On Sat, Sep 4, 2021 at 6:06 AM Darrick J. Wong <djwong@xxxxxxxxxx> wrote:
>
> From: Darrick J. Wong <djwong@xxxxxxxxxx>
>
> Create a file to document the purpose of each test group that is
> currently defined in fstests, and change mkgroupfile to check that every
> group mentioned in the tests is also mentioned in the documentation.
>
> Signed-off-by: Darrick J. Wong <djwong@xxxxxxxxxx>
> ---
> common/preamble | 21 ++++++++
> doc/group-names.txt | 135 +++++++++++++++++++++++++++++++++++++++++++++++++++
> tools/mkgroupfile | 15 +++++-
> 3 files changed, 168 insertions(+), 3 deletions(-)
> create mode 100644 doc/group-names.txt
>
> diff --git a/common/preamble b/common/preamble
> index 66b0ed05..64d79385 100644
> --- a/common/preamble
> +++ b/common/preamble
> @@ -23,6 +23,26 @@ _register_cleanup()
> trap "${cleanup}exit \$status" EXIT HUP INT QUIT TERM $*
> }
>
> +# Make sure each group is in the documentation file.
> +_check_groups() {
> + test -n "$GROUPNAME_DOC_FILE" || return 0
> +
> + local testname="$(echo "$0" | sed -e 's/^.*tests\///g')"
> + declare -a missing=()
> +
> + for group in "$@"; do
> + if ! grep -q "^${group}[[:space:]]" "$GROUPNAME_DOC_FILE"; then
> + missing+=("\"${group}\"")
> + fi
> + done
> + test "${#missing}" -eq 0 && return 0
> +
> + local suffix=
> + test "${#missing}" -gt 1 && suffix="s"
> + echo "$testname: group$suffix ${missing[@]} not mentioned in documentation." 1>&2
> + return 1
> +}
> +
> # Prepare to run a fstest by initializing the required global variables to
> # their defaults, sourcing common functions, registering a cleanup function,
> # and removing the $seqres.full file.
> @@ -42,6 +62,7 @@ _begin_fstest()
> # If we're only running the test to generate a group.list file,
> # spit out the group data and exit.
> if [ -n "$GENERATE_GROUPS" ]; then
> + _check_groups "$@" || exit 1
> echo "$seq $@"
> exit 0
> fi
> diff --git a/doc/group-names.txt b/doc/group-names.txt
> new file mode 100644
> index 00000000..e8e3477e
> --- /dev/null
> +++ b/doc/group-names.txt
> @@ -0,0 +1,135 @@
> +======================= =======================================================
> +Group Name: Description:
> +======================= =======================================================
> +all All known tests, automatically generated by ./check at
> + runtime
> +auto Tests that should be run automatically. These should
> + not require more than ~5 minutes to run.
> +quick Tests that should run in under 30 seconds.
> +deprecated Old tests that should not be run.
> +
> +acl Access Control Lists
> +admin xfs_admin functionality
> +aio general libaio async io tests
> +atime file access time
> +attr extended attributes
> +attr2 xfs v2 extended aributes
> +balance btrfs tree rebalance
> +bigtime timestamps beyond the year 2038
> +blockdev block device functionality
> +broken broken tests
> +cap Linux capabilities
> +casefold directory name casefolding
> +ci ASCII case-insensitive directory name lookups
> +clone FICLONE/FICLONERANGE ioctls
> +clone_stress stress testing FICLONE/FICLONERANGE
> +collapse fallocate FALLOC_FL_COLLAPSE_RANGE
> +compress file compression
> +convert btrfs ext[34] conversion tool
> +copy xfs_copy functionality
> +copy_range copy_file_range syscall
> +copyup overlayfs copyup
> +dangerous dangerous test that can crash the system
> +dangerous_bothrepair fuzzers to evaluate xfs_scrub + xfs_repair repair
> +dangerous_fuzzers fuzzers that can crash your computer
> +dangerous_norepair fuzzers to evaluate kernel metadata verifiers
> +dangerous_online_repair fuzzers to evaluate xfs_scrub online repair
> +dangerous_repair fuzzers to evaluate xfs_repair offline repair
> +dangerous_scrub fuzzers to evaluate xfs_scrub checking
> +data data loss checkers
> +dax direct access mode for persistent memory files
> +db xfs_db functional tests
> +dedupe FIEDEDUPERANGE ioctl
> +defrag filesystem defragmenters
> +dir directory test functions
> +dump dump and restore utilities
> +eio IO error reporting
> +encrypt encrypted file contents
> +enospc ENOSPC error reporting
> +exportfs file handles
> +filestreams XFS filestreams allocator
> +freeze filesystem freeze tests
> +fsck general fsck tests
> +fsmap FS_IOC_GETFSMAP ioctl
> +fsr XFS free space reorganizer
> +fuzzers filesystem fuzz tests
> +growfs increasing the size of a filesystem
> +hardlink hardlinks
> +health XFS health reporting
> +idmapped idmapped mount functionality
> +inobtcount XFS inode btree count tests
> +insert fallocate FALLOC_FL_INSERT_RANGE
> +ioctl general ioctl tests
> +io_uring general io_uring async io tests
> +label filesystem labelling
> +limit resource limits
> +locks file locking
> +log metadata logging
> +logprint xfs_logprint functional tests
> +long_rw long-soak read write IO path exercisers
> +metacopy overlayfs metadata-only copy-up
> +metadata filesystem metadata update exercisers
> +metadump xfs_metadump/xfs_mdrestore functionality
> +mkfs filesystem formatting tools
> +mount mount option and functionality checks
> +nested nested overlayfs instances
> +nfs4_acl NFSv4 access control lists
> +nonsamefs overlayfs layers on different filesystems
> +online_repair online repair functionality tests
> +other dumping ground, do not add more tests to this group
> +pattern specific IO pattern tests
> +perms access control and permission checking
> +pipe pipe functionality
> +pnfs PNFS
> +posix POSIX behavior conformance
> +prealloc fallocate for preallocating unwritten space
> +preallocrw fallocate, then read and write
> +punch fallocate FALLOC_FL_PUNCH_HOLE
> +qgroup btrfs qgroup feature
> +quota filesystem usage quotas
> +raid btrfs RAID
> +realtime XFS realtime volumes
> +recoveryloop crash recovery loops
> +redirect overlayfs redirect_dir feature
> +remote dump and restore with a remote tape
> +remount remounting filesystems
> +rename rename system call
> +repair xfs_repair functional tests
> +replace btrfs device replace
> +replay dm-logwrites replays
> +resize resize2fs functionality tests
> +richacl rich ACL feature
> +rmap XFS reverse mapping exercisers
> +rotate overlayfs upper layer rotate tests from the unionmount
> + test suite
> +rw read/write IO tests
> +samefs overlayfs when all layers are on the same fs
> +scrub filesystem metadata scrubbers
> +seed btrfs seeded filesystems
> +seek llseek functionality
> +send btrfs send/receive
> +shrinkfs decreasing the size of a filesystem
> +shutdown FS_IOC_SHUTDOWN ioctl
> +snapshot btrfs snapshots
> +soak long running soak tests of any kind
> +spaceman xfs_spaceman functional tests
> +splice splice system call
> +stress fsstress filesystem exerciser
> +subvol btrfs subvolumes
> +swap swap files
> +symlink symbolic links
> +tape dump and restore with a tape
> +thin thin provisioning
> +trim FITRIM ioctl
> +udf UDF functionality tests
> +union tests from the unionmount test suite
> +unlink O_TMPFILE unlinked files
> +unshare fallocate FALLOC_FL_UNSHARE_RANGE
> +v2log XFS v2 log format tests
> +verity fsverity
> +volume btrfs volume management
> +whiteout overlayfs whiteout functionality
> +xino overlayfs xino feature
> +zero fallocate FALLOC_FL_ZERO_RANGE
> +zone zoned (SMR) device support
> +======================= =======================================================
> diff --git a/tools/mkgroupfile b/tools/mkgroupfile
> index 0681e5d2..767bac90 100755
> --- a/tools/mkgroupfile
> +++ b/tools/mkgroupfile
> @@ -9,6 +9,8 @@ fi
>
> test_dir="$PWD"
> groupfile="$1"
> +GROUPNAME_DOC_FILE="$(readlink -m ../../doc/group-names.txt)"
> +export GROUPNAME_DOC_FILE
>
> if [ ! -x ../../check ]; then
> echo "$0: Run this from tests/XXX/."
> @@ -24,19 +26,26 @@ ENDL
> cd ../../
> export GENERATE_GROUPS=yes
> grep -R -l "^_begin_fstest" "$test_dir/" 2>/dev/null | while read testfile; do
> - test -x "$testfile" && "$testfile"
> + test -x "$testfile" && "$testfile" || return 1
> done | sort -g
> + local ret="${PIPESTATUS[1]}"
> cd "$test_dir"
> + return $ret
> }
>
> if [ -z "$groupfile" ] || [ "$groupfile" = "-" ]; then
> # Dump the group file to stdout and exit
> generate_groupfile
> - exit 0
Now the comment above is incorrect, but I think you
did want to exit $ret?
> fi
>
> # Otherwise, write the group file to disk somewhere.
> ngroupfile="${groupfile}.new"
> rm -f "$ngroupfile"
> generate_groupfile >> "$ngroupfile"
> -mv "$ngroupfile" "$groupfile"
> +ret=$?
> +if [ $ret -eq 0 ]; then
> + mv "$ngroupfile" "$groupfile"
> +else
> + rm -f "$ngroupfile"
> +fi
> +exit $ret
I think that a cleanup() trap would have made this script a lot cleaner,
not having to deal with ${PIPESTATUS[1]} and whatnot, but if there is
a reason not to use cleanup() trap, I'm fine with this as well.
Thanks,
Amir.
