export LANG=C
export LC_ALL=C
export NIT_TESTING=true
-export MNIT_SRAND=0
+export NIT_SRAND=0
unset NIT_DIR
shopt -u nullglob
outdir="out"
-compdir=".nit_compile"
+compdir="nit_compile"
+
+# User CPU time limit (in seconds)
+# Is used to avoid to CPU intensive test (infinite loops). See ulimit -t
+usertimelimit=600 # 1 CPU minute
+
+# Real-time limit (in seconds)
+# Is used to avoid waiting or sleeping tests.
+# Require timeout or timelimit, or else is not used.
+realtimelimit=300 # 5 min
+
+# User limit for write files (in kilo-bytes)
+# Is used to avoid execution that loop and fill the hard drive. See ulimit -f
+# Note that a test might require a lot of temporary disk space (eg. nitc+gcc)
+filelimit=100000 # ~100MB
+
+# Limit (in bytes) for generated .res file.
+# Larger ones are truncated and will fail tests
+# Is used to avoid processing huge crappy res file (diff, xml, etc)
+reslimit=100000 # ~100KB
usage()
{
--engine Use a specific engine (default=nitc)
--noskip Do not skip a test even if the .skip file matches
--outdir Use a specific output folder (default=out/)
---compdir Use a specific temporary compilation folder (default=.nit_compile)
+--compdir Use a specific temporary compilation folder (default=$compdir)
--node Run as a node in parallel, will not output context information
--autosav Copy the .res files directly in the sav folder overriding existing .res files
END
*) stop=true
esac
done
+ (
+ ulimit -f "$filelimit"
+ ulimit -t "$usertimelimit"
if test -d "$1"; then
find $1 | sort
elif test -n "$TIME"; then
if test -n "$a"; then echo 0 >> "$o"; else echo 0 > "$o"; fi
$TIMEOUT "$@"
fi
+ )
}
# Output a timestamp attribute for XML, or an empty line
# Detect a working timeout
if sh -c "timelimit echo" 1>/dev/null 2>&1; then
- TIMEOUT="timelimit -t 600"
+ TIMEOUT="timelimit -t $realtimelimit"
elif sh -c "timeout 1 echo" 1>/dev/null 2>&1; then
- TIMEOUT="timeout 600s"
+ TIMEOUT="timeout ${realtimelimit}s"
else
echo "No timelimit or timeout command detected. Tests may hang :("
fi
OLD=""
LIST=""
FIRST=""
+
+ # Truncate too big res file
+ size=$(wc -c < "$outdir/$pattern.res")
+ if test -n "$reslimit" -a "$size" -gt "$reslimit"; then
+ # The most portable way to truncate a file is with Perl
+ perl -e "truncate \"$outdir/$pattern.res\", $reslimit;"
+ echo "***TRUNCATED***" >> "$outdir/$pattern.res"
+ fi
+
echo >>$xml "<testcase classname='`xmlesc "$pack"`' name='`xmlesc "$description"`' time='`cat -- "$outdir/$pattern.time.out"`' `timestamp`>"
#for sav in "sav/$engine/fixme/$pattern.res" "sav/$engine/$pattern.res" "sav/fixme/$pattern.res" "sav/$pattern.res" "sav/$pattern.sav"; do
for savdir in $savdirs; do
isinterpret=
case $engine in
nitc|nitg)
- engine=nitg-s;
+ engine=nitcs;
enginebinname=nitc;
OPT="--separate $OPT --compile-dir $compdir"
- savdirs="sav/nitg-common/"
+ savdirs="sav/nitc-common/"
;;
nitcs|nitg-s)
+ engine=nitcs;
enginebinname=nitc;
OPT="--separate $OPT --compile-dir $compdir"
- savdirs="sav/nitg-common/"
+ savdirs="sav/nitc-common/"
;;
nitce|nitg-e)
+ engine=nitce;
enginebinname=nitc;
OPT="--erasure $OPT --compile-dir $compdir"
- savdirs="sav/nitg-common/"
+ savdirs="sav/nitc-common/"
;;
nitcsg|nitg-sg)
+ engine=nitcsg;
enginebinname=nitc;
OPT="--semi-global $OPT --compile-dir $compdir"
- savdirs="sav/nitg-common/"
+ savdirs="sav/nitc-common/"
;;
nitcg|nitg-g)
+ engine=nitcg;
enginebinname=nitc;
OPT="--global $OPT --compile-dir $compdir"
- savdirs="sav/nitg-common/"
+ savdirs="sav/nitc-common/"
;;
nit)
engine=niti
emscripten)
enginebinname=nitc
OPT="-m emscripten_nodejs.nit --semi-global $OPT --compile-dir $compdir"
- savdirs="sav/nitg-sg/"
- ;;
- nitc)
- echo "disabled engine $engine"
- exit 0
+ savdirs="sav/nitcsg/"
;;
*)
echo "unknown engine $engine"
cat -- "$ff.compile.log"
cat >&2 -- "$ff.cmp.err"
fi
+ # Clean
+ rm -r "$compdir" 2>/dev/null
fi
if [ "$engine" = "emscripten" ]; then
echo > "$ff.bin" "nodejs $ffout \"\$@\""