mariadb/scripts/run.fractal.tree.tests.bash
Rich Prohaska e1d9f40557 #4662 put a ceiling on the number of cpus that the fractal tree tests see refs[t:4662]
git-svn-id: file:///svn/toku/tokudb@41352 c7de825b-a66e-492c-adef-691d508d4ae1
2013-04-17 00:00:14 -04:00

389 lines
13 KiB
Bash
Executable file

#!/bin/bash
# build.check.bash --revision=10500 --ftcc=icc
# build.check.bash --tokudb=tokudb.1489 --revision=10500 --ftcc=gcc44
# build.check.bash --branch=mysql.branches/1.1.3 --revision=10500
function usage() {
echo "build tokudb and run regressions"
echo "--branch=$branch --tokudb=$tokudb --revision=$revision --bdb=$bdb"
echo "--ftcc=$ftcc --VALGRIND=$VALGRIND --makejobs=$makejobs --parallel=$parallel"
echo "--debugtests=$debugtests --releasetests=$releasetests"
echo "--commit=$commit"
}
function retry() {
local cmd
local retries
local exitcode
cmd=$*
let retries=0
while [ $retries -le 10 ] ; do
echo $(date) $cmd
bash -c "$cmd"
exitcode=$?
echo $(date) $cmd $exitcode $retries
let retries=retries+1
if [ $exitcode -eq 0 ] ; then break; fi
sleep 10
done
test $exitcode = 0
}
# delete some characters that cygwin and osx have trouble with
function sanitize() {
tr -d '[/:\\\\()]'
}
function mydate() {
date +"%Y%m%d %H:%M:%S"
}
function get_ncpus() {
grep bogomips /proc/cpuinfo | wc -l
}
function get_latest_svn_revision() {
local revision=0
local svntarget=$svnserver/$*
local latest=$(retry svn info $svntarget)
if [[ $latest =~ Last\ Changed\ Rev:\ ([0-9]+) ]] ; then
revision=${BASH_REMATCH[1]}
fi
echo $revision
}
function make_tokudb_name() {
local tokudb_dir=$1
local tokudb=$2
if [ $tokudb_dir = "toku" ] ; then
echo $tokudb
else
echo $(echo $tokudb_dir-$tokudb | tr / -)
fi
}
# run a command and trace its result
function runcmd() {
local fail=$1; shift
local makedir=$1; shift
local cmd=$*
echo $(mydate) $makedir $cmd
pushd $makedir
if [ $? = 0 ] ; then
$cmd
exitcode=$?
local dir=$makedir
if [[ $dir =~ $HOME/svn.build/(.*) ]] ; then
dir=${BASH_REMATCH[1]}
fi
result="$(mydate) $dir $cmd"
if [ $fail -eq 0 ] ; then
if [ $exitcode -eq 0 ] ; then
result="PASS $result"
else
result="FAIL $result"
fi
else
if [ $exitcode -eq 0 ] ; then
result="XPASS $result"
else
result="XFAIL $result"
fi
fi
fi
echo $result
echo $result >>$commit_msg
echo $result >>/tmp/$(whoami).build.check.trace
popd
}
function my_mktemp() {
mktemp /tmp/$(whoami).$1.XXXXXXXXXX
}
# build a version of tokudb with a specific BDB target
function build() {
# setup build environment
export BDBVERSION=$1
if [[ $BDBVERSION =~ ([0-9]+)\.([0-9]+) ]] ;then
export BDBMAJOR=${BASH_REMATCH[1]}
export BDBMINOR=${BASH_REMATCH[2]}
else
return 1
fi
export BDBDIR=/usr/local/BerkeleyDB.$BDBVERSION
if [ ! -d $BDBDIR ] ; then return 2; fi
tokudb_name=$(make_tokudb_name $branch $tokudb)
export TOKUDB_NAME=$tokudb_name
export TOKUDB_REVISION=$revision
productname=$tokudb_name-$revision
checkout=$branch/$tokudb
latestrev=$(get_latest_svn_revision $checkout)
if [ $latestrev -eq 0 ] ; then return 3; fi
commit_msg=$(my_mktemp ft)
svnbase=~/svn.build
if [ ! -d $svnbase ] ; then mkdir $svnbase ; fi
# checkout the build dir
buildbase=$svnbase/tokudb.build
if [ ! -d $buildbase ] ; then
mkdir $buildbase
fi
# make the build directory, possibly on multiple machines simultaneously, there can be only one
builddir=$buildbase/$date
pushd $buildbase
while [ ! -d $date ] ; do
svn mkdir $svnserver/tokudb.build/$date -m ""
svn co -q $svnserver/tokudb.build/$date
if [ $? -ne 0 ] ; then rm -rf $date; fi
done
popd
tracefile=$builddir/$productname+$ftcc-$GCCVERSION+bdb-$BDBVERSION+$nodename+$system+$release+$arch
if [ $have_cilk != 0 ] ; then tracefile=$tracefile+cilk; fi
if [ $debugtests != 0 ] ; then tracefile=$tracefile+debug; fi
if [ $releasetests != 0 ] ; then tracefile=$tracefile+release; fi
# get some config info
uname -a >$tracefile 2>&1
ulimit -a >>$tracefile 2>&1
$ftcc -v >>$tracefile 2>&1
valgrind --version >>$tracefile 2>&1
cat /etc/issue >>$tracefile 2>&1
cat /proc/version >>$tracefile 2>&1
cat /proc/cpuinfo >>$tracefile 2>&1
env >>$tracefile 2>&1
# checkout the source dir
productbuilddir=$svnbase/$productname
# cleanup
rm -rf $productbuilddir
mkdir -p $productbuilddir
# checkout into $productbuilddir
runcmd 0 $productbuilddir retry svn checkout -q -r $revision $svnserver/$checkout . >>$tracefile 2>&1
if [ $debugtests != 0 ] ; then
# make debug
eval runcmd 0 $productbuilddir make release DEBUG=1 CC=$ftcc HAVE_CILK=$have_cilk >>$tracefile 2>&1
eval runcmd 0 $productbuilddir/utils make -j$makejobs DEBUG=1 CC=$ftcc HAVE_CILK=$have_cilk >>$tracefile 2>&1
eval runcmd 0 $productbuilddir/newbrt/tests make -j$makejobs DEBUG=1 CC=$ftcc HAVE_CILK=$have_cilk >>$tracefile 2>&1
eval runcmd 0 $productbuilddir/src/tests make tests -j$makejobs -k -s SUMMARIZE=1 DEBUG=1 CC=$ftcc HAVE_CILK=$have_cilk >>$tracefile 2>&1
# debug tests
eval runcmd 0 $productbuilddir/$system/tests make check -k -s SUMMARIZE=1 DEBUG=1 CC=$ftcc HAVE_CILK=$have_cilk >>$tracefile 2>&1
eval runcmd 0 $productbuilddir/utils make check -k -j$makejobs -s SUMMARIZE=1 DEBUG=1 CC=$ftcc HAVE_CILK=$have_cilk >>$tracefile 2>&1
let n=makejobs; if [ $parallel != 0 ] ; then let n=n/2; fi
range_trace=$(my_mktemp range)
eval runcmd 0 $productbuilddir/src/range_tree/tests make check -k -j$n -s SUMMARIZE=1 CC=$ftcc DEBUG=1 HAVE_CILK=$have_cilk >>$range_trace 2>&1 $BG
lock_trace=$(my_mktemp lock)
eval runcmd 0 $productbuilddir/src/lock_tree/tests make check -k -j$n -s SUMMARIZE=1 CC=$ftcc DEBUG=1 HAVE_CILK=$have_cilk >>$lock_trace 2>&1 $BG
wait
cat $range_trace >>$tracefile; rm $range_trace
cat $lock_trace >>$tracefile; rm $lock_trace
let n=makejobs; if [ $parallel != 0 ] ; then let n=n/2; fi
newbrt_trace=$(my_mktemp newbrt)
eval runcmd 0 $productbuilddir/newbrt make check -j$n -k -s SUMMARIZE=1 DEBUG=1 CC=$ftcc HAVE_CILK=$have_cilk >>$newbrt_trace 2>&1 $BG
ydb_trace=$(my_mktemp ydb)
eval runcmd 0 $productbuilddir/src/tests make check.tdb -j$n -k -s SUMMARIZE=1 DEBUG=1 CC=$ftcc HAVE_CILK=$have_cilk >>$ydb_trace 2>&1 $BG
wait
cat $newbrt_trace >>$tracefile; rm $newbrt_trace
cat $ydb_trace >>$tracefile; rm $ydb_trace
# benchmark tests
eval runcmd 0 $productbuilddir/db-benchmark-test make -k -j$makejobs DEBUG=1 CC=$ftcc HAVE_CILK=$have_cilk >>$tracefile 2>&1
let n=makejobs; if [ $parallel != 0 ] ; then let n=n/3; fi
bench_trace=$(my_mktemp bench)
eval runcmd 0 $productbuilddir/db-benchmark-test make check -k -j$n -k -s SUMMARIZE=1 DEBUG=1 CC=$ftcc HAVE_CILK=$have_cilk >>$bench_trace 2>&1 $BG
# stress tests
stress_trace=$(my_mktemp stress)
if [ $stresstests != 0 ] ; then
eval runcmd 0 $productbuilddir/src/tests make stress_tests.tdbrun -j$n -k -s SUMMARIZE=1 DEBUG=1 CC=$ftcc HAVE_CILK=$have_cilk >>$stress_trace 2>&1 $BG
fi
drd_trace=$(my_mktemp drd)
if [ $drdtests != 0 ] ; then
eval runcmd 0 $productbuilddir/src/tests make tiny_stress_tests.drdrun mid_stress_tests.drdrun -j$n -k -s SUMMARIZE=1 DEBUG=1 CC=$ftcc HAVE_CILK=$have_cilk >>$drd_trace 2>&1 $BG
fi
wait
cat $bench_trace >>$tracefile; rm $bench_trace
cat $stress_trace >>$tracefile; rm $stress_trace
cat $drd_trace >>$tracefile; rm $drd_trace
# upgrade tests
if [ $upgradetests != 0 ] ; then
runcmd 0 $productbuilddir/src/tests make upgrade-tests.tdbrun -k -s SUMMARIZE=1 DEBUG=1 CC=$ftcc HAVE_CILK=$have_cilk >>$tracefile 2>&1
fi
fi
if [ $releasetests != 0 ] ; then
# release build
eval runcmd 0 $productbuilddir make clean >>$tracefile 2>&1
eval runcmd 0 $productbuilddir make release CC=$ftcc HAVE_CILK=$have_cilk >>$tracefile 2>&1
eval runcmd 0 $productbuilddir/utils make -j$makejobs CC=$ftcc HAVE_CILK=$have_cilk >>$tracefile 2>&1
eval runcmd 0 $productbuilddir/release/examples make check -j$makejobs CC=$ftcc HAVE_CILK=$have_cilk >>$tracefile 2>&1
# release tests
eval runcmd 0 $productbuilddir/$system/tests make check -k -s SUMMARIZE=1 CC=$ftcc HAVE_CILK=$have_cilk VGRIND= >>$tracefile 2>&1
eval runcmd 0 $productbuilddir/utils make check -k -j$makejobs -s SUMMARIZE=1 CC=$ftcc HAVE_CILK=$have_cilk VGRIND= >>$tracefile 2>&1
eval runcmd 0 $productbuilddir/src/range_tree/tests make check -k -j$makejobs -s SUMMARIZE=1 CC=$ftcc HAVE_CILK=$have_cilk VGRIND= >>$tracefile 2>&1
eval runcmd 0 $productbuilddir/src/lock_tree/tests make check -k -j$makejobs -s SUMMARIZE=1 CC=$ftcc HAVE_CILK=$have_cilk VGRIND= >>$tracefile 2>&1
eval runcmd 0 $productbuilddir/newbrt/tests make check -j$makejobs -k -s SUMMARIZE=1 CC=$ftcc HAVE_CILK=$have_cilk VGRIND= >>$tracefile 2>&1
eval runcmd 0 $productbuilddir/src/tests make check.tdb -j$makejobs -k -s SUMMARIZE=1 CC=$ftcc HAVE_CILK=$have_cilk VGRIND= >>$tracefile 2>&1
eval runcmd 0 $productbuilddir/src/tests make stress_tests.tdbrun -j$makejobs -k -s SUMMARIZE=1 CC=$ftcc HAVE_CILK=$have_cilk VGRIND= >>$tracefile 2>&1
if [ $bdbtests != 0 ] ; then
bdb_trace=$(my_mktemp bdb)
eval runcmd 0 $productbuilddir/src/tests make check.bdb -j$makejobs -k -s SUMMARIZE=1 CC=$ftcc HAVE_CILK=$have_cilk VGRIND= >>$bdb_trace 2>&1
cat $bdb_trace >>$tracefile; rm $bdb_trace
fi
fi
# cilk tests
if [ $cilktests != 0 ] ; then
runcmd 0 $productbuilddir make clean >>$tracefile 2>&1
runcmd 0 $productbuilddir make release CC=$ftcc DEBUG=1 >>$tracefile 2>&1
runcmd 0 $productbuilddir/newbrt/tests make cilkscreen_brtloader -k -s SUMMARIZE=1 CC=$ftcc DEBUG=1 >>$tracefile 2>&1
fi
# cxx
if [ $cxxtests != 0 ] ; then
runcmd $dowindows $productbuilddir/cxx make -k -s >>$tracefile 2>&1
runcmd $dowindows $productbuilddir/cxx make -k -s install >>$tracefile 2>&1
runcmd $dowindows $productbuilddir/cxx/tests make -k -s check SUMMARIZE=1 >>$tracefile 2>&1
runcmd $dowindows $productbuilddir/db-benchmark-test-cxx make -k -s >>$tracefile 2>&1
runcmd $dowindows $productbuilddir/db-benchmark-test-cxx make -k -s check >>$tracefile 2>&1
fi
# man
if [ 0 = 1 ] ; then
runcmd 0 $productbuilddir/man/texi make -k -s -j$makejobs >>$tracefile 2>&1
fi
if [ 0 = 1 -a $docoverage -eq 1 ] ; then
# run coverage
runcmd 0 $productbuilddir make -s clean >>$tracefile 2>&1
runcmd 0 $productbuilddir make build-coverage >>$tracefile 2>&1
runcmd 0 $productbuilddir make check-coverage >>$tracefile 2>&1
# summarize the coverage data
coveragefile=$builddir/coverage+$productname-$BDBVERSION+$nodename+$system+$release+$arch
rawcoverage=$(my_mktemp ftcover)
for d in newbrt src src/range_tree src/lock_tree; do
(cd $productbuilddir/$d; python ~/bin/gcovsumdir.py -b *.gcno >>$rawcoverage)
if [ -d $productbuilddir/$d/tests ] ; then
(cd $productbuilddir/$d/tests; python ~/bin/gcovsumdir.py -b *.gcno >>$rawcoverage)
fi
done
python ~/bin/gcovsumsum.py <$rawcoverage >$coveragefile
rm $rawcoverage
fi
# put the trace into svn
if [ $commit -ne 0 ] ; then
npass=$(egrep "^PASS " $tracefile | wc -l)
nfail=$(egrep "^FAIL " $tracefile | wc -l)
testresult="PASS=$npass"
if [ $nfail != 0 ] ; then testresult="FAIL=$nfail $testresult"; fi
local cf=$(my_mktemp ftresult)
echo "$testresult $productname $ftcc-$GCCVERSION bdb-$BDBVERSION $system $release $arch $nodename" >$cf
echo >>$cf; echo >>$cf
cat $commit_msg >>$cf
if [ $nfail != 0 ] ; then egrep " FAIL" $tracefile >>$cf; fi
svn add $tracefile $coveragefile
retry svn commit -F "$cf" $tracefile $coveragefile
rm $cf
else
cat $commit_msg
fi
rm $commit_msg
return 0
}
# set defaults
exitcode=0
svnserver=https://svn.tokutek.com/tokudb
nodename=$(uname -n)
system=$(uname -s | tr '[:upper:]' '[:lower:]' | sanitize)
release=$(uname -r | sanitize)
arch=$(uname -m | sanitize)
date=$(date +%Y%m%d)
branch=.
tokudb=tokudb
bdb=5.3
ncpus=$(get_ncpus)
toku_ncpus=8
makejobs=$ncpus
revision=0
VALGRIND=tokugrind
commit=1
docoverage=0
ftcc=gcc
have_cilk=0
have_poly=0
debugtests=1
releasetests=1
upgradetests=0
stresstests=1
drdtests=1
cilktests=0
cxxtests=0
parallel=0
bdbtests=1
while [ $# -gt 0 ] ; do
arg=$1; shift
if [[ $arg =~ ^--(.*)=(.*) ]] ; then
eval ${BASH_REMATCH[1]}=${BASH_REMATCH[2]}
else
usage; exit 1
fi
done
# setup intel compiler env
if [ $ftcc = icc ] ; then
d=/opt/intel/bin
if [ -d $d ] ; then
export PATH=$d:$PATH
. $d/compilervars.sh intel64
fi
d=/opt/intel/cilkutil/bin
if [ -d $d ] ; then
export PATH=$d:$PATH
fi
fi
if [ $branch = "." ] ; then branch="toku"; fi
if [ $revision -eq 0 ] ; then revision=$(get_latest_svn_revision); fi
if [ $parallel -ne 0 ] ; then BG="&"; fi
# setup GCCVERSION
export GCCVERSION=$($ftcc --version|head -1|cut -f3 -d" ")
export VALGRIND=$VALGRIND
# setup TOKU_NCPUS
if [ -z "$TOKU_NCPUS" -a $toku_ncpus -le $ncpus ] ; then export TOKU_NCPUS=$toku_ncpus; fi
# limit execution time to 3 hours
let t=3*3600
ulimit -t $t
ulimit -c unlimited
build $bdb