#!/bin/bash # shellcheck disable=SC2034 TEST_DESCRIPTION="Full systemd serialization/deserialization test with /usr mount" test_check() { command -v systemctl &> /dev/null } # Uncomment this to debug failures #DEBUGFAIL="rd.shell rd.break" #DEBUGOUT="quiet systemd.log_level=debug systemd.log_target=console loglevel=77 rd.info rd.debug" client_run() { local test_name="$1" shift local client_opts="$*" echo "CLIENT TEST START: $test_name" declare -a disk_args=() declare -i disk_index=0 qemu_add_drive disk_index disk_args "$TESTDIR"/marker.img marker qemu_add_drive disk_index disk_args "$TESTDIR"/root.btrfs root qemu_add_drive disk_index disk_args "$TESTDIR"/root_crypt.btrfs root_crypt qemu_add_drive disk_index disk_args "$TESTDIR"/usr.btrfs usr test_marker_reset "$testdir"/run-qemu \ "${disk_args[@]}" \ -append "$TEST_KERNEL_CMDLINE systemd.unit=testsuite.target systemd.mask=systemd-firstboot systemd.mask=systemd-vconsole-setup root=LABEL=dracut mount.usr=LABEL=dracutusr mount.usrfstype=btrfs mount.usrflags=subvol=usr,ro $client_opts rd.retry=3 $DEBUGOUT" \ -initrd "$TESTDIR"/initramfs.testing || return 1 if ! test_marker_check; then echo "CLIENT TEST END: $test_name [FAILED]" return 1 fi echo "CLIENT TEST END: $test_name [OK]" } test_run() { client_run "no option specified" || return 1 client_run "readonly root" "ro" || return 1 client_run "writeable root" "rw" || return 1 # volatile mode client_run "volatile=overlayfs root" "systemd.volatile=overlayfs" || return 1 client_run "volatile=state root" "systemd.volatile=state" || return 1 # shellcheck source=$TESTDIR/luks.uuid . "$TESTDIR"/luks.uuid # luks client_run "encrypted root with rd.luks.uuid" "root=LABEL=dracut_crypt rd.luks.uuid=$ID_FS_UUID rd.luks.key=/etc/key" || return 1 client_run "encrypted root with rd.luks.name" "root=/dev/mapper/crypt rd.luks.name=$ID_FS_UUID=crypt rd.luks.key=/etc/key" || return 1 return 0 } test_setup() { # shellcheck disable=SC2064 trap "$(shopt -p globstar)" RETURN shopt -q -s globstar # Create what will eventually be our root filesystem onto an overlay "$DRACUT" -N -l --keep --tmpdir "$TESTDIR" \ -m "test-root systemd-ldconfig" \ -i "${PKGLIBDIR}/modules.d/80test-root/test-init.sh" "/sbin/test-init.sh" \ -i ./test-init.sh /sbin/test-init \ -f "$TESTDIR"/initramfs.root "$KVERSION" || return 1 mkdir -p "$TESTDIR"/overlay/source && cp -a "$TESTDIR"/dracut.*/initramfs/* "$TESTDIR"/overlay/source && rm -rf "$TESTDIR"/dracut.* && export initdir=$TESTDIR/overlay/source if type -P rpm &> /dev/null; then rpm -ql systemd | xargs -r "$PKGLIBDIR"/dracut-install ${initdir:+-D "$initdir"} -o -a -l elif type -P dpkg &> /dev/null; then dpkg -L systemd | xargs -r "$PKGLIBDIR"/dracut-install ${initdir:+-D "$initdir"} -o -a -l elif type -P pacman &> /dev/null; then pacman -Q -l systemd | while read -r _ a; do printf -- "%s\0" "$a"; done | xargs -0 -r "$PKGLIBDIR"/dracut-install ${initdir:+-D "$initdir"} -o -a -l elif type -P equery &> /dev/null; then equery f 'sys-apps/systemd*' | xargs -r "$PKGLIBDIR"/dracut-install ${initdir:+-D "$initdir"} -o -a -l else echo "Can't install systemd base" return 1 fi # softlink mtab ln -fs /proc/self/mounts "$initdir"/etc/mtab # install any Execs from the service files grep -Eho '^Exec[^ ]*=[^ ]+' "$initdir"{,/usr}/lib/systemd/system/*.service \ | while read -r i || [ -n "$i" ]; do i=${i##Exec*=} i=${i##-} "$PKGLIBDIR"/dracut-install ${initdir:+-D "$initdir"} -o -a -l "$i" done # setup the testsuite target mkdir -p "$initdir"/etc/systemd/system cat > "$initdir"/etc/systemd/system/testsuite.target << EOF [Unit] Description=Testsuite target Requires=basic.target After=basic.target Conflicts=rescue.target AllowIsolate=yes EOF # setup the testsuite service cat > "$initdir"/etc/systemd/system/testsuite.service << EOF [Unit] Description=Testsuite service After=basic.target [Service] ExecStart=/sbin/test-init Type=oneshot StandardInput=tty StandardOutput=tty EOF mkdir -p "$initdir"/etc/systemd/system/testsuite.target.wants ln -fs ../testsuite.service "$initdir"/etc/systemd/system/testsuite.target.wants/testsuite.service # second, install the files needed to make the root filesystem # create an initramfs that will create the target root filesystem. # We do it this way so that we do not risk trashing the host mdraid # devices, volume groups, encrypted partitions, etc. "$DRACUT" -N -l -i "$TESTDIR"/overlay / \ -a "test-makeroot btrfs" \ -I "mkfs.btrfs cryptsetup" \ -i ./create-root.sh /lib/dracut/hooks/initqueue/01-create-root.sh \ -f "$TESTDIR"/initramfs.makeroot "$KVERSION" || return 1 rm -rf -- "$TESTDIR"/overlay/* # Create the blank file to use as a root filesystem declare -a disk_args=() # shellcheck disable=SC2034 declare -i disk_index=0 qemu_add_drive disk_index disk_args "$TESTDIR"/marker.img marker 1 qemu_add_drive disk_index disk_args "$TESTDIR"/root.btrfs root 160 qemu_add_drive disk_index disk_args "$TESTDIR"/root_crypt.btrfs root_crypt 160 qemu_add_drive disk_index disk_args "$TESTDIR"/usr.btrfs usr 160 # Invoke KVM and/or QEMU to actually create the target filesystem. "$testdir"/run-qemu \ "${disk_args[@]}" \ -append "root=/dev/fakeroot rw rootfstype=btrfs quiet console=ttyS0,115200n81" \ -initrd "$TESTDIR"/initramfs.makeroot || return 1 test_marker_check dracut-root-block-created || return 1 grep -F -a -m 1 ID_FS_UUID "$TESTDIR"/marker.img > "$TESTDIR"/luks.uuid echo -n test > /tmp/key test_dracut \ -m "btrfs dracut-systemd i18n systemd-ac-power systemd-coredump systemd-creds systemd-cryptsetup systemd-integritysetup systemd-ldconfig systemd-pcrphase systemd-pstore systemd-repart systemd-sysext systemd-veritysetup" \ -i "/tmp/key" "/etc/key" \ "$TESTDIR"/initramfs.testing rm -rf -- "$TESTDIR"/overlay } # shellcheck disable=SC1090 . "$testdir"/test-functions