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|
#!/bin/bash
exitval=0
lastProg=""
testProg () {
prog=$(basename $1)
expected=${prog}.expected
logfile=${prog}.result
cat > $expected
if [ "$prog" != "$lastprog" ] ; then
echo ; echo -n "$prog\t"
lastprog=$prog
fi
$* > $logfile
r=$?
if [ "$r" != 0 ] ; then
echo -n E
cat >> log <<EOF
------------------------------------------------------------------------
$*
has exit value "$r"
EOF
exitval=$r
fi
if ! diff -qwB "$expected" "$logfile" > /dev/null ; then
if [ "$r" = 0 ] ; then
cat >> log <<EOF
------------------------------------------------------------------------
$*
EOF
fi
echo -n F
cat >> log <<EOF
expected:
$(cat $expected)
result:
$(cat $logfile)
diff:
$(diff -U0 -wB "$expected" "$logfile")
EOF
exitval=1
else
echo -n .
rm -f "$expected" "$logfile"
fi
return 0
}
test_dir="$AUTOPKGTEST_TMP"
if [ -z "$test_dir" ] ; then
test_dir="$(mktemp -d)"
fi
cp -f libwcs/xx.fits "$test_dir"
cd "$test_dir"
fitsfile="xx.fits"
cat <<EOF
Test summary
============
. success
E exit value != 0
F output not as expected
EOF
cleanup () {
echo
if [ $exitval = 0 ]; then
cat <<EOF
All tests OK
EOF
fi
if [ -f log ] ; then
cat <<EOF
Detailed failure results
========================
EOF
cat log
cat <<EOF
------------------------------------------------------------------------
EOF
rm -f log
fi
if [ "$test_dir" != "$AUTOPKGTEST_TMP" ] ; then
rm -rf "$test_dir"
fi
exit $exitval
}
#
# Syntax for the tests is
#
# testProg command args <<EOF
# [expected output]
# EOF
#
# These examples were mainly taken from the wcstools home page,
# http://tdc-www.harvard.edu/software/wcstools/wcsprogsi.html
#
testProg xy2sky $fitsfile 1234 123411 <<EOF
12:25:34.091 +65:54:08.53 J2000 1234.000 123411.000
EOF
testProg xy2sky -b $fitsfile 1 100 200 <<EOF
12:25:13.047 +44:17:28.95 B1950 1.000 100.000
EOF
testProg sky2xy $fitsfile 12:27:33.179 +44:02:01.05 J2000 <<EOF
12:27:33.179 +44:02:01.05 J2000 -> 100.006 200.000
EOF
testProg sky2xy $fitsfile 149.10704 68.92327 J2000 320 -31 FK5 <<EOF
149.10704 68.92327 J2000 -> 79358.147 170585.857 (off image)
320 -31 FK5 -> 0.000 0.000 (offscale)
EOF
testProg getpix $fitsfile 200 100 <<EOF
34154
EOF
testProg getpix $fitsfile 100-102 200-203 <<EOF
33575 33526 33983
33482 33567 33570
33821 34074 33764
33620 33951 33866
EOF
testProg getpix -l 325 $fitsfile 0 0 <<EOF
[1040,175] = 323.000000
[1040,202] = 324.000000
[1040,239] = 324.000000
[1040,489] = 324.000000
[1040,937] = 324.000000
[1040,1024] = 324.000000
EOF
testProg gethead $fitsfile ra dec <<EOF
12:28:10.960 +44:05:33.40
EOF
testProg imsize $fitsfile <<EOF
xx.fits 12:27:06.940 +44:05:31.15 J2000 11.687mx11.510m -0.6721/0.6721s/pix 1040x1025 pix
EOF
testProg imsize -d $fitsfile <<EOF
xx.fits 186.779 44.092 J2000 0.195x0.192 -0.6721/0.6721s/pix 1040x1025 pix
EOF
testProg imsize -c +1.0 $fitsfile <<EOF
xx.fits 12:27:06.940 +44:05:31.15 J2000 71.687mx71.510m
EOF
testProg sumpix $fitsfile 0 1 <<EOF
31738876.00
EOF
testProg sumpix $fitsfile 1-5 1-5 <<EOF
8788.000000
EOF
testProg sumpix $fitsfile <<EOF
31032679930.00
EOF
testProg imstar -n 2 $fitsfile <<EOF
1 12:27:21.699 +44:11:02.52 -12.86 283.50 1005.72 65535
2 12:26:57.521 +44:03:16.90 -11.71 671.90 313.53 45945
EOF
testProg skycoor 9:55:41.600 +69:00:27.99 J2000 9:54:53.258 +69:03:49.30 J2000 <<EOF
09:51:36.102 +69:14:41.51 B1950
09:50:46.961 +69:18:00.96 B1950
EOF
testProg skycoor 09:51:36.102 +69:14:41.51 B1950 09:50:46.961 +69:18:00.96 B1950 <<EOF
09:55:41.589 +69:00:28.17 J2000
09:54:53.246 +69:03:49.49 J2000
EOF
testProg skycoor -g -n 6 9:55:41.600 +69:00:27.99 J2000 9:54:53.258 +69:03:49.30 J2000 <<EOF
142.144474 40.943450 galactic
142.138707 40.852337 galactic
EOF
testProg skycoor -j 142.144474 40.943450 galactic 142.138707 40.852337 galactic <<EOF
09:55:41.600 +69:00:27.99 J2000
09:54:53.258 +69:03:49.30 J2000
EOF
testProg skycoor -r 9:55:41.600 +69:00:27.99 9:54:53.258 +69:03:49.30 <<EOF
328.383
EOF
cleanup
|
