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|
#!/usr/bin/env bash
set -e
source $(dirname $0)/../detect-build-env-vars.sh
[ -z "$CEPH_ROOT" ] && CEPH_ROOT=..
dir=$CEPH_ROOT/ceph-object-corpus
failed=0
numtests=0
pids=""
if [ -x ./ceph-dencoder ]; then
CEPH_DENCODER=./ceph-dencoder
else
CEPH_DENCODER=ceph-dencoder
fi
myversion=`$CEPH_DENCODER version`
DEBUG=0
WAITALL_DELAY=.1
debug() { if [ "$DEBUG" -gt 0 ]; then echo "DEBUG: $*" >&2; fi }
test_object() {
local type=$1
local output_file=$2
local failed=0
local numtests=0
tmp1=`mktemp /tmp/test_object_1-XXXXXXXXX`
tmp2=`mktemp /tmp/test_object_2-XXXXXXXXX`
rm -f $output_file
if $CEPH_DENCODER type $type 2>/dev/null; then
#echo "type $type";
echo " $vdir/objects/$type"
# is there a fwd incompat change between $arversion and $version?
incompat=""
incompat_paths=""
sawarversion=0
for iv in `ls $dir/archive | sort -n`; do
if [ "$iv" = "$arversion" ]; then
sawarversion=1
fi
if [ $sawarversion -eq 1 ] && [ -e "$dir/archive/$iv/forward_incompat/$type" ]; then
incompat="$iv"
# Check if we'll be ignoring only specified objects, not whole type. If so, remember
# all paths for this type into variable. Assuming that this path won't contain any
# whitechars (implication of above for loop).
if [ -d "$dir/archive/$iv/forward_incompat/$type" ]; then
if [ -n "`ls $dir/archive/$iv/forward_incompat/$type/ | sort -n`" ]; then
incompat_paths="$incompat_paths $dir/archive/$iv/forward_incompat/$type"
else
echo "type $type directory empty, ignoring whole type instead of single objects"
fi;
fi
fi
if [ "$iv" = "$version" ]; then
rm -rf $tmp1 $tmp2
break
fi
done
if [ -n "$incompat" ]; then
if [ -z "$incompat_paths" ]; then
echo "skipping incompat $type version $arversion, changed at $incompat < code $myversion"
rm -rf $tmp1 $tmp2
return
else
# If we are ignoring not whole type, but objects that are in $incompat_path,
# we don't skip here, just give info.
echo "postponed skip one of incompact $type version $arversion, changed at $incompat < code $myversion"
fi;
fi
for f in `ls $vdir/objects/$type`; do
skip=0;
# Check if processed object $f of $type should be skipped (postponed skip)
if [ -n "$incompat_paths" ]; then
for i_path in $incompat_paths; do
# Check if $f is a symbolic link and if it's pointing to existing target
if [ -L "$i_path/$f" ]; then
echo "skipping object $f of type $type"
skip=1
break
fi;
done;
fi;
if [ $skip -ne 0 ]; then
continue
fi;
$CEPH_DENCODER type $type import $vdir/objects/$type/$f decode dump_json > $tmp1 &
pid1="$!"
$CEPH_DENCODER type $type import $vdir/objects/$type/$f decode encode decode dump_json > $tmp2 &
pid2="$!"
#echo "\t$vdir/$type/$f"
if ! wait $pid1; then
echo "**** failed to decode $vdir/objects/$type/$f ****"
failed=$(($failed + 1))
rm -f $tmp1 $tmp2
continue
fi
if ! wait $pid2; then
echo "**** failed to decode+encode+decode $vdir/objects/$type/$f ****"
failed=$(($failed + 1))
rm -f $tmp1 $tmp2
continue
fi
# nondeterministic classes may dump
# nondeterministically. compare the sorted json
# output. this is a weaker test, but is better than
# nothing.
if ! $CEPH_DENCODER type $type is_deterministic; then
echo " sorting json output for nondeterministic object"
for f in $tmp1 $tmp2; do
sort $f | sed 's/,$//' > $f.new
mv $f.new $f
done
fi
if ! cmp $tmp1 $tmp2; then
echo "**** reencode of $vdir/objects/$type/$f resulted in a different dump ****"
diff $tmp1 $tmp2
failed=$(($failed + 1))
fi
numtests=$(($numtests + 1))
rm -f $tmp1 $tmp2
done
else
echo "skipping unrecognized type $type"
rm -f $tmp1 $tmp2
fi
echo "failed=$failed" > $output_file
echo "numtests=$numtests" >> $output_file
}
waitall() { # PID...
## Wait for children to exit and indicate whether all exited with 0 status.
local errors=0
while :; do
debug "Processes remaining: $*"
for pid in "$@"; do
shift
if kill -0 "$pid" 2>/dev/null; then
debug "$pid is still alive."
set -- "$@" "$pid"
elif wait "$pid"; then
debug "$pid exited with zero exit status."
else
debug "$pid exited with non-zero exit status."
errors=$(($errors + 1))
fi
done
[ $# -eq 0 ] && break
sleep ${WAITALL_DELAY:-1}
done
[ $errors -eq 0 ]
}
######
# MAIN
######
do_join() {
waitall $pids
pids=""
# Reading the output of jobs to compute failed & numtests
# Tests are run in parallel but sum should be done sequentialy to avoid
# races between threads
while [ "$running_jobs" -ge 0 ]; do
if [ -f $output_file.$running_jobs ]; then
read_failed=$(grep "^failed=" $output_file.$running_jobs | cut -d "=" -f 2)
read_numtests=$(grep "^numtests=" $output_file.$running_jobs | cut -d "=" -f 2)
rm -f $output_file.$running_jobs
failed=$(($failed + $read_failed))
numtests=$(($numtests + $read_numtests))
fi
running_jobs=$(($running_jobs - 1))
done
running_jobs=0
}
# Using $MAX_PARALLEL_JOBS jobs if defined, unless the number of logical
# processors
if [ `uname` == FreeBSD -o `uname` == Darwin ]; then
NPROC=`sysctl -n hw.ncpu`
max_parallel_jobs=${MAX_PARALLEL_JOBS:-${NPROC}}
else
max_parallel_jobs=${MAX_PARALLEL_JOBS:-$(nproc)}
fi
output_file=`mktemp /tmp/output_file-XXXXXXXXX`
running_jobs=0
for arversion in `ls $dir/archive | sort -n`; do
vdir="$dir/archive/$arversion"
#echo $vdir
if [ ! -d "$vdir/objects" ]; then
continue;
fi
for type in `ls $vdir/objects`; do
test_object $type $output_file.$running_jobs &
pids="$pids $!"
running_jobs=$(($running_jobs + 1))
# Once we spawned enough jobs, let's wait them to complete
# Every spawned job have almost the same execution time so
# it's not a big deal having them not ending at the same time
if [ "$running_jobs" -eq "$max_parallel_jobs" ]; then
do_join
fi
rm -f ${output_file}*
done
done
do_join
if [ $failed -gt 0 ]; then
echo "FAILED $failed / $numtests tests."
exit 1
fi
if [ $numtests -eq 0 ]; then
echo "FAILED: no tests found to run!"
exit 1
fi
echo "passed $numtests tests."
|
