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|
#!@BASH@
# Driver for rastertogutenprint tester.
#
# Copyright 2007-2017 Robert Krawitz (rlk@alum.mit.edu)
#
# This program is free software; you can redistribute it and/or modify it
# under the terms of the GNU General Public License as published by the Free
# Software Foundation; either version 2 of the License, or (at your option)
# any later version.
#
# This program is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
# or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
# for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <https://www.gnu.org/licenses/>.
retval=0
if [[ -z $srcdir || $srcdir = . ]] ; then
sdir=$(pwd)
elif [[ $srcdir =~ ^/ ]] ; then
sdir="$srcdir"
else
sdir="$(pwd)/$srcdir"
fi
export STP_DATA_PATH=${STP_DATA_PATH:-"$sdir/../xml"}
export STP_MODULE_PATH=${STP_MODULE_PATH:-"$sdir/../main:$sdir/../main/.libs"}
declare single=0
declare verbose=0
declare valgrind=0
declare make_ppds=1
declare skip_simplified=0
declare postscript=0
declare use_explicit_quality=0
declare extra_genppd_opts=-Z
declare use_smallest_pagesize=0
declare cupsargs=''
declare printers_to_test=''
if [ -n "$STP_TEST_DEBUG" ] ; then
echo "Would run with single=$single skip_simplified=$skip_simplified extra_genppd_opts=$extra_genppd_opts cupsargs=$cupsargs use_explicit_quality=$use_explicit_quality valopts=$valopts valgrind=$valgrind"
exit 0
fi
declare family=$STP_TEST_FAMILY
declare all_models=''
declare md5dir=''
declare outdir=''
declare qualarg=''
declare npages=3
declare jobs=${STP_PARALLEL:-1}
declare -A all_models=
if [[ -r $sdir/../../src/cups/gutenprint-users-manual.pdf ]] ; then
testfile="$sdir/../../src/cups/gutenprint-users-manual.pdf"
else
testfile="$sdir/../../doc/gutenprint-users-manual.pdf"
fi
quality_presets=(FastEconomy Economy Draft Standard High Photo HighPhoto UltraPhoto Best)
usage() {
cat <<'EOF'
Usage: test-rastertogutenprint [options] [PPD files...]
Options:
-s Run only one PPD file with a given model ID/family
-v Use valgrind
-c Use cachegrind
-g Use GDB attach in valgrind
-V Verbose output
-n Don't build PPD files prior to run
-O dir Save output in specified directory
-o opt Set option on CUPS command line
-m dir Save MD5 checksums in specified directory
-p pages Specify page range of input document to use
-P Use PostScript rather than PDF input
-t jobs Run jobs in parallel (alternatively, use STP_PARALLEL)
-f family Run printers only in the particular family
-S Skip simplified PPD files
-l Use lowest available quality setting
-L Use highest available quality setting
-X Don't use explicit quality setting
-N Use the smallest available page size
EOF
exit 0;
}
while getopts "hvcgsVnO:m:o:p:St:lLXf:N" opt ; do
case "$opt" in
h*) usage ;;
v) valgrind=$((valgrind + 1)) ;;
c) valgrind=4 ;;
g) valopts='--vgdb=yes --error-exitcode=1' ;;
s) single=1 ;;
V) verbose=$((verbose+1)) ;;
n) make_ppds='' ;;
O) outdir="$OPTARG"; mkdir -p "$outdir" ;;
o) cupsargs="$cupsargs $OPTARG" ;;
m) md5dir="$OPTARG"; mkdir -p "$md5dir" ;;
p) npages="$OPTARG" ;;
P) postscript=1 ;;
t) jobs="$OPTARG" ;;
f) family="$OPTARG" ;;
S) skip_simplified=1 ;;
X) use_explicit_quality=0 ;;
l) use_explicit_quality=1 ;;
L) use_explicit_quality=2 ;;
N) use_smallest_pagesize=1 ;;
\?) usage ;;
*) echo "Unknown argument $opt"; usage ;;
esac
done
case "$valgrind" in
4)
valopts='--tool=callgrind --dump-instr=yes --trace-jump=yes --error-exitcode=1'
;;
'')
;;
*)
valopts='--tool=memcheck --error-exitcode=1'
;;
esac
shift $((OPTIND - 1))
version="@GUTENPRINT_RELEASE_VERSION@";
rgp="./rastertogutenprint.$version"
cupsdir="$(cups-config --serverbin)/filter"
cgpdftoraster="$cupsdir/cgpdftoraster"
gstoraster="$cupsdir/gstoraster"
imagetoraster="$cupsdir/imagetoraster"
pdftops="$cupsdir/pdftops"
pstops="$cupsdir/pstops"
pstoraster="$cupsdir/pstoraster"
if [[ ! -x $cgpdftoraster && ! -x $pdftops && ! -x $gstoraster ]] ; then
echo 'CUPS does not appear to be installed, skipping test'
exit 0
fi
if [[ -x $pstoraster || -x $gstoraster || -x $cgpdftoraster ]] ; then
pages="24-$((24 + $npages - 1))"
(( $postscript > 0 )) && pages="page-ranges=$pages"
else
pages=''
fi
cleanup() {
[[ -n $tfile ]] && rm -f "$tfile"
exit 1
}
pdfjam=$(type -p pdfjam)
[[ -n $pdfjam ]] && postscript=1
if (( $postscript > 0 )) ; then
pdftops=$(type -p pdftops)
if [[ -n $pdftops && ! -x $cgpdftoraster ]] ; then
tfile=$(mktemp)
trap cleanup 1 2 3 6 14 15 30
"$pdftops" -f 24 -l $((24 + $npages - 1)) "$testfile" $tfile
fi
else
tfile=$(mktemp)
trap cleanup 1 2 3 6 14 15 30
"$pdfjam" -q "$testfile" "$pages" -o $tfile
fi
case "$verbose" in
1)
export STP_SUPPRESS_VERBOSE_MESSAGES=1
;;
0|'')
export STP_SUPPRESS_MESSAGES=1
export STP_SUPPRESS_VERBOSE_MESSAGES=1
;;
*)
;;
esac
# Note that using CUPS arguments may trigger valgrind memory leaks in
# CUPS.
#cupsargs='PageSize=Custom.400.00x500.00'
#cupsargs='PageSize=Custom.324x495 Resolution=180dpi'
#cupsargs='PageSize=w324h495 Resolution=180dpi'
#cupsargs='PageSize=A8'
get_ppds() {
if [[ -n $@ || -n $printers_to_test ]] ; then
for f in "$@" $printers_to_test ; do
if [[ -r $f ]] ; then
echo $f
elif [[ -r ppd/C/$f ]] ; then
echo "ppd/C/$f"
elif [[ -f ppd/C/${f}.ppd ]] ; then
echo "ppd/C/${f}.ppd"
elif [[ -f ppd/C/${f}.ppd.gz ]] ; then
echo "ppd/C/${f}.ppd.gz"
elif [[ -f ppd/C/${f}.ppd.GZ ]] ; then
echo "ppd/C/${f}.ppd.GZ"
elif [[ -f ppd/C/${f}.ppd.bz2 ]] ; then
echo "ppd/C/${f}.ppd.bz2"
elif [[ -f ppd/C/${f}.ppd.BZ2 ]] ; then
echo "ppd/C/${f}.ppd.BZ2"
elif [[ -f ppd/C/${f}.ppd.z ]] ; then
echo "ppd/C/${f}.ppd.z"
elif [[ -f ppd/C/${f}.ppd.Z ]] ; then
echo "ppd/C/${f}.ppd.Z"
elif [[ -f ppd/C/stp-${f}.ppd ]] ; then
echo "ppd/C/stp-${f}.ppd"
elif [[ -f ppd/C/stp-${f}.ppd.gz ]] ; then
echo "ppd/C/stp-${f}.ppd.gz"
elif [[ -f ppd/C/stp-${f}.ppd.GZ ]] ; then
echo "ppd/C/stp-${f}.ppd.GZ"
elif [[ -f ppd/C/stp-${f}.ppd.bz2 ]] ; then
echo "ppd/C/stp-${f}.ppd.bz2"
elif [[ -f ppd/C/stp-${f}.ppd.BZ2 ]] ; then
echo "ppd/C/stp-${f}.ppd.BZ2"
elif [[ -f ppd/C/stp-${f}.ppd.z ]] ; then
echo "ppd/C/stp-${f}.ppd.z"
elif [[ -f ppd/C/stp-${f}.ppd.Z ]] ; then
echo "ppd/C/stp-${f}.ppd.Z"
elif [[ -f ppd/C/stp-${f}.${version}.ppd ]] ; then
echo "ppd/C/stp-${f}.${version}.ppd"
elif [[ -f ppd/C/stp-${f}.${version}.ppd.gz ]] ; then
echo "ppd/C/stp-${f}.${version}.ppd.gz"
elif [[ -f ppd/C/stp-${f}.${version}.ppd.GZ ]] ; then
echo "ppd/C/stp-${f}.${version}.ppd.GZ"
elif [[ -f ppd/C/stp-${f}.${version}.ppd.bz2 ]] ; then
echo "ppd/C/stp-${f}.${version}.ppd.bz2"
elif [[ -f ppd/C/stp-${f}.${version}.ppd.BZ2 ]] ; then
echo "ppd/C/stp-${f}.${version}.ppd.BZ2"
elif [[ -f ppd/C/stp-${f}.${version}.ppd.z ]] ; then
echo "ppd/C/stp-${f}.${version}.ppd.z"
elif [[ -f ppd/C/stp-${f}.${version}.ppd.Z ]] ; then
echo "ppd/C/stp-${f}.${version}.ppd.Z"
fi
done
else
echo ppd/C/*.ppd*
fi
}
if [[ -n $make_ppds || ! -d ppd/C ]] ; then
rm -rf ppd/C
## not all systems can work with gzipped PPDs
if [[ $skip_simplified == 1 ]] ; then
EXTRA_GENPPD_OPTS="$extra_genppd_opts" make ppd-nonls
else
EXTRA_GENPPD_OPTS="$extra_genppd_opts" make ppd-nonls-a
fi
fi
find_page_size() {
ppd=$1
(( $use_smallest_pagesize == 0 )) && return;
driver=$(grep '^\*StpDriverName' "$ppd" | sed -e 's/^[^"]*"//' -e 's/"//g')
pagesize=$(./min-pagesize "$driver")
[[ -n "$pagesize" ]] && echo "PageSize=$pagesize"
}
find_resolution() {
ppd=$1
resolutions=$(grep "^\\*Resolution " "$ppd" |sed -e 's,/.*,,' -e 's/.* //')
[[ -z "$resolutions" ]] && return
low_resolution=9999999999
low_resolution_name=''
high_resolution=0
high_resolution_name=''
for r in $resolutions ; do
res=$(sed -e 's/dpi//' -e 's/x/ \\\* /' -e 's/^\([0-9]*\)$/\1 \\\* \1/' <<< $r)
resnum=$(eval "expr $res")
if (( $resnum > $high_resolution )) ; then
high_resolution=$resnum
high_resolution_name=$r
fi
if (( $resnum < $low_resolution )) ; then
low_resolution=$resnum
low_resolution_name=$r
fi
done
if (( $use_explicit_quality == 1 )) ; then
echo "Resolution=$low_resolution_name"
elif (( $use_explicit_quality == 2 )) ; then
echo "Resolution=$high_resolution_name"
fi
}
find_quality_preset() {
ppd=$1
if (( $use_explicit_quality == 1 )) ; then
for q in ${quality_presets[@]} ; do
if grep -q "^\\*StpQuality $q" "$ppd" ; then
echo "StpQuality=$q"
return
fi
done
elif (( "$use_explicit_quality" == 2 )) ; then
best_quality=''
for q in ${quality_presets[@]} ; do
grep -q "^\\*StpQuality $q" "$ppd" && best_quality=$q
done
[[ -n $best_quality ]] && echo "StpQuality=$best_quality"
fi
}
find_quality() {
ppd=$1
if [[ ! -r $ppd ]] ; then
echo "Can't find $ppd!" 1>&2
exit 1;
fi
(( "$use_explicit_quality" == 0 )) && return
if grep -q '\*Resolution' "$ppd" ; then
find_resolution $ppd
else
find_quality_preset $ppd
fi
}
xgrep() {
pat=$1
file=$2
if [[ $file == *.gz ]] ; then
egrep -m1 $pat $file
else
zgrep $pat $file
fi
}
runcmd() {
qualarg=$(find_quality "$PPD")
sizearg=$(find_page_size "$PPD")
a='1 1 1 1'
qarg="$qualarg $sizearg $cupsargs"
if [[ -x $cgpdftoraster ]] ; then
# cgpdftoraster doesn't like arguments. How rude.
$cgpdftoraster $a "" < "$tfile"
elif [[ -f $tfile && -x $gstoraster ]] ; then
$gstoraster $a "$qarg" < "$tfile"
elif [[ -f $tfile ]] ; then
$pstops $a $"qarg" < "$tfile"
elif [[ -x $pstoraster ]] ; then
$pdftops $a "$qarg" < "$tfile" | $pstops $a "$pages$qarg" | $pstoraster
elif [[ -x $gstoraster ]] ; then
$pdftops $a "$qarg" < "$tfile" | $gstoraster $a "$pages$qarg"
else
$imagetoraster $a "$qarg" < calibrate.ppm
fi
}
do_output() {
driver=$(xgrep '^\*StpDriverName:' "$PPD" |awk '{print $2}' | sed 's/"//g')
if [[ -n $outdir ]] ; then
cat > "$outdir/$driver.prn"
if [[ -n $md5dir ]] ; then
md5sum < "$outdir/$driver.prn" | sed "s/-/\*$driver/" > "$md5dir/$driver.md5"
fi
elif [[ -n $md5dir ]] ; then
cat | md5sum | sed "s/-/\*$driver/" > "$md5dir/$driver.md5"
else
cat >/dev/null
fi
}
run_rastertogp() {
qualarg=$(find_quality "$PPD")
sizearg=$(find_page_size "$PPD")
vg="libtool --mode=execute valgrind $valopts --log-fd=3"
vg1="$vg --num-callers=50 --leak-check=yes --error-limit=no --error-exitcode=1"
rgpc="$rgp 1 1 1 1"
qarg="$qualarg $sizearg $cupsargs"
case "$valgrind" in
1) $vg1 -q $rgpc ;;
2) $vg1 --leak-resolution=high $rgpc "$qarg" ;;
3) $vg1 --leak-resolution=high --show-reachable=yes $rgpc "$qarg";;
4) $vg $rgpc "$qarg" ;;
5) cat ;;
6) cat > /dev/null ;;
*) $rgp 1 1 1 1 "$qarg"
esac
}
runme() {
f="$1"
p=${f#*stp-}
p=${p/${version}./}
export PPD=$f
if [[ -n $outdir || -n $md5dir ]] ; then
output="${p%.ppd*}...$( (runcmd 2>/dev/null | run_rastertogp | do_output) 2>&1 3>&2)"
else
output="${p%.ppd*}...$( (runcmd 2>/dev/null | run_rastertogp >/dev/null) 2>&1 3>&2)"
fi
return $?
}
runall() {
jobs="${1:-1}"
rotor="${2:-0}"
shift 2
retval=0
jobno=0
for f in "$@" ; do
if (( $jobno == $rotor )) ; then
runme "$f"
(( $? != 0 )) && retval=1
echo "$output"
grep -q 'ERROR:' <<< "$output" && retval=1
fi
jobno=$((($jobno+1) % $jobs))
done
return $retval
}
get_models() {
re='\*StpDriverModelFamily: '
if (( ${#all_models[*]} <= 1 )) ; then
declare -a models=($(xargs grep -m1 -H "^$re" <<< $@ | sed "s/:$re/=/"))
for m in ${models[@]} ; do
model=${m#*=}
file=${m%%=*}
all_models[$file]=$model
done
fi
}
retval=0
if [[ -d ppd/C ]] ; then
declare -a files=($(get_ppds "$@"))
declare -A models
declare -a nfiles
if (( $skip_simplified > 0 )) ; then
for f in ${files[@]} ; do
[[ $f != *.sim.ppd* ]] && nfiles+=($f)
done
files=(${nfiles[@]})
fi
if [[ -n $family ]] ; then
get_models ${files[@]}
nfiles=()
for f in ${files[@]} ; do
[[ ${all_models[$f]} =~ $family ]] && nfiles+=($f)
done
files=(${nfiles[@]})
fi
if (( $single != 0 )) ; then
declare -A seen_models
nfiles=()
get_models ${files[@]}
for f in ${files[@]} ; do
model=${all_models[$f]}
[[ $f == *.sim.ppd ]] && model="${model}_sim"
if [[ -z ${seen_models[$model]} ]] ; then
nfiles+=($f)
seen_models[$model]=1
fi
done
files=(${nfiles[@]})
fi
(( ${#files[@]} < $jobs )) && jobs=${#files[@]}
declare -a subproc=($(seq 0 $((jobs-1))))
# Fire 'em off in the background...
for i in ${subproc[@]} ; do
runall $jobs $i ${files[@]} &
done
# And wait for them to complete.
for i in ${subproc[@]} ; do
wait -n
(( $? != 0 )) && retval=1
done
fi
[[ -n $tfile ]] && rm -f "$tfile"
(( $retval == 0 )) && rm -rf ppd/C && rmdir ppd
exit $retval
|