cleanup()
{
+ cd /
rm -rf $TEMPDIR
- :
}
cd $TEMPDIR
activity="create expressions list"
-sed -ne 's/#.*//;/^[ ]*$/!p' > $TEMPDIR/expr-list <<'EOF'
-
-# Number syntax.
+cat > 00-num-syn.expr <<'EOF'
+# Test numeric syntax.
1e2 => 100.00
1e+2 => 100.00
1e-2 => 0.01
1e-99 => 0.00
+EOF
+cat > 01-conv-to-num.expr <<'EOF'
# Test using numeric/string values as Booleans and vice-versa
0 AND 1 => false
$true AND 1 => true
0 AND $sysmis => false
(1>2) + 1 => 1.00
$true + $false => 1.00
+EOF
+cat > 02-add-sub.expr <<'EOF'
# Addition and subtraction.
1 + 2 => 3.00
1 + $true => 2.00
9.5 - '' => error
1 - 2 => -1.00
52 -23 => 29.00
+EOF
+cat > 03-mul-div.expr <<'EOF'
# Multiplication and division
5 * 10 => 50.00
10 * $true => 10.00
1 / 2 => 0.50
2 / 5 => 0.40
12 / 3 / 2 => 2.00
+EOF
+cat > 04-exp.expr <<'EOF'
# Exponentiation.
2**8 => 256.00
(2**3)**4 => 4096.00 # Irritating, but compatible.
2**3**4 => 4096.00
+EOF
+cat > 05-negation.expr <<'EOF'
# Unary minus.
2+-3 => -1.00
2*-3 => -6.00
0**0 => sysmis
0**-1 => sysmis
(-3)**1.5 => sysmis
+EOF
+cat > 06-logical-and.expr <<'EOF'
# AND truth table.
$false AND $false => false
$false AND $true => false
$sysmis & $false => false
$sysmis & $true => sysmis
$sysmis & $sysmis => sysmis
+EOF
+cat > 07-logical-or.expr <<'EOF'
# OR truth table.
$false OR $false => false
$false OR $true => true
$sysmis | $false => sysmis
$sysmis | $true => true
$sysmis | $sysmis => sysmis
+EOF
+cat > 08-logical-not.expr <<'EOF'
# NOT truth table.
not $false => true
not 0 => true
~ $true => false
~ 1 => false
~ $sysmis => sysmis
+EOF
+cat > 09-eq.expr <<'EOF'
# Relational operators.
1 eq 1 => true
1 = 1 => true
1 >= 2 = 2 ge 3 => false # Check precedence.
3 ne 2 ~= 1 => false # Mathematically true.
3 > 2 > 1 => false # Mathematically true.
+EOF
+cat > 10-le.expr <<'EOF'
1 <= 2 => true
2.5 <= 1.5 => false
1 le 2 => true
'0124' le '0123' => false
'0123 ' <= '0123' => true
'0123' le '0123 ' => true
+EOF
+cat > 11-lt.expr <<'EOF'
1 < 2 => true
2.5 < 1.5 => false
3.5 lt 4 => true
'0124' lt '0123' => false
'0123 ' < '0123' => false
'0123' lt '0123 ' => false
+EOF
+cat > 12-ge.expr <<'EOF'
1 >= 2 => false
2.5 >= 1.5 => true
1 ge 2 => false
'0124' >= '0123' => true
'0123 ' ge '0123' => true
'0123' >= '0123 ' => true
+EOF
+cat > 13-gt.expr <<'EOF'
1 > 2 => false
2.5 > 1.5 => true
3.5 gt 4 => false
'0124' gt '0123' => true
'0123 ' > '0123' => false
'0123' gt '0123 ' => false
+EOF
+cat > 14-ne.expr <<'EOF'
1 ne 1 => false
1 ~= 1 => false
1 <> 2 => true
'asdfj ' ne 'asdf' => true
1 < > 1 => error # <> token can't be split
1 ~ = 1 => error # ~= token can't be split
+EOF
+cat > 15-exp-log.expr <<'EOF'
exp(10) => 22026.47
exp('x') => error
ln(10) => 2.30
ln('x') => error
+EOF
+cat > 16-sqrt-abs-mod.expr <<'EOF'
sqrt(500) => 22.36
sqrt('x') => error
mod10(55.5) => 5.50
mod10(-55.5) => -5.50
mod10('x') => error
+EOF
+cat > 17-rnd-trunc.expr <<'EOF'
rnd(5.4) => 5.00
rnd(5.6) => 6.00
rnd(-5.4) => -5.00
trunc(-1.2) => -1.00
trunc(-1.9) => -1.00
trunc('x') => error
+EOF
+cat > 18-arc.expr <<'EOF'
acos(.5) / 3.14159 * 180 => 60.00
arcos(.75) / 3.14159 * 180 => 41.41
arcos(-.5) / 3.14159 * 180 => 120.00
artan(-1) / 3.14159 * 180 => -45.00
atan(-10) / 3.14159 * 180 => -84.29
artan('x') => error
+EOF
+cat > 19-cos-sin-tan.expr <<'EOF'
cos(60 / 180 * 3.14159) => 0.50
cos(45 / 180 * 3.14159) => 0.71
cos(30 / 180 * 3.14159) => 0.87
tan(123 / 180 * 3.14159) => -1.54
tan(321 / 180 * 3.14159) => -0.81
tan('x') => error
+EOF
+cat > 20-missing.expr <<'EOF'
# FIXME: a variable name as the argument to SYSMIS is a special case
# that we don't yet test. We also can't test VALUE this way.
missing(10) => false
sysmis(asin(1.01)) => true
sysmis(asin(.5)) => false
sysmis(' ') => error
+EOF
+cat > 21-any.expr <<'EOF'
any($sysmis, 1, $sysmis, 3) => sysmis
any(1, 1, 2, 3) => true
any(2, 1, 2, 3) => true
any('a', b, 'c', 'd') => error
any('a', 'b', c, 'd') => error
any('a', 'b', 'c', d) => error
+EOF
+cat > 22-range.expr <<'EOF'
range(5, 1, 10) => true
range(1, 1, 10) => true
range(10, 1, 10) => true
range(1, '2', '3') => error
range('1', 2, '3') => error
range('1', '2', 3) => error
+EOF
-cfvar(1, 2, 3, 4, 5) => 0.53
-cfvar(1, $sysmis, 2, 3, $sysmis, 4, 5) => 0.53
-cfvar(1, 2) => 0.47
-cfvar(1) => error
-cfvar(1, $sysmis) => sysmis
-cfvar(1, 2, 3, $sysmis) => 0.50
-cfvar.4(1, 2, 3, $sysmis) => sysmis
-cfvar.4(1, 2, 3) => error
-cfvar('x') => error
-cfvar('x', 1, 2, 3) => error
-
+cat > 23-max-min.expr <<'EOF'
max(1, 2, 3, 4, 5) => 5.00
max(1, $sysmis, 2, 3, $sysmis, 4, 5) => 5.00
max(1, 2) => 2.00
max("1", "2") => "2"
max("1") => "1"
-mean(1, 2, 3, 4, 5) => 3.00
-mean(1, $sysmis, 2, 3, $sysmis, 4, 5) => 3.00
-mean(1, 2) => 1.50
-mean() => error
-mean(1) => 1.00
-mean(1, $sysmis) => 1.00
-mean(1, 2, 3, $sysmis) => 2.00
-mean.4(1, 2, 3, $sysmis) => sysmis
-mean.4(1, 2, 3) => error
-
min(1, 2, 3, 4, 5) => 1.00
min(1, $sysmis, 2, 3, $sysmis, 4, 5) => 1.00
min(1, 2) => 1.00
min("2", "3", "5", "1", "4") => "1"
min("1", "2") => "1"
min("1") => "1"
+EOF
+
+cat > 24-moments.expr <<'EOF'
+cfvar(1, 2, 3, 4, 5) => 0.53
+cfvar(1, $sysmis, 2, 3, $sysmis, 4, 5) => 0.53
+cfvar(1, 2) => 0.47
+cfvar(1) => error
+cfvar(1, $sysmis) => sysmis
+cfvar(1, 2, 3, $sysmis) => 0.50
+cfvar.4(1, 2, 3, $sysmis) => sysmis
+cfvar.4(1, 2, 3) => error
+cfvar('x') => error
+cfvar('x', 1, 2, 3) => error
+
+mean(1, 2, 3, 4, 5) => 3.00
+mean(1, $sysmis, 2, 3, $sysmis, 4, 5) => 3.00
+mean(1, 2) => 1.50
+mean() => error
+mean(1) => 1.00
+mean(1, $sysmis) => 1.00
+mean(1, 2, 3, $sysmis) => 2.00
+mean.4(1, 2, 3, $sysmis) => sysmis
+mean.4(1, 2, 3) => error
sd(1, 2, 3, 4, 5) => 1.58
sd(1, $sysmis, 2, 3, $sysmis, 4, 5) => 1.58
variance.4(1, 2, 3) => error
variance('x') => error
variance('x', 1, 2, 3) => error
+EOF
+cat > 25-concat.expr <<'EOF'
concat('') => ""
concat('a', 'b') => "ab"
concat('a', 'b', 'c', 'd', 'e', 'f', 'g', 'h') => "abcdefgh"
concat('abcdefgh', 'ijklmnopq') => "abcdefghijklmnopq"
concat('a', 1) => error
concat(1, 2) => error
+EOF
+cat > 26-index.expr <<'EOF'
index('abcbcde', 'bc') => 2.00
index('abcbcde', 'bcd') => 4.00
index('abcbcde', 'bcbc') => 2.00
index('abcbcde', 'bccb', 2) => 2.00
index('abcbcde', 'bcbc', 2) => 2.00
index('abcbcde', 'bcbc', $sysmis) => sysmis
+EOF
+cat > 27-rindex.expr <<'EOF'
rindex('abcbcde', 'bc') => 4.00
rindex('abcbcde', 'bcd') => 4.00
rindex('abcbcde', 'bcbc') => 2.00
rindex('aksj', 2, 2) => error
rindex(1, 2, 3) => error
rindex(1, 2, '3') => error
+EOF
+cat > 28-length.expr <<'EOF'
length('') => 0.00
length('a') => 1.00
length('xy') => 2.00
length('abcdefghijkl') => 12.00
length(0) => error
length($sysmis) => error
+EOF
-lower('ABCDEFGHIJKLMNOPQRSTUVWXYZ!@%&*(089') => "abcdefghijklmnopqrstuvwxyz!@%&*(089"
-lower('') => ""
-lower(1) => error
-
+cat > 29-pad.expr <<'EOF'
lpad('abc', -1) => ""
lpad('abc', 0) => "abc"
lpad('abc', 2) => "abc"
lpad('x', 5, 0) => error
lpad('x', 5, 2) => error
-number("123", f3.0) => 123.00
-number(" 123", f3.0) => 12.00
-number("123", f3.1) => 12.30
-number(" ", f3.1) => sysmis
-
-ltrim(' abc') => "abc"
-rtrim(' abc ') => " abc"
-ltrim('abc') => "abc"
-ltrim(' abc') => " abc"
-ltrim(' ') => ""
-ltrim('') => ""
-ltrim(8) => error
-ltrim('***abc', '*') => "abc"
-ltrim('abc', '*') => "abc"
-ltrim('*abc', '*') => "abc"
-ltrim('', '*') => ""
-ltrim(8, '*') => error
-ltrim(' x', 8) => error
-ltrim(8, 9) => error
-
rpad('abc', -1) => ""
rpad('abc', 0) => "abc"
rpad('abc', 2) => "abc"
rpad('abc', 'def', ' ') => error
rpad('x', 5, 0) => error
rpad('x', 5, 2) => error
+EOF
+
+cat > 30-num-str.expr <<'EOF'
+number("123", f3.0) => 123.00
+number(" 123", f3.0) => 12.00
+number("123", f3.1) => 12.30
+number(" ", f3.1) => sysmis
+
+string(123.56, f5.1) => "123.6"
+string($sysmis, f5.1) => " . "
+string("abc", A5) => error
+EOF
+
+cat > 31-trim.expr <<'EOF'
+ltrim(' abc') => "abc"
+rtrim(' abc ') => " abc"
+ltrim('abc') => "abc"
+ltrim(' abc') => " abc"
+ltrim(' ') => ""
+ltrim('') => ""
+ltrim(8) => error
+ltrim('***abc', '*') => "abc"
+ltrim('abc', '*') => "abc"
+ltrim('*abc', '*') => "abc"
+ltrim('', '*') => ""
+ltrim(8, '*') => error
+ltrim(' x', 8) => error
+ltrim(8, 9) => error
rtrim('abc ') => "abc"
rtrim(' abc ') => " abc"
rtrim(8, '*') => error
rtrim(' x', 8) => error
rtrim(8, 9) => error
+EOF
-string(123.56, f5.1) => "123.6"
-string($sysmis, f5.1) => " . "
-string("abc", A5) => error
-
+cat > 32-substr.expr <<'EOF'
substr('abcdefgh', -5) => ""
substr('abcdefgh', 0) => ""
substr('abcdefgh', 1) => "abcdefgh"
substr('abcd', 'abc', 'j') => error
substr(0, 'abc', 4) => error
substr(0, 'abc', 'k') => error
+EOF
+
+cat > 33-case.expr <<'EOF'
+lower('ABCDEFGHIJKLMNOPQRSTUVWXYZ!@%&*(089') => "abcdefghijklmnopqrstuvwxyz!@%&*(089"
+lower('') => ""
+lower(1) => error
upcase('abcdefghijklmnopqrstuvwxyz!@%&*(089') => "ABCDEFGHIJKLMNOPQRSTUVWXYZ!@%&*(089"
upcase('') => ""
upcase(1) => error
+EOF
+cat > 34-time.expr <<'EOF'
time.days(1) => 86400.00
time.days(-1) => -86400.00
time.days(0.5) => 43200.00
time.hms(5, $sysmis, $sysmis) => sysmis
time.hms($sysmis, $sysmis, 7) => sysmis
time.hms($sysmis, $sysmis, $sysmis) => sysmis
+EOF
+cat > 35-ctime.expr <<'EOF'
ctime.days(106272) => 1.23
ctime.hours(106272) => 29.52
ctime.minutes(106272) => 1771.20
ctime.days(date.yrday(2000,1)) => 152385.00
ctime.days(date.yrday(2000,100)) => 152484.00
ctime.days(date.yrday(2000,253)) => 152637.00
-ctime.days(date.yrday(2000,500)) => 152884.00
-ctime.days(date.yrday(2000,-100)) => 152284.00
+ctime.days(date.yrday(2000,500)) => sysmis
+ctime.days(date.yrday(2000,-100)) => sysmis
ctime.days(date.yrday(1999,$sysmis)) => sysmis
ctime.days(date.yrday($sysmis,1)) => sysmis
ctime.days(date.yrday($sysmis,$sysmis)) => sysmis
date.yrday(1999,'a') => error
date.yrday('a',5) => error
date.yrday('a','b') => error
+EOF
# FIXME: XDATE.* functions
# FIXME: LAG
# FIXME: YRMODA
-EOF
-if [ $? -ne 0 ] ; then no_result ; fi
-
-activity="create optimizing input"
-echo 'set mxwarn 1000.
-set mxerr 1000.' > $TEMPDIR/expr-opt.stat
-sed < $TEMPDIR/expr-list >> $TEMPDIR/expr-opt.stat \
- -e 's#^\(.*\) => \(.*\)$#DEBUG EVALUATE/\1.#'
-if [ $? -ne 0 ] ; then no_result ; fi
-
-activity="run optimizing program"
-$SUPERVISOR $here/../src/pspp --testing-mode -o raw-ascii \
- $TEMPDIR/expr-opt.stat >$TEMPDIR/expr-opt.err 2> $TEMPDIR/expr-opt.out
-
-activity="compare optimizing output"
-diff -B -b $TEMPDIR/expr-list $TEMPDIR/expr-opt.out
-if [ $? -ne 0 ] ; then fail ; fi
-
-activity="create non-optimizing input"
-echo 'set mxwarn 1000.
-set mxerr 1000.' > $TEMPDIR/expr-noopt.stat
-sed < $TEMPDIR/expr-list >> $TEMPDIR/expr-noopt.stat \
- -e 's#^\(.*\) => \(.*\)$#DEBUG EVALUATE NOOPTIMIZE/\1.#'
-if [ $? -ne 0 ] ; then no_result ; fi
-
-activity="run non-optimizing program"
-$SUPERVISOR $here/../src/pspp --testing-mode -o raw-ascii \
- $TEMPDIR/expr-noopt.stat >$TEMPDIR/expr-noopt.err 2> $TEMPDIR/expr-noopt.out
-
-activity="compare non-optimizing output"
-diff -B -b $TEMPDIR/expr-list $TEMPDIR/expr-noopt.out
-if [ $? -ne 0 ] ; then fail ; fi
+printf "expressions..."
+for d in *.expr; do
+ base=`echo $d | sed 's/\.expr$//'`
+
+ # Remove comments.
+ sed -ne 's/#.*//;/^[ ]*$/!p' < $base.expr > $base.clean
+ if [ $? -ne 0 ] ; then no_result ; fi
+
+ for optimize in opt noopt; do
+ if test optimize = opt; then
+ opt_kw=''
+ else
+ opt_kw=' NOOPTIMIZE'
+ fi
+
+ # Translate to DEBUG EVALUATE commands.
+ activity="$base, $optimize: create input"
+ sed 's#^\(.*\) => \(.*\)$#DEBUG EVALUATE'"$opt_kw"'/\1.#' \
+ < $base.clean > $base.$optimize.stat
+ if [ $? -ne 0 ] ; then no_result ; fi
+
+ # Run.
+ activity="$base, $optimize: run program"
+ $SUPERVISOR $here/../src/pspp --testing-mode -o raw-ascii \
+ $base.$optimize.stat > $base.$optimize.err 2> $base.$optimize.out
+
+ # Compare.
+ activity="$base, $optimize: compare output"
+ diff -B -b $base.clean $base.$optimize.out
+ if [ $? -ne 0 ] ; then fail ; fi
+ done
+ num=`echo $d | sed 's/-.*//'`
+ printf " $num"
+done
+printf ' ...done\n'
pass
projects / pspp-builds.git / commitdiff