "${REXKEY}.pub" "$PUBEXPIREBAK" local SECUNEXPIRED="${REXKEY}.sec.unexpired" local PUBUNEXPIRED="${REXKEY}.pub.unexpired" if [ -f "$SECUNEXPIRED" ] && [ -f "$PUBUNEXPIRED" ]; then cp "$SECUNEXPIRED" "${REXKEY}.sec" cp "$PUBUNEXPIRED" "${REXKEY}.pub" else if ! printf "expire\n1w\nsave\n" | aptkey --quiet --keyring "${REXKEY}.pub" --secret-keyring "${REXKEY}.sec" \ --readonly adv --batch --yes --digest-algo "${APT_TESTS_DIGEST_ALGO:-SHA512}" \ --default-key "$SIGNER" --command-fd 0 --edit-key "${SIGNER}" >setexpire.gpg 2>&1; then cat setexpire.gpg exit 1 fi cp "${REXKEY}.sec" "$SECUNEXPIRED" cp "${REXKEY}.pub" "$PUBUNEXPIRED" fi fi if [ ! -e "${KEY}.pub" ]; then local K="keys/$(echo "$SIGNER" | tr 'A-Z' 'a-z' | tr -d ' ,')" cat "${K}.pub" >> "${KEY}.new.pub" cat "${K}.sec" >> "${KEY}.new.sec" fi done if [ ! -e "${KEY}.pub" ]; then mv "${KEY}.new.pub" "${KEY}.pub" mv "${KEY}.new.sec" "${KEY}.sec" fi for RELEASE in $(find "${REPODIR}/" -name Release); do # we might have set a specific date for the Release file, so copy it local DATE="$(stat --format "%y" "${RELEASE}")" if [ "$APT_DONT_SIGN" = 'Release.gpg' ]; then rm -f "${RELEASE}.gpg" else dosigning "$KEY" "$@" $SIGUSERS --armor --detach-sign --sign --output "${RELEASE}.gpg" "${RELEASE}" touch -d "$DATE" "${RELEASE}.gpg" fi local INRELEASE="${RELEASE%/*}/InRelease" if [ "$APT_DONT_SIGN" = 'InRelease' ]; then rm -f "$INRELEASE" else dosigning "$KEY" "$@" $SIGUSERS --clearsign --output "$INRELEASE" "$RELEASE" touch -d "$DATE" "${INRELEASE}" fi done if [ -f "$SECEXPIREBAK" ] && [ -f "$PUBEXPIREBAK" ]; then mv -f "$SECEXPIREBAK" "${REXKEY}.sec" mv -f "$PUBEXPIREBAK" "${REXKEY}.pub" fi msgdone 'info' } redatereleasefiles() { local DATE="$(date -u -d "$1" -R)" for release in $(find aptarchive/ -name 'Release'); do sed -i "s/^Date: .*$/Date: ${DATE}/" "$release" touch -d "$DATE" "$release" done signreleasefiles "${2:-Joe Sixpack}" } webserverconfig() { local WEBSERVER="${3:-http://localhost:${APTHTTPPORT}}" local NOCHECK=false if [ "$1" = '--no-check' ]; then NOCHECK=true shift fi local DOWNLOG="${TMPWORKINGDIRECTORY}/rootdir/tmp/download-testfile.log" local STATUS="${TMPWORKINGDIRECTORY}/downloaded/webserverconfig.status" rm -f "$STATUS" "$DOWNLOG" local URI if [ -n "$2" ]; then msgtest "Set webserver config option '${1}' to" "$2" URI="${WEBSERVER}/_config/set/$(apthelper quote-string "${1}" '/?#')/$(apthelper quote-string "${2}" '/?#')" else msgtest 'Clear webserver config option' "${1}" URI="${WEBSERVER}/_config/clear/$(apthelper quote-string "${1}" '/?#')" fi if downloadfile "$URI" "$STATUS" > "$DOWNLOG"; then msgpass else local OUTPUT="${TMPWORKINGDIRECTORY}/rootdir/tmp/webserverconfig.output" cat "$DOWNLOG" "$STATUS" >"$OUTPUT" 2>&1 || true msgfailoutput '' "$OUTPUT" fi $NOCHECK || testwebserverlaststatuscode '200' } rewritesourceslist() { local APTARCHIVE="$(readlink -f "${TMPWORKINGDIRECTORY}/aptarchive" | sed 's# #%20#g')" for LIST in $(find "${TMPWORKINGDIRECTORY}/rootdir/etc/apt/sources.list.d/" -name 'apt-test-*.list'); do sed -i $LIST \ -e "s#file://$APTARCHIVE#${1}#" \ -e "s#file:$APTARCHIVE#${1}#" \ -e "s#copy://$APTARCHIVE#${1}#" \ -e "s#copy:$APTARCHIVE#${1}#" \ -e "s#http://[^@]*@\?localhost:${APTHTTPPORT}/\?#${1}#" \ -e "s#https://[^@]*@\?localhost:${APTHTTPSPORT}/\?#${1}#" done } # wait for up to 10s for a pid file to appear to avoid possible race # when a helper is started and doesn't write the PID quick enough waitforpidfile() { local PIDFILE="$1" for i in $(seq 10); do if test -s "$PIDFILE"; then return 0 fi sleep 1 done msgdie "waiting for $PIDFILE failed" return 1 } changetowebserver() { local REWRITE='yes' if [ "$1" = '--no-rewrite' ]; then REWRITE='no' shift fi if test -x "${APTTESTHELPERSBINDIR}/aptwebserver"; then cd aptarchive local LOG="webserver.log" if ! aptwebserver --port 0 -o aptwebserver::fork=1 -o aptwebserver::portfile='aptwebserver.port' -o aptwebserver::logfiles="$(readlink -f .)/$LOG" "$@" >$LOG 2>&1 ; then cat "$LOG" false fi waitforpidfile aptwebserver.pid local PID="$(cat aptwebserver.pid)" if [ -z "$PID" ]; then msgdie 'Could not fork aptwebserver successfully' fi addtrap "kill $PID;" waitforpidfile aptwebserver.port APTHTTPPORT="$(cat aptwebserver.port)" if [ -z "$APTHTTPPORT" ]; then msgdie 'Could not get port for aptwebserver successfully' fi cd - > /dev/null else msgdie 'You have to build apt from source to have test/interactive-helper/aptwebserver available for tests requiring a webserver' fi if [ "$REWRITE" != 'no' ]; then rewritesourceslist "http://localhost:${APTHTTPPORT}/" fi } changetohttpswebserver() { local REWRITE='yes' if [ "$1" = '--no-rewrite' ]; then REWRITE='no' shift fi local stunnel4 if command -v stunnel4 >/dev/null 2>&1; then stunnel4=stunnel4 elif command -v stunnel >/dev/null 2>&1; then stunnel4=stunnel else msgdie 'You need to install stunnel4 for https testcases' fi if [ ! -e "${TMPWORKINGDIRECTORY}/aptarchive/aptwebserver.pid" ]; then changetowebserver --no-rewrite "$@" fi echo "pid = ${TMPWORKINGDIRECTORY}/aptarchive/stunnel.pid cert = ${TMPWORKINGDIRECTORY}/rootdir/etc/webserver.pem output = /dev/null [https] accept = 127.0.0.1:0 connect = $APTHTTPPORT " > "${TMPWORKINGDIRECTORY}/stunnel.conf" $stunnel4 "${TMPWORKINGDIRECTORY}/stunnel.conf" waitforpidfile "${TMPWORKINGDIRECTORY}/aptarchive/stunnel.pid" local PID="$(cat "${TMPWORKINGDIRECTORY}/aptarchive/stunnel.pid")" if [ -z "$PID" ]; then msgdie 'Could not fork $stunnel4 successfully' fi addtrap 'prefix' "kill ${PID};" APTHTTPSPORT="$(lsof -i -n | awk "/^$stunnel4 / && \$2 == \"${PID}\" {print \$9; exit; }" | cut -d':' -f 2)" webserverconfig 'aptwebserver::port::https' "$APTHTTPSPORT" "https://localhost:${APTHTTPSPORT}" if [ "$REWRITE" != 'no' ]; then rewritesourceslist "https://localhost:${APTHTTPSPORT}/" fi } changetocdrom() { mkdir -p rootdir/media/cdrom/.disk local CD="$(readlink -f rootdir/media/cdrom)" cat > rootdir/etc/apt/apt.conf.d/00cdrom < "${CD}/.disk/info" if [ ! -d aptarchive/dists ]; then msgdie 'Flat file archive cdroms can not be created currently' return 1 fi mv aptarchive/dists "$CD" ln -s "$(readlink -f ./incoming)" "$CD/pool" find rootdir/etc/apt/sources.list.d/ -name 'apt-test-*.list' -delete # start with an unmounted disk mv "${CD}" "${CD}-unmounted" # we don't want the disk to be modifiable addtrap 'prefix' "chmod -f -R +w '$(escape_shell "$PWD/rootdir/media/cdrom/dists/")' '$(escape_shell "$PWD/rootdir/media/cdrom-unmounted/dists/")' || true;" chmod -R 555 rootdir/media/cdrom-unmounted/dists } downloadfile() { local PROTO="${1%%:*}" if ! apthelper -o Debug::Acquire::${PROTO}=1 -o Debug::pkgAcquire::Worker=1 \ download-file "$1" "$2" "$3" 2>&1 ; then return 1 fi # only if the file exists the download was successful if [ -r "$2" ]; then return 0 else return 1 fi } cleanup_output() { cat "$1" | sed \ -e '/gpgv: WARNING: This key is not suitable for signing in --compliance=gnupg mode/ d' \ -e '/^profiling:/ d' \ | sed -e '/\.\.\.profiling:/ {N;s#\.\.\.profiling:.*\n#...#g}' \ >"$2" } checkdiff() { local TMPFILE1="${TMPWORKINGDIRECTORY}/rootdir/tmp/checkdiff.1.tmp" local TMPFILE2="${TMPWORKINGDIRECTORY}/rootdir/tmp/checkdiff.2.tmp" touch "$TMPFILE1" "$TMPFILE2" cleanup_output "$1" "$TMPFILE1" cleanup_output "$2" "$TMPFILE2" local DIFFTEXT="$(command diff -u "$TMPFILE1" "$TMPFILE2" 2>&1 | sed -e '/^---/ d' -e '/^+++/ d' -e '/^@@/ d')" if [ -n "$DIFFTEXT" ]; then echo >&2 echo >&2 "$DIFFTEXT" return 1 else return 0 fi } testoutputequal() { local OUTPUT="${TMPWORKINGDIRECTORY}/rootdir/tmp/testoutputequal.output" local COMPAREFILE="$1" shift if "$@" 2>&1 | checkdiff "$COMPAREFILE" - >"$OUTPUT" 2>&1; then msgpass else echo "=== content of file we compared with (${COMPAREFILE}) ===" >>"${OUTPUT}" cat "$COMPAREFILE" >>"${OUTPUT}" msgfailoutput '' "$OUTPUT" "$@" fi } testfileequal() { msggroup 'testfileequal' local MSG='Test for correctness of file' if [ "$1" = '--nomsg' ]; then MSG='' shift fi local FILE="$1" shift if [ -n "$MSG" ]; then msgtest "$MSG" "$FILE" fi local OUTPUT="${TMPWORKINGDIRECTORY}/rootdir/tmp/testfileequal.output" if [ -z "$*" ]; then testoutputequal "$FILE" echo -n '' else testoutputequal "$FILE" echo "$*" fi msggroup } testempty() { msggroup 'testempty' if [ "$1" = '--nomsg' ]; then shift else msgtest "Test for no output of" "$*" fi local COMPAREFILE="${TMPWORKINGDIRECTORY}/rootdir/tmp/testempty.comparefile" if "$@" >"$COMPAREFILE" 2>&1 && test ! -s "$COMPAREFILE"; then msgpass else msgfailoutput '' "$COMPAREFILE" "$@" fi aptautotest 'testempty' "$@" msggroup } testwarningempty() { testwarning "$@" testfailure grep -v '^W:' "${ROOTDIR}/tmp/testwarning.output" } testnotempty() { msggroup 'testnotempty' msgtest "Test for some output of" "$*" local COMPAREFILE="${TMPWORKINGDIRECTORY}/rootdir/tmp/testnotempty.comparefile" if ("$@" >"$COMPAREFILE" 2>&1 || true) && test -s "$COMPAREFILE"; then msgpass else msgfailoutput '' "$COMPAREFILE" "$@" fi aptautotest 'testnotempty' "$@" msggroup } testequal() { msggroup 'testequal' local MSG='Test of equality of' if [ "$1" = '--nomsg' ]; then MSG='' shift fi local COMPAREFILE="${TMPWORKINGDIRECTORY}/rootdir/tmp/testequal.comparefile" echo "$1" > "$COMPAREFILE" shift if [ -n "$MSG" ]; then msgtest "$MSG" "$*" fi testoutputequal "$COMPAREFILE" "$@" aptautotest 'testequal' "$@" msggroup } testequalor2() { msggroup 'testequalor2' local COMPAREFILE1="${TMPWORKINGDIRECTORY}/rootdir/tmp/testequalor2.comparefile1" local COMPAREFILE2="${TMPWORKINGDIRECTORY}/rootdir/tmp/testequalor2.comparefile2" local COMPAREAGAINST="${TMPWORKINGDIRECTORY}/rootdir/tmp/testequalor2.compareagainst" echo "$1" > "$COMPAREFILE1" echo "$2" > "$COMPAREFILE2" shift 2 msgtest "Test for equality OR of" "$*" "$@" >"$COMPAREAGAINST" 2>&1 || true if checkdiff "$COMPAREFILE1" "$COMPAREAGAINST" >/dev/null 2>&1 || \ checkdiff "$COMPAREFILE2" "$COMPAREAGAINST" >/dev/null 2>&1 then msgpass else local OUTPUT="${TMPWORKINGDIRECTORY}/rootdir/tmp/testequal.output" echo -n "\n${CINFO}Diff against OR 1${CNORMAL}" >"$OUTPUT" 2>&1 checkdiff "$COMPAREFILE1" "$COMPAREAGAINST" >"$OUTPUT" 2>&1 || true echo -n "${CINFO}Diff against OR 2${CNORMAL}" >"$OUTPUT" 2>&1 checkdiff "$COMPAREFILE2" "$COMPAREAGAINST" >"$OUTPUT" 2>&1 || true msgfailoutput '' "$OUTPUT" fi aptautotest 'testequalor2' "$@" msggroup } testshowvirtual() { msggroup 'testshowvirtual' local VIRTUAL="N: Can't select versions from package '$1' as it is purely virtual" local PACKAGE="$1" shift while [ -n "$1" ]; do VIRTUAL="${VIRTUAL} N: Can't select versions from package '$1' as it is purely virtual" PACKAGE="${PACKAGE} $1" shift done msgtest "Test for virtual packages" "apt-cache show $PACKAGE" VIRTUAL="${VIRTUAL} N: No packages found" local COMPAREFILE="${TMPWORKINGDIRECTORY}/rootdir/tmp/testshowvirtual.comparefile" local ARCH="$(getarchitecture 'native')" echo "$VIRTUAL" | sed -e "s/:$ARCH//" -e 's/:all//' >"$COMPAREFILE" local OUTPUT="${TMPWORKINGDIRECTORY}/rootdir/tmp/testshowvirtual.output" testoutputequal "$COMPAREFILE" aptcache show "$PACKAGE" msggroup } testnopackage() { msggroup 'testnopackage' msgtest "Test for non-existent packages" "apt-cache show $*" local SHOWPKG="$(aptcache show "$@" 2>&1 | grep '^Package: ')" if [ -n "$SHOWPKG" ]; then local OUTPUT="${TMPWORKINGDIRECTORY}/rootdir/tmp/testnopackage.output" echo "$SHOWPKG" >"$OUTPUT" msgfailoutput '' "$OUTPUT" else msgpass fi msggroup } testnosrcpackage() { msggroup 'testnosrcpackage' msgtest "Test for non-existent source packages" "apt-cache showsrc $*" local SHOWPKG="$(aptcache showsrc "$@" 2>&1 | grep '^Package: ')" if [ -n "$SHOWPKG" ]; then local OUTPUT="${TMPWORKINGDIRECTORY}/rootdir/tmp/testnosrcpackage.output" echo "$SHOWPKG" >"$OUTPUT" msgfailoutput '' "$OUTPUT" else msgpass fi msggroup } testdpkgstatus() { msggroup 'testdpkgstatus' local STATE="$1" local NR="$2" shift 2 msgtest "Test that $NR package(s) are in state $STATE with" "dpkg -l $*" local PKGS="$(dpkg -l "$@" 2>/dev/null | grep "^${STATE}" | wc -l)" if [ "$PKGS" != $NR ]; then local OUTPUT="${TMPWORKINGDIRECTORY}/rootdir/tmp/testnopackage.output" echo "$PKGS" >"$OUTPUT" dpkg -l "$@" | grep '^[a-z]' >"$OUTPUT" >&2 || true msgfailoutput '' "$OUTPUT" else msgpass fi msggroup } testdpkginstalled() { msggroup 'testdpkginstalled' testdpkgstatus 'ii' "$#" "$@" msggroup } testdpkgnotinstalled() { msggroup 'testdpkgnotinstalled' testdpkgstatus 'ii' '0' "$@" msggroup } testmarkedauto() { msggroup 'testmarkedauto' local COMPAREFILE="${TMPWORKINGDIRECTORY}/rootdir/tmp/testmarkedauto.comparefile" if [ -n "$1" ]; then msgtest 'Test for correctly marked as auto-installed' "$*" while [ -n "$1" ]; do echo "$1"; shift; done | sort > "$COMPAREFILE" else msgtest 'Test for correctly marked as auto-installed' 'no package' echo -n > "$COMPAREFILE" fi testoutputequal "$COMPAREFILE" aptmark showauto msggroup } testmarkedmanual() { msggroup 'testmarkedmanual' local COMPAREFILE="${TMPWORKINGDIRECTORY}/rootdir/tmp/testmarkedmanual.comparefile" if [ -n "$1" ]; then msgtest 'Test for correctly marked as manually installed' "$*" while [ -n "$1" ]; do echo "$1"; shift; done | sort > "$COMPAREFILE" else msgtest 'Test for correctly marked as manually installed' 'no package' echo -n > "$COMPAREFILE" fi testoutputequal "$COMPAREFILE" aptmark showmanual msggroup } catfile() { if [ "${1##*.}" = 'deb' ]; then stat >&2 "$1" || true file >&2 "$1" || true else cat >&2 "$1" || true fi } msgfailoutput() { msgreportheader 'msgfailoutput' local MSG="$1" local OUTPUT="$2" shift 2 local CMD="$1" if [ "$1" = 'grep' -o "$1" = 'tail' -o "$1" = 'head' ]; then echo >&2 while [ -n "$2" ]; do shift; done echo "#### Complete file: $1 ####" catfile "$1" echo "#### $CMD output ####" elif [ "$1" = 'test' ]; then echo >&2 # doesn't support ! or non-file flags msgfailoutputstatfile() { local FILEFLAGS='^-[bcdefgGhkLOprsStuwx]$' if expr match "$1" "$FILEFLAGS" >/dev/null; then echo "#### stat(2) of file: $2 ####" stat "$2" || true if test -d "$2"; then echo "#### The directory contains: $2 ####" ls >&2 "$2" || true elif test -e "$2"; then echo "#### Complete file: $2 ####" catfile "$2" fi fi } msgfailoutputstatfile "$2" "$3" while [ -n "$5" ] && [ "$4" = '-o' -o "$4" = '-a' ]; do shift 3 msgfailoutputstatfile "$2" "$3" done echo '#### test output ####' elif [ "$1" = 'cmp' ]; then echo >&2 while [ -n "$2" ]; do echo "#### Complete file: $2 ####" catfile "$2" shift done echo '#### cmp output ####' elif [ "$1" = 'rm' ]; then echo "#### Directory listing of: $(pwd) ####" ls -l fi catfile "$OUTPUT" if [ "$CMD" != 'echo' ] && tail -n 1 "$OUTPUT" | grep -q '(core dumped)$'; then local COREDUMP="${TMPWORKINGDIRECTORY}/rootdir/tmp/core.dump" local COREEXE='' for CORENAME in 'core' 'core.pid'; do if [ -s "$CORENAME" ]; then cp -a ${CORENAME} "$COREDUMP" elif [ -s "${TMPWORKINGDIRECTORY}/${CORENAME}" ]; then cp -a "${TMPWORKINGDIRECTORY}/${CORENAME}" "$COREDUMP" else continue fi break done if [ -s "$COREDUMP" ]; then true # found already as a file elif dpkg-checkbuilddeps -d 'systemd-coredump' /dev/null >/dev/null 2>&1; then COREEXE="$(coredumpctl -1 --no-legend list | sed -e 's#^.* \([^ ]\+\)$#\1#')" coredumpctl -1 dump "$COREEXE" -o "$COREDUMP" 2>/dev/null >&2 || true else echo '### core dump not found ###' cat /proc/sys/kernel/core_pattern fi if [ -s "$COREDUMP" ]; then if [ -z "$COREEXE" ]; then case "$CMD" in apt) COREEXE="${APTCMDLINEBINDIR}/${CMD}";; aptftparchive) COREEXE="${APTFTPARCHIVEBINDIR}/apt-ftparchive";; apthelper) COREEXE="${APTHELPERBINDIR}/apt-helper";; aptwebserver) COREEXE="${APTTESTHELPERSBINDIR}/aptwebserver";; apt*) COREEXE="${APTCMDLINEBINDIR}/apt-${CMD##*apt}";; *) COREEXE="${APTCMDLINEBINDIR}/${CMD}";; esac fi if [ -d "${ARTIFACTSDIR}" ]; then local ARTIFACT_COREDUMP="$(mktemp --suffix=.coredump -p "${ARTIFACTSDIR}" "${COREEXE##*/}-XXXXXX")" cp -a "$COREDUMP" "$ARTIFACT_COREDUMP" echo "#### coredump in $ARTIFACT_COREDUMP for $COREEXE ####" fi if [ -n "$COREEXE" -a -s "$COREEXE" ] && dpkg-checkbuilddeps -d 'gdb' /dev/null >/dev/null 2>&1; then echo "#### gdb backtrace ####" command gdb --batch -n -ex 'set pagination off' --ex 'thread apply all bt full' "$COREEXE" "$COREDUMP" || true fi fi rm -f "$COREDUMP" fi msgfail "$MSG" } testsuccesswithglobalerror() { local TYPE="$1" local ERRORS="$2" shift 2 msggroup "$TYPE" if [ "$1" = '--nomsg' ]; then shift else msgtest 'Test for successful execution of' "$*" fi local OUTPUT="${TMPWORKINGDIRECTORY}/rootdir/tmp/${TYPE}.output" if "$@" >"${OUTPUT}" 2>&1; then if expr match "$1" '^apt.*' >/dev/null; then if grep -q -E ' runtime error: ' "$OUTPUT"; then msgfailoutput 'compiler detected undefined behavior' "$OUTPUT" "$@" elif grep -E "^[${ERRORS}]: " "$OUTPUT" > "${TMPWORKINGDIRECTORY}/rootdir/tmp/checkforwarnings.output" 2>&1; then if [ "$IGNORE_PTY_NOT_MOUNTED" = '1' ]; then if echo 'E: Can not write log (Is /dev/pts mounted?) - posix_openpt (2: No such file or directory)' \ | cmp - "${TMPWORKINGDIRECTORY}/rootdir/tmp/checkforwarnings.output" >/dev/null 2>&1; then msgpass elif echo 'E: Can not write log (Is /dev/pts mounted?) - posix_openpt (13: Permission denied)' \ | cmp - "${TMPWORKINGDIRECTORY}/rootdir/tmp/checkforwarnings.output" >/dev/null 2>&1; then msgpass else msgfailoutput 'successful run, but output contains warnings/errors' "$OUTPUT" "$@" fi else msgfailoutput 'successful run, but output contains warnings/errors' "$OUTPUT" "$@" fi elif [ "$TYPE" = 'testsuccesswithnotice' ]; then if grep -q -E "^N: " "$OUTPUT"; then msgpass else msgfailoutput 'successful run, but output had no notices' "$OUTPUT" "$@" fi else msgpass fi else msgpass fi else local EXITCODE=$? msgfailoutput "exitcode $EXITCODE" "$OUTPUT" "$@" fi aptautotest "$TYPE" "$@" msggroup } testsuccesswithnotice() { testsuccesswithglobalerror 'testsuccesswithnotice' 'WE' "$@" } testsuccess() { testsuccesswithglobalerror 'testsuccess' 'NWE' "$@" } testwarning() { msggroup 'testwarning' if [ "$1" = '--nomsg' ]; then shift else msgtest 'Test for successful execution with warnings of' "$*" fi local OUTPUT="${TMPWORKINGDIRECTORY}/rootdir/tmp/testwarning.output" if "$@" >"${OUTPUT}" 2>&1; then if expr match "$1" '^apt.*' >/dev/null; then if grep -q -E ' runtime error: ' "$OUTPUT"; then msgfailoutput 'compiler detected undefined behavior' "$OUTPUT" "$@" elif grep -q -E '^E: ' "$OUTPUT"; then msgfailoutput 'successful run, but output contains errors' "$OUTPUT" "$@" elif ! grep -q -E '^W: ' "$OUTPUT"; then msgfailoutput 'successful run, but output contains no warnings' "$OUTPUT" "$@" else msgpass fi else msgpass fi else local EXITCODE=$? msgfailoutput "exitcode $EXITCODE" "$OUTPUT" "$@" fi aptautotest 'testwarning' "$@" msggroup } testfailure() { msggroup 'testfailure' if [ "$1" = '--nomsg' ]; then shift else msgtest 'Test for failure in execution of' "$*" fi local OUTPUT="${TMPWORKINGDIRECTORY}/rootdir/tmp/testfailure.output" if "$@" >"${OUTPUT}" 2>&1; then local EXITCODE=$? msgfailoutput "exitcode $EXITCODE" "$OUTPUT" "$@" else local EXITCODE=$? if expr match "$1" '^apt.*' >/dev/null; then if [ "$1" = 'aptkey' ]; then if grep -q " Can't check signature: BAD signature from signature could not be verified" "$OUTPUT"; then msgpass else msgfailoutput "run failed with exitcode ${EXITCODE}, but no signature error" "$OUTPUT" "$@" fi else if grep -q -E ' runtime error: ' "$OUTPUT"; then msgfailoutput 'compiler detected undefined behavior' "$OUTPUT" "$@" elif grep -q -E '==ERROR' "$OUTPUT"; then msgfailoutput 'compiler sanitizers reported errors' "$OUTPUT" "$@" elif ! grep -q -E '^E: ' "$OUTPUT"; then msgfailoutput "run failed with exitcode ${EXITCODE}, but with no errors" "$OUTPUT" "$@" else msgpass fi fi else msgpass fi fi aptautotest 'testfailure' "$@" msggroup } testreturnstateequal() { local STATE="$1" if [ "$STATE" = 'testsuccesswithglobalerror' ]; then local STATE="$2" local TYPE="$3" shift 3 msggroup "${STATE}equal" if [ "$1" != '--nomsg' ]; then local CMP="$1" shift testsuccesswithglobalerror "$STATE" "$TYPE" "$@" testfileequal "${TMPWORKINGDIRECTORY}/rootdir/tmp/${STATE}.output" "$CMP" else local CMP="$2" shift 2 testsuccesswithglobalerror "$STATE" "$TYPE" "$@" testfileequal "${TMPWORKINGDIRECTORY}/rootdir/tmp/${STATE}.output" "$CMP" fi else msggroup "${STATE}equal" if [ "$2" != '--nomsg' ]; then local CMP="$2" shift 2 "$STATE" "$@" testfileequal "${TMPWORKINGDIRECTORY}/rootdir/tmp/${STATE}.output" "$CMP" else local CMP="$3" shift 3 "$STATE" --nomsg "$@" testfileequal "${TMPWORKINGDIRECTORY}/rootdir/tmp/${STATE}.output" "$CMP" fi fi msggroup } testsuccessequal() { # we compare output, so we know perfectly well about N: testreturnstateequal 'testsuccesswithglobalerror' 'testsuccess' 'WE' "$@" } testwarningequal() { testreturnstateequal 'testwarning' "$@" } testfailureequal() { testreturnstateequal 'testfailure' "$@" } testfailuremsg() { msggroup 'testfailuremsg' local CMP="$1" shift testfailure "$@" msgtest 'Check that the output of the previous failed command has expected' 'failures and warnings' local COMPAREFILE="${TMPWORKINGDIRECTORY}/rootdir/tmp/testfailuremsg.comparefile" grep '^\(W\|E\|N\):' "${TMPWORKINGDIRECTORY}/rootdir/tmp/testfailure.output" > "$COMPAREFILE" 2>&1 || true testoutputequal "$COMPAREFILE" echo "$CMP" msggroup } testwarningmsg() { msggroup 'testwarningmsg' local CMP="$1" shift testwarning "$@" msgtest 'Check that the output of the previous warned command has expected' 'warnings' local COMPAREFILE="${TMPWORKINGDIRECTORY}/rootdir/tmp/testwarningmsg.comparefile" grep '^\(W\|E\|N\):' "${TMPWORKINGDIRECTORY}/rootdir/tmp/testwarning.output" > "$COMPAREFILE" 2>&1 || true testoutputequal "$COMPAREFILE" echo "$CMP" msggroup } testfilestats() { msggroup 'testfilestats' msgtest "Test that file $1 has $2 $3" "$4" if [ "$4" "$3" "$(stat --format "$2" "$1")" ]; then msgpass else local OUTPUT="${TMPWORKINGDIRECTORY}/rootdir/tmp/testfilestats.output" { ls -ld "$1" || true echo -n "stat(1) reports for $2: " stat --format "$2" "$1" || true } >"$OUTPUT" 2>&1 msgfailoutput '' "$OUTPUT" fi msggroup } testaccessrights() { msggroup 'testaccessrights' testfilestats "$1" '%a' '=' "$2" msggroup } testwebserverlaststatuscode() { msggroup 'testwebserverlaststatuscode' local DOWNLOG="${TMPWORKINGDIRECTORY}/rootdir/tmp/webserverstatus-testfile.log" local STATUS="${TMPWORKINGDIRECTORY}/downloaded/webserverstatus-statusfile.log" rm -f "$DOWNLOG" "$STATUS" msgtest 'Test last status code from the webserver was' "$1" if downloadfile "http://localhost:${APTHTTPPORT}/_config/find/aptwebserver::last-status-code" "$STATUS" > "$DOWNLOG" && [ "$(cat "$STATUS")" = "$1" ]; then msgpass else local OUTPUT="${TMPWORKINGDIRECTORY}/rootdir/tmp/testwebserverlaststatuscode.output" { if [ -n "$2" ]; then shift echo >&2 '#### Additionally provided output files contain:' cat >&2 "$@" fi echo >&2 '#### Download log of the status code:' cat >&2 "$DOWNLOG" } >"$OUTPUT" 2>&1 msgfailoutput "Status was $(cat "$STATUS")" "$OUTPUT" fi msggroup } mapkeynametokeyid() { while [ -n "$1" ]; do case "$1" in *Joe*|*Sixpack*|newarchive) echo '5A90D141DBAC8DAE';; *Rex*|*Expired*) echo '4BC0A39C27CE74F9';; *Marvin*|*Paranoid*) echo 'E8525D47528144E2';; *Sebastian*|*Subkey*) echo '5B6896415D44C43E';; oldarchive) echo 'FDD2DB85F68C85A3';; *) echo 'UNKNOWN KEY';; esac shift done } testaptkeys() { local OUTPUT="${TMPWORKINGDIRECTORY}/rootdir/tmp/aptkeylist.output" if ! aptkey list --with-colon 2>/dev/null | grep '^pub' | cut -d':' -f 5 > "$OUTPUT"; then echo -n > "$OUTPUT" fi testfileequal "$OUTPUT" "$(mapkeynametokeyid "$@")" } pause() { echo "STOPPED execution. Press enter to continue" local IGNORE read IGNORE } logcurrentarchivedirectory() { find "${TMPWORKINGDIRECTORY}/aptarchive/dists" -type f | while read line; do stat --format '%U:%G:%a:%n' "$line" done | sort > "${TMPWORKINGDIRECTORY}/rootdir/var/log/aptgetupdate.before.lst" } listcurrentlistsdirectory() { { find rootdir/var/lib/apt/lists -maxdepth 1 -type d | while read line; do stat --format '%U:%G:%a:%n' "$line" done find rootdir/var/lib/apt/lists -maxdepth 1 \! -type d | while read line; do stat --format '%U:%G:%a:%s:%y:%n' "$line" done } | sort } forallsupportedcompressors() { rm -f "${TMPWORKINGDIRECTORY}/rootdir/etc/apt/apt.conf.d/00force-compressor" for COMP in $(aptconfig dump 'APT::Compressor' --format '%f%n' | cut -d':' -f 5 | uniq); do if [ -z "$COMP" -o "$COMP" = '.' ]; then continue; fi "$@" "$COMP" done } breakfiles() { while [ -n "$1" ]; do mv -f "${1}" "${1}.bak" testsuccess dd if=/dev/zero of="${1}" bs="$(stat -c %s "${1}.bak")" count=1 shift done } unbreakfiles() { while [ -n "$1" ]; do mv -f "${1}.bak" "${1}" shift done } ### convenience hacks ### mkdir() { # creating some directories by hand is a tedious task, so make it look simple local PARAMS="$*" if [ "$PARAMS" != "${PARAMS#*rootdir/var/lib/apt/lists}" ]; then # only the last directory created by mkdir is effected by the -m ! command mkdir -m 755 -p "${TMPWORKINGDIRECTORY}/rootdir/var/lib/apt" command mkdir -m 755 -p "${TMPWORKINGDIRECTORY}/rootdir/var/lib/apt/lists" command mkdir -m 700 -p "${TMPWORKINGDIRECTORY}/rootdir/var/lib/apt/lists/partial" command mkdir -m 755 -p "${TMPWORKINGDIRECTORY}/rootdir/var/lib/apt/lists/auxfiles" touch "${TMPWORKINGDIRECTORY}/rootdir/var/lib/apt/lists/lock" if [ "$(id -u)" = '0' ]; then chown _apt:$(id -gn) "${TMPWORKINGDIRECTORY}/rootdir/var/lib/apt/lists/partial" chown _apt:$(id -gn) "${TMPWORKINGDIRECTORY}/rootdir/var/lib/apt/lists/auxfiles" fi else command mkdir "$@" fi } ### The following tests are run by most test methods automatically to check ### general things about commands executed without writing the test every time. aptautotest() { if [ $# -lt 3 ]; then return; fi local TESTCALL="$1" local CMD="$2" local FIRSTOPT="$3" shift 2 for i in "$@"; do if ! expr match "$i" '^-' >/dev/null 2>&1; then FIRSTOPT="$i" break fi done shift local AUTOTEST="aptautotest_$(echo "${CMD##*/}_${FIRSTOPT}" | tr -d -c 'A-za-z0-9')" if command -v $AUTOTEST >/dev/null; then # save and restore the *.output files from other tests # as we might otherwise override them in these automatic tests rm -rf "${TMPWORKINGDIRECTORY}/rootdir/tmp-before" mv "${TMPWORKINGDIRECTORY}/rootdir/tmp" "${TMPWORKINGDIRECTORY}/rootdir/tmp-before" mkdir "${TMPWORKINGDIRECTORY}/rootdir/tmp" $AUTOTEST "$TESTCALL" "$@" rm -rf "${TMPWORKINGDIRECTORY}/rootdir/tmp-aptautotest" mv "${TMPWORKINGDIRECTORY}/rootdir/tmp" "${TMPWORKINGDIRECTORY}/rootdir/tmp-aptautotest" mv "${TMPWORKINGDIRECTORY}/rootdir/tmp-before" "${TMPWORKINGDIRECTORY}/rootdir/tmp" fi } cdfind() { ( cd /; find "$@" ) } aptautotest_aptget_update() { local TESTCALL="$1" while [ -n "$2" ]; do if [ "$2" = '--print-uris' ]; then return; fi # simulation mode shift done if ! test -d "${TMPWORKINGDIRECTORY}/rootdir/var/lib/apt/lists"; then return; fi testfilestats "${TMPWORKINGDIRECTORY}/rootdir/var/lib/apt" '%U:%G:%a' '=' "${TEST_DEFAULT_USER}:${TEST_DEFAULT_GROUP}:755" testfilestats "${TMPWORKINGDIRECTORY}/rootdir/var/lib/apt/lists" '%U:%G:%a' '=' "${TEST_DEFAULT_USER}:${TEST_DEFAULT_GROUP}:755" # all copied files are properly chmodded local backupIFS="$IFS" IFS="$(printf "\n\b")" cdfind "${TMPWORKINGDIRECTORY}/rootdir/var/lib/apt/lists" -type f ! -name 'lock' | while read file; do testfilestats "$file" '%U:%G:%a' '=' "${TEST_DEFAULT_USER}:${TEST_DEFAULT_GROUP}:644" done IFS="$backupIFS" if [ "$TESTCALL" = 'testsuccess' ]; then # failure cases can retain partial files and such testempty cdfind "${TMPWORKINGDIRECTORY}/rootdir/var/lib/apt/lists/partial" -mindepth 1 ! \( -name 'lock' -o -name '*.FAILED' \) fi if [ -s "${TMPWORKINGDIRECTORY}/rootdir/var/log/aptgetupdate.before.lst" ]; then testfileequal "${TMPWORKINGDIRECTORY}/rootdir/var/log/aptgetupdate.before.lst" \ "$(cdfind "${TMPWORKINGDIRECTORY}/aptarchive/dists" -type f | while read line; do stat --format '%U:%G:%a:%n' "$line"; done | sort)" fi } aptautotest_apt_update() { aptautotest_aptget_update "$@"; } aptautotest_aptcdrom_add() { aptautotest_aptget_update "$@"; } testaptautotestnodpkgwarning() { local TESTCALL="$1" while [ -n "$2" ]; do if expr match "$2" '^-[a-z]*s' >/dev/null 2>&1; then return; fi # simulation mode if expr match "$2" '^-dy\?' >/dev/null 2>&1; then return; fi # download-only mode shift done testfailure grep '^dpkg: warning:.*\(ignor\|unknown\).*' "${TMPWORKINGDIRECTORY}/rootdir/tmp-before/${TESTCALL}.output" } aptautotest_aptget_install() { testaptautotestnodpkgwarning "$@"; } aptautotest_aptget_remove() { testaptautotestnodpkgwarning "$@"; } aptautotest_aptget_purge() { testaptautotestnodpkgwarning "$@"; } aptautotest_apt_install() { testaptautotestnodpkgwarning "$@"; } aptautotest_apt_remove() { testaptautotestnodpkgwarning "$@"; } aptautotest_apt_purge() { testaptautotestnodpkgwarning "$@"; } testaptmarknodefaultsections() { testfailure grep '^Auto-Installed: 0$' "${TMPWORKINGDIRECTORY}/rootdir/var/lib/apt/extended_states" } aptautotest_aptmark_auto() { testaptmarknodefaultsections "$@"; } aptautotest_aptmark_manual() { testaptmarknodefaultsections "$@"; } aptautotest_aptget_markauto() { testaptmarknodefaultsections "$@"; } aptautotest_aptget_markmanual() { testaptmarknodefaultsections "$@"; }