mirror of
https://github.com/systemd/systemd
synced 2024-10-15 20:45:09 +00:00
9e10f3a7e8
This normalizes how we report an empty list of boot entries in ListBootEntries(). Our usual pattern is to return one item per method call, but when there is none we usually return a NoSuchXYZ error. Do so here too. Before this we'd return a null item instead here, and only here. This is a minor compat break, but given that this IPC interface is very new and probably not used so far (we don't use it in our code at least, and google doesn#t find any other use) I think this normalization is OK at this point.
280 lines
9.4 KiB
Bash
Executable file
280 lines
9.4 KiB
Bash
Executable file
#!/usr/bin/env bash
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# SPDX-License-Identifier: LGPL-2.1-or-later
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set -eux
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set -o pipefail
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if systemd-detect-virt --quiet --container; then
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echo "running on container, skipping."
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exit 0
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fi
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if ! command -v bootctl >/dev/null; then
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echo "bootctl not found, skipping."
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exit 0
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fi
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if [[ ! -d /usr/lib/systemd/boot/efi ]]; then
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echo "sd-boot is not installed, skipping."
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exit 0
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fi
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# shellcheck source=test/units/util.sh
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. "$(dirname "$0")"/util.sh
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# shellcheck source=test/units/test-control.sh
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. "$(dirname "$0")"/test-control.sh
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basic_tests() {
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bootctl "$@" --help
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bootctl "$@" --version
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bootctl "$@" install --make-entry-directory=yes
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bootctl "$@" remove --make-entry-directory=yes
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bootctl "$@" install --all-architectures
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bootctl "$@" remove --all-architectures
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bootctl "$@" install --make-entry-directory=yes --all-architectures
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bootctl "$@" remove --make-entry-directory=yes --all-architectures
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bootctl "$@" install
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(! bootctl "$@" update)
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bootctl "$@" update --graceful
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bootctl "$@" is-installed
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bootctl "$@" is-installed --graceful
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bootctl "$@" random-seed
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bootctl "$@"
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bootctl "$@" status
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bootctl "$@" status --quiet
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bootctl "$@" list
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bootctl "$@" list --quiet
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bootctl "$@" list --json=short
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bootctl "$@" list --json=pretty
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bootctl "$@" remove
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(! bootctl "$@" is-installed)
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(! bootctl "$@" is-installed --graceful)
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}
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testcase_bootctl_basic() {
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assert_in "$(bootctl --print-esp-path)" "^(/boot/|/efi)$"
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assert_in "$(bootctl --print-boot-path)" "^(/boot/|/efi)$"
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bootctl --print-root-device
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basic_tests
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}
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cleanup_image() (
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set +e
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if [[ -z "${IMAGE_DIR:-}" ]]; then
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return 0
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fi
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umount "${IMAGE_DIR}/root"
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if [[ -n "${LOOPDEV:-}" ]]; then
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losetup -d "${LOOPDEV}"
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unset LOOPDEV
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fi
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udevadm settle
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rm -rf "${IMAGE_DIR}"
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unset IMAGE_DIR
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return 0
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)
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testcase_bootctl_image() {
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IMAGE_DIR="$(mktemp --directory /tmp/test-bootctl.XXXXXXXXXX)"
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trap cleanup_image RETURN
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truncate -s 256m "${IMAGE_DIR}/image"
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cat >"${IMAGE_DIR}/partscript" <<EOF
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label: gpt
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type=C12A7328-F81F-11D2-BA4B-00A0C93EC93B name=esp size=64M
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type=0FC63DAF-8483-4772-8E79-3D69D8477DE4 name=root size=64M bootable
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type=BC13C2FF-59E6-4262-A352-B275FD6F7172 name=boot
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EOF
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LOOPDEV="$(losetup --show -P -f "${IMAGE_DIR}/image")"
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sfdisk "$LOOPDEV" <"${IMAGE_DIR}/partscript"
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udevadm settle
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mkfs.vfat -n esp "${LOOPDEV}p1"
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mkfs.ext4 -L root "${LOOPDEV}p2"
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mkfs.ext4 -L boot "${LOOPDEV}p3"
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mkdir -p "${IMAGE_DIR}/root"
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mount -t ext4 "${LOOPDEV}p2" "${IMAGE_DIR}/root"
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mkdir -p "${IMAGE_DIR}/root/efi"
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mkdir -p "${IMAGE_DIR}/root/boot"
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mkdir -p "${IMAGE_DIR}/root/etc"
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mkdir -p "${IMAGE_DIR}/root/usr/lib"
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if [[ -f /usr/lib/os-release ]]; then
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cp /usr/lib/os-release "${IMAGE_DIR}/root/usr/lib/."
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ln -s ../usr/lib/os-release "${IMAGE_DIR}/root/etc/os-release"
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else
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cp -a /etc/os-release "${IMAGE_DIR}/root/etc/."
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fi
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umount "${IMAGE_DIR}/root"
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assert_eq "$(bootctl --image "${IMAGE_DIR}/image" --print-esp-path)" "/run/systemd/mount-rootfs/efi"
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assert_eq "$(bootctl --image "${IMAGE_DIR}/image" --print-esp-path --esp-path=/efi)" "/run/systemd/mount-rootfs/efi"
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assert_eq "$(bootctl --image "${IMAGE_DIR}/image" --print-boot-path)" "/run/systemd/mount-rootfs/boot"
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assert_eq "$(bootctl --image "${IMAGE_DIR}/image" --print-boot-path --boot-path=/boot)" "/run/systemd/mount-rootfs/boot"
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# FIXME: This provides spurious result.
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bootctl --image "${IMAGE_DIR}/image" --print-root-device || :
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basic_tests --image "${IMAGE_DIR}/image"
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}
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cleanup_raid() (
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set +e
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if [[ -z "${IMAGE_DIR:-}" ]]; then
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return 0
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fi
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systemd-umount "${IMAGE_DIR}/root/efi"
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systemd-umount "${IMAGE_DIR}/root/boot"
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systemd-umount "${IMAGE_DIR}/root"
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mdadm --misc --stop /dev/md/raid-esp
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mdadm --misc --stop /dev/md/raid-root
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if [[ -n "${LOOPDEV1:-}" ]]; then
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mdadm --misc --force --zero-superblock "${LOOPDEV1}p1"
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mdadm --misc --force --zero-superblock "${LOOPDEV1}p2"
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fi
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if [[ -n "${LOOPDEV2:-}" ]]; then
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mdadm --misc --force --zero-superblock "${LOOPDEV2}p1"
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mdadm --misc --force --zero-superblock "${LOOPDEV2}p2"
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fi
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udevadm settle
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if [[ -n "${LOOPDEV1:-}" ]]; then
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mdadm --misc --force --zero-superblock "${LOOPDEV1}p1"
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mdadm --misc --force --zero-superblock "${LOOPDEV1}p2"
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losetup -d "${LOOPDEV1}"
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unset LOOPDEV1
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fi
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if [[ -n "${LOOPDEV2:-}" ]]; then
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mdadm --misc --force --zero-superblock "${LOOPDEV2}p1"
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mdadm --misc --force --zero-superblock "${LOOPDEV2}p2"
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losetup -d "${LOOPDEV2}"
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unset LOOPDEV2
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fi
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udevadm settle
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rm -rf "${IMAGE_DIR}"
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return 0
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)
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testcase_bootctl_raid() {
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if ! command -v mdadm >/dev/null; then
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echo "mdadm not found, skipping."
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return 0
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fi
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if ! command -v mkfs.btrfs >/dev/null; then
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echo "mkfs.btrfs not found, skipping."
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return 0
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fi
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IMAGE_DIR="$(mktemp --directory /tmp/test-bootctl.XXXXXXXXXX)"
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trap cleanup_raid RETURN
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truncate -s 256m "${IMAGE_DIR}/image1"
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truncate -s 256m "${IMAGE_DIR}/image2"
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cat >"${IMAGE_DIR}/partscript" <<EOF
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label: gpt
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type=C12A7328-F81F-11D2-BA4B-00A0C93EC93B name=esp size=64M
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type=0FC63DAF-8483-4772-8E79-3D69D8477DE4 name=root size=64M bootable
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type=BC13C2FF-59E6-4262-A352-B275FD6F7172 name=boot
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EOF
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LOOPDEV1="$(losetup --show -P -f "${IMAGE_DIR}/image1")"
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LOOPDEV2="$(losetup --show -P -f "${IMAGE_DIR}/image2")"
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sfdisk "$LOOPDEV1" <"${IMAGE_DIR}/partscript"
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sfdisk "$LOOPDEV2" <"${IMAGE_DIR}/partscript"
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udevadm settle
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echo y | mdadm --create /dev/md/raid-esp --name "raid-esp" "${LOOPDEV1}p1" "${LOOPDEV2}p1" -v -f --level=1 --raid-devices=2
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mkfs.vfat /dev/md/raid-esp
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echo y | mdadm --create /dev/md/raid-root --name "raid-root" "${LOOPDEV1}p2" "${LOOPDEV2}p2" -v -f --level=1 --raid-devices=2
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mkfs.ext4 /dev/md/raid-root
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mkfs.btrfs -f -M -d raid1 -m raid1 -L "raid-boot" "${LOOPDEV1}p3" "${LOOPDEV2}p3"
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mkdir -p "${IMAGE_DIR}/root"
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mount -t ext4 /dev/md/raid-root "${IMAGE_DIR}/root"
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mkdir -p "${IMAGE_DIR}/root/efi"
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mount -t vfat /dev/md/raid-esp "${IMAGE_DIR}/root/efi"
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mkdir -p "${IMAGE_DIR}/root/boot"
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mount -t btrfs "${LOOPDEV1}p3" "${IMAGE_DIR}/root/boot"
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mkdir -p "${IMAGE_DIR}/root/etc"
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mkdir -p "${IMAGE_DIR}/root/usr/lib"
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if [[ -f /usr/lib/os-release ]]; then
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cp /usr/lib/os-release "${IMAGE_DIR}/root/usr/lib/."
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ln -s ../usr/lib/os-release "${IMAGE_DIR}/root/etc/os-release"
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else
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cp -a /etc/os-release "${IMAGE_DIR}/root/etc/."
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fi
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# find_esp() does not support md RAID partition.
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(! bootctl --root "${IMAGE_DIR}/root" --print-esp-path)
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(! bootctl --root "${IMAGE_DIR}/root" --print-esp-path --esp-path=/efi)
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# If the verification is relaxed, it accepts md RAID partition.
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assert_eq "$(SYSTEMD_RELAX_ESP_CHECKS=yes bootctl --root "${IMAGE_DIR}/root" --print-esp-path)" "${IMAGE_DIR}/root/efi"
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assert_eq "$(SYSTEMD_RELAX_ESP_CHECKS=yes bootctl --root "${IMAGE_DIR}/root" --print-esp-path --esp-path=/efi)" "${IMAGE_DIR}/root/efi"
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# find_xbootldr() does not support btrfs RAID, and bootctl tries to fall back to use ESP.
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# (but as in the above, the ESP verification is also failed in this case).
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(! bootctl --root "${IMAGE_DIR}/root" --print-boot-path)
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(! bootctl --root "${IMAGE_DIR}/root" --print-boot-path --boot-path=/boot)
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# If the verification for ESP is relaxed, bootctl falls back to use ESP.
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assert_eq "$(SYSTEMD_RELAX_ESP_CHECKS=yes bootctl --root "${IMAGE_DIR}/root" --print-boot-path)" "${IMAGE_DIR}/root/efi"
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# If the verification is relaxed, it accepts the xbootldr partition.
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assert_eq "$(SYSTEMD_RELAX_XBOOTLDR_CHECKS=yes bootctl --root "${IMAGE_DIR}/root" --print-boot-path)" "${IMAGE_DIR}/root/boot"
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assert_eq "$(SYSTEMD_RELAX_XBOOTLDR_CHECKS=yes bootctl --root "${IMAGE_DIR}/root" --print-boot-path --boot-path=/boot)" "${IMAGE_DIR}/root/boot"
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# FIXME: This provides spurious result.
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bootctl --root "${IMAGE_DIR}/root" --print-root-device || :
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SYSTEMD_RELAX_ESP_CHECKS=yes SYSTEMD_RELAX_XBOOTLDR_CHECKS=yes basic_tests --root "${IMAGE_DIR}/root"
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}
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testcase_bootctl_varlink() {
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(varlinkctl call --collect /run/systemd/io.systemd.BootControl io.systemd.BootControl.ListBootEntries '{}' ||:)
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# We may have UEFI in the test environment.
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# If we don't have UEFI then we can test whether bootctl's varlink API fails cleanly.
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# If we do have UEFI then the rest of the clean fail tests should be skipped.
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if ! (SYSTEMD_LOG_TARGET=console varlinkctl call --json=short /run/systemd/io.systemd.BootControl io.systemd.BootControl.GetRebootToFirmware '{}' || true) |& grep -q io.systemd.BootControl.RebootToFirmwareNotSupported; then
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return 0
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fi
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(SYSTEMD_LOG_TARGET=console varlinkctl call --json=short /run/systemd/io.systemd.BootControl io.systemd.BootControl.SetRebootToFirmware '{"state":true}' || true) |& grep -q io.systemd.BootControl.RebootToFirmwareNotSupported
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(SYSTEMD_LOG_TARGET=console varlinkctl call --json=short /run/systemd/io.systemd.BootControl io.systemd.BootControl.SetRebootToFirmware '{"state":false}' || true) |& grep -q io.systemd.BootControl.RebootToFirmwareNotSupported
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}
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run_testcases
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