734 lines
20 KiB
Perl
Executable File
734 lines
20 KiB
Perl
Executable File
#!/usr/bin/perl -w
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# Copyright (C) 1999-2013 Free Software Foundation, Inc.
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# This file is part of the GNU C Library.
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# Contributed by Andreas Jaeger <aj@suse.de>, 1999.
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# The GNU C Library is free software; you can redistribute it and/or
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# modify it under the terms of the GNU Lesser General Public
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# License as published by the Free Software Foundation; either
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# version 2.1 of the License, or (at your option) any later version.
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# The GNU C Library is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
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# Lesser General Public License for more details.
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# You should have received a copy of the GNU Lesser General Public
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# License along with the GNU C Library; if not, see
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# <http://www.gnu.org/licenses/>.
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# This file needs to be tidied up
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# Note that functions and tests share the same namespace.
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# Information about tests are stored in: %results
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# $results{$test}{"kind"} is either "fct" or "test" and flags whether this
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# is a maximal error of a function or a single test.
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# $results{$test}{"type"} is the result type, e.g. normal or complex.
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# $results{$test}{"has_ulps"} is set if deltas exist.
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# $results{$test}{"has_fails"} is set if exptected failures exist.
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# In the following description $type and $float are:
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# - $type is either "normal", "real" (for the real part of a complex number)
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# or "imag" (for the imaginary part # of a complex number).
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# - $float is either of float, ifloat, double, idouble, ldouble, ildouble;
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# It represents the underlying floating point type (float, double or long
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# double) and if inline functions (the leading i stands for inline)
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# are used.
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# $results{$test}{$type}{"fail"}{$float} is defined and has a 1 if
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# the test is expected to fail
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# $results{$test}{$type}{"ulp"}{$float} is defined and has a delta as value
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use Getopt::Std;
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use strict;
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use vars qw ($input $output);
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use vars qw (%results);
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use vars qw (@tests @functions);
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use vars qw ($count);
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use vars qw (%beautify @all_floats);
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use vars qw ($output_dir $ulps_file);
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# all_floats is sorted and contains all recognised float types
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@all_floats = ('double', 'float', 'idouble',
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'ifloat', 'ildouble', 'ldouble');
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%beautify =
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( "minus_zero" => "-0",
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"plus_zero" => "+0",
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"minus_infty" => "-inf",
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"plus_infty" => "inf",
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"qnan_value" => "qNaN",
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"M_El" => "e",
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"M_E2l" => "e^2",
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"M_E3l" => "e^3",
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"M_LOG10El", "log10(e)",
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"M_PIl" => "pi",
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"M_PI_34l" => "3/4 pi",
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"M_PI_2l" => "pi/2",
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"M_PI_4l" => "pi/4",
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"M_PI_6l" => "pi/6",
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"M_PI_34_LOG10El" => "3/4 pi*log10(e)",
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"M_PI_LOG10El" => "pi*log10(e)",
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"M_PI2_LOG10El" => "pi/2*log10(e)",
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"M_PI4_LOG10El" => "pi/4*log10(e)",
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"M_LOG_SQRT_PIl" => "log(sqrt(pi))",
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"M_LOG_2_SQRT_PIl" => "log(2*sqrt(pi))",
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"M_2_SQRT_PIl" => "2 sqrt (pi)",
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"M_SQRT_PIl" => "sqrt (pi)",
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);
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# get Options
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# Options:
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# u: ulps-file
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# h: help
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# o: output-directory
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# n: generate new ulps file
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use vars qw($opt_u $opt_h $opt_o $opt_n);
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getopts('u:o:nh');
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$ulps_file = 'libm-test-ulps';
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$output_dir = '';
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if ($opt_h) {
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print "Usage: gen-libm-test.pl [OPTIONS]\n";
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print " -h print this help, then exit\n";
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print " -o DIR directory where generated files will be placed\n";
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print " -n only generate sorted file NewUlps from libm-test-ulps\n";
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print " -u FILE input file with ulps\n";
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exit 0;
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}
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$ulps_file = $opt_u if ($opt_u);
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$output_dir = $opt_o if ($opt_o);
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$input = "libm-test.inc";
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$output = "${output_dir}libm-test.c";
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$count = 0;
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&parse_ulps ($ulps_file);
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&generate_testfile ($input, $output) unless ($opt_n);
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&output_ulps ("${output_dir}libm-test-ulps.h", $ulps_file) unless ($opt_n);
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&print_ulps_file ("${output_dir}NewUlps") if ($opt_n);
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# Return a nicer representation
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sub beautify {
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my ($arg) = @_;
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my ($tmp);
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if (exists $beautify{$arg}) {
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return $beautify{$arg};
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}
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if ($arg =~ /^-/) {
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$tmp = $arg;
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$tmp =~ s/^-//;
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if (exists $beautify{$tmp}) {
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return '-' . $beautify{$tmp};
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}
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}
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if ($arg =~ /[0-9]L$/) {
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$arg =~ s/L$//;
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}
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return $arg;
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}
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# Return a nicer representation of a complex number
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sub build_complex_beautify {
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my ($r, $i) = @_;
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my ($str1, $str2);
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$str1 = &beautify ($r);
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$str2 = &beautify ($i);
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if ($str2 =~ /^-/) {
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$str2 =~ s/^-//;
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$str1 .= ' - ' . $str2;
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} else {
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$str1 .= ' + ' . $str2;
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}
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$str1 .= ' i';
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return $str1;
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}
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# Return name of a variable
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sub get_variable {
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my ($number) = @_;
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return "x" if ($number == 1);
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return "y" if ($number == 2);
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return "z" if ($number == 3);
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# return x1,x2,...
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$number =-3;
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return "x$number";
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}
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# Add a new test to internal data structures and fill in the
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# ulps, failures and exception information for the C line.
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sub new_test {
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my ($test, $exception) = @_;
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my $rest;
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# Add ulp, xfail
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if (exists $results{$test}{'has_ulps'}) {
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$rest = ", DELTA$count";
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} else {
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$rest = ', 0';
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}
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if (exists $results{$test}{'has_fails'}) {
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$rest .= ", FAIL$count";
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} else {
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$rest .= ', 0';
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}
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if (defined $exception) {
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$rest .= ", $exception";
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} else {
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$rest .= ', 0';
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}
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$rest .= ");\n";
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# We must increment here to keep @tests and count in sync
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push @tests, $test;
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++$count;
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return $rest;
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}
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# Treat some functions especially.
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# Currently only sincos needs extra treatment.
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sub special_functions {
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my ($file, $args) = @_;
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my (@args, $str, $test, $cline);
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@args = split /,\s*/, $args;
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unless ($args[0] =~ /sincos/) {
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die ("Don't know how to handle $args[0] extra.");
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}
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print $file " {\n";
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print $file " FUNC (sincos) ($args[1], &sin_res, &cos_res);\n";
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$str = 'sincos (' . &beautify ($args[1]) . ', &sin_res, &cos_res)';
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# handle sin
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$test = $str . ' puts ' . &beautify ($args[2]) . ' in sin_res';
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$cline = " check_float (\"$test\", sin_res, $args[2]";
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$cline .= &new_test ($test, $args[4]);
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print $file $cline;
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# handle cos
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$test = $str . ' puts ' . &beautify ($args[3]) . ' in cos_res';
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$cline = " check_float (\"$test\", cos_res, $args[3]";
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# only tests once for exception
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$cline .= &new_test ($test, undef);
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print $file $cline;
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print $file " }\n";
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}
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# Parse the arguments to TEST_x_y
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sub parse_args {
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my ($file, $descr, $fct, $args) = @_;
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my (@args, $str, $descr_args, $descr_res, @descr);
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my ($current_arg, $cline, $i);
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my ($pre, $post, @special);
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my ($extra_var, $call, $c_call);
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if ($descr eq 'extra') {
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&special_functions ($file, $args);
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return;
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}
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($descr_args, $descr_res) = split /_/,$descr, 2;
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@args = split /,\s*/, $args;
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$call = "$fct (";
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# Generate first the string that's shown to the user
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$current_arg = 1;
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$extra_var = 0;
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@descr = split //,$descr_args;
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for ($i = 0; $i <= $#descr; $i++) {
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if ($i >= 1) {
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$call .= ', ';
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}
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# FLOAT, int, long int, long long int
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if ($descr[$i] =~ /f|i|l|L/) {
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$call .= &beautify ($args[$current_arg]);
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++$current_arg;
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next;
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}
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# &FLOAT, &int - argument is added here
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if ($descr[$i] =~ /F|I/) {
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++$extra_var;
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$call .= '&' . &get_variable ($extra_var);
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next;
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}
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# complex
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if ($descr[$i] eq 'c') {
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$call .= &build_complex_beautify ($args[$current_arg], $args[$current_arg+1]);
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$current_arg += 2;
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next;
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}
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die ("$descr[$i] is unknown");
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}
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$call .= ')';
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$str = "$call == ";
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# Result
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@descr = split //,$descr_res;
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foreach (@descr) {
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if ($_ =~ /f|i|l|L/) {
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$str .= &beautify ($args[$current_arg]);
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++$current_arg;
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} elsif ($_ eq 'c') {
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$str .= &build_complex_beautify ($args[$current_arg], $args[$current_arg+1]);
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$current_arg += 2;
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} elsif ($_ eq 'b') {
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# boolean
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$str .= ($args[$current_arg] == 0) ? "false" : "true";
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++$current_arg;
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} elsif ($_ eq '1') {
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++$current_arg;
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} else {
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die ("$_ is unknown");
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}
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}
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# consistency check
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if ($current_arg == $#args) {
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die ("wrong number of arguments")
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unless ($args[$current_arg] =~ /EXCEPTION|ERRNO|IGNORE_ZERO_INF_SIGN/);
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} elsif ($current_arg < $#args) {
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die ("wrong number of arguments");
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} elsif ($current_arg > ($#args+1)) {
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die ("wrong number of arguments");
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}
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# Put the C program line together
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# Reset some variables to start again
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$current_arg = 1;
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$extra_var = 0;
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if (substr($descr_res,0,1) eq 'f') {
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$cline = 'check_float'
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} elsif (substr($descr_res,0,1) eq 'b') {
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$cline = 'check_bool';
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} elsif (substr($descr_res,0,1) eq 'c') {
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$cline = 'check_complex';
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} elsif (substr($descr_res,0,1) eq 'i') {
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$cline = 'check_int';
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} elsif (substr($descr_res,0,1) eq 'l') {
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$cline = 'check_long';
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} elsif (substr($descr_res,0,1) eq 'L') {
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$cline = 'check_longlong';
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}
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# Special handling for some macros:
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$cline .= " (\"$str\", ";
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if ($args[0] =~ /fpclassify|isnormal|isfinite|isinf|isnan|issignaling|signbit
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|isgreater|isgreaterequal|isless|islessequal
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|islessgreater|isunordered/x) {
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$c_call = "$args[0] (";
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} else {
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$c_call = " FUNC($args[0]) (";
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}
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@descr = split //,$descr_args;
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for ($i=0; $i <= $#descr; $i++) {
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if ($i >= 1) {
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$c_call .= ', ';
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}
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# FLOAT, int, long int, long long int
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if ($descr[$i] =~ /f|i|l|L/) {
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$c_call .= $args[$current_arg];
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$current_arg++;
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next;
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}
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# &FLOAT, &int
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if ($descr[$i] =~ /F|I/) {
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++$extra_var;
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$c_call .= '&' . &get_variable ($extra_var);
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next;
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}
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# complex
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if ($descr[$i] eq 'c') {
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$c_call .= "BUILD_COMPLEX ($args[$current_arg], $args[$current_arg+1])";
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$current_arg += 2;
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next;
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}
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}
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$c_call .= ')';
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$cline .= "$c_call, ";
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@descr = split //,$descr_res;
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foreach (@descr) {
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if ($_ =~ /b|f|i|l|L/ ) {
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$cline .= $args[$current_arg];
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$current_arg++;
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} elsif ($_ eq 'c') {
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$cline .= "BUILD_COMPLEX ($args[$current_arg], $args[$current_arg+1])";
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$current_arg += 2;
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} elsif ($_ eq '1') {
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push @special, $args[$current_arg];
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++$current_arg;
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}
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}
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# Add ulp, xfail
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$cline .= &new_test ($str, ($current_arg <= $#args) ? $args[$current_arg] : undef);
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# special treatment for some functions
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if ($args[0] eq 'frexp') {
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if (defined $special[0] && $special[0] ne "IGNORE") {
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my ($str) = "$call sets x to $special[0]";
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$post = " check_int (\"$str\", x, $special[0]";
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$post .= &new_test ($str, undef);
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}
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} elsif ($args[0] eq 'gamma' || $args[0] eq 'lgamma') {
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$pre = " signgam = 0;\n";
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if (defined $special[0] && $special[0] ne "IGNORE") {
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my ($str) = "$call sets signgam to $special[0]";
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$post = " check_int (\"$str\", signgam, $special[0]";
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$post .= &new_test ($str, undef);
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}
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} elsif ($args[0] eq 'modf') {
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if (defined $special[0] && $special[0] ne "IGNORE") {
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my ($str) = "$call sets x to $special[0]";
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$post = " check_float (\"$str\", x, $special[0]";
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$post .= &new_test ($str, undef);
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}
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} elsif ($args[0] eq 'remquo') {
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if (defined $special[0] && $special[0] ne "IGNORE") {
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my ($str) = "$call sets x to $special[0]";
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$post = " check_int (\"$str\", x, $special[0]";
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$post .= &new_test ($str, undef);
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}
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}
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if (defined $pre or defined $post) {
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print $file " {\n";
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print $file " $pre" if (defined $pre);
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print $file " $cline";
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print $file " $post" if (defined $post);
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print $file " }\n";
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} else {
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print $file " $cline";
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}
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}
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# Generate libm-test.c
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sub generate_testfile {
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my ($input, $output) = @_;
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my ($lasttext);
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my (@args, $i, $str, $thisfct);
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open INPUT, $input or die ("Can't open $input: $!");
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open OUTPUT, ">$output" or die ("Can't open $output: $!");
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# Replace the special macros
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while (<INPUT>) {
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# TEST_...
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if (/^\s*TEST_/) {
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my ($descr, $args);
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chop;
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($descr, $args) = ($_ =~ /TEST_(\w+)\s*\((.*)\)/);
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&parse_args (\*OUTPUT, $descr, $thisfct, $args);
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next;
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}
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# START (function)
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if (/START/) {
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($thisfct) = ($_ =~ /START\s*\((.*)\)/);
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print OUTPUT " init_max_error ();\n";
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next;
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}
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# END (function)
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if (/END/) {
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my ($fct, $line, $type);
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if (/complex/) {
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s/,\s*complex\s*//;
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$type = 'complex';
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} else {
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$type = 'normal';
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}
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($fct) = ($_ =~ /END\s*\((.*)\)/);
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if ($type eq 'complex') {
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$line = " print_complex_max_error (\"$fct\", ";
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} else {
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$line = " print_max_error (\"$fct\", ";
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}
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if (exists $results{$fct}{'has_ulps'}) {
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$line .= "DELTA$fct";
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} else {
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$line .= '0';
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}
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if (exists $results{$fct}{'has_fails'}) {
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$line .= ", FAIL$fct";
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} else {
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$line .= ', 0';
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}
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$line .= ");\n";
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print OUTPUT $line;
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push @functions, $fct;
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next;
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}
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print OUTPUT;
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}
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close INPUT;
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close OUTPUT;
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}
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# Parse ulps file
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sub parse_ulps {
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my ($file) = @_;
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my ($test, $type, $float, $eps, $kind);
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# $type has the following values:
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# "normal": No complex variable
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# "real": Real part of complex result
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# "imag": Imaginary part of complex result
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open ULP, $file or die ("Can't open $file: $!");
|
|
while (<ULP>) {
|
|
chop;
|
|
# ignore comments and empty lines
|
|
next if /^#/;
|
|
next if /^\s*$/;
|
|
if (/^Test/) {
|
|
if (/Real part of:/) {
|
|
s/Real part of: //;
|
|
$type = 'real';
|
|
} elsif (/Imaginary part of:/) {
|
|
s/Imaginary part of: //;
|
|
$type = 'imag';
|
|
} else {
|
|
$type = 'normal';
|
|
}
|
|
s/^.+\"(.*)\".*$/$1/;
|
|
$test = $_;
|
|
$kind = 'test';
|
|
next;
|
|
}
|
|
if (/^Function: /) {
|
|
if (/Real part of/) {
|
|
s/Real part of //;
|
|
$type = 'real';
|
|
} elsif (/Imaginary part of/) {
|
|
s/Imaginary part of //;
|
|
$type = 'imag';
|
|
} else {
|
|
$type = 'normal';
|
|
}
|
|
($test) = ($_ =~ /^Function:\s*\"([a-zA-Z0-9_]+)\"/);
|
|
$kind = 'fct';
|
|
next;
|
|
}
|
|
if (/^i?(float|double|ldouble):/) {
|
|
($float, $eps) = split /\s*:\s*/,$_,2;
|
|
|
|
if ($eps eq 'fail') {
|
|
$results{$test}{$type}{'fail'}{$float} = 1;
|
|
$results{$test}{'has_fails'} = 1;
|
|
} elsif ($eps eq "0") {
|
|
# ignore
|
|
next;
|
|
} else {
|
|
$results{$test}{$type}{'ulp'}{$float} = $eps;
|
|
$results{$test}{'has_ulps'} = 1;
|
|
}
|
|
if ($type =~ /^real|imag$/) {
|
|
$results{$test}{'type'} = 'complex';
|
|
} elsif ($type eq 'normal') {
|
|
$results{$test}{'type'} = 'normal';
|
|
}
|
|
$results{$test}{'kind'} = $kind;
|
|
next;
|
|
}
|
|
print "Skipping unknown entry: `$_'\n";
|
|
}
|
|
close ULP;
|
|
}
|
|
|
|
|
|
# Clean up a floating point number
|
|
sub clean_up_number {
|
|
my ($number) = @_;
|
|
|
|
# Remove trailing zeros after the decimal point
|
|
if ($number =~ /\./) {
|
|
$number =~ s/0+$//;
|
|
$number =~ s/\.$//;
|
|
}
|
|
return $number;
|
|
}
|
|
|
|
# Output a file which can be read in as ulps file.
|
|
sub print_ulps_file {
|
|
my ($file) = @_;
|
|
my ($test, $type, $float, $eps, $fct, $last_fct);
|
|
|
|
$last_fct = '';
|
|
open NEWULP, ">$file" or die ("Can't open $file: $!");
|
|
print NEWULP "# Begin of automatic generation\n";
|
|
# first the function calls
|
|
foreach $test (sort keys %results) {
|
|
next if ($results{$test}{'kind'} ne 'test');
|
|
foreach $type ('real', 'imag', 'normal') {
|
|
if (exists $results{$test}{$type}) {
|
|
if (defined $results{$test}) {
|
|
($fct) = ($test =~ /^(\w+)\s/);
|
|
if ($fct ne $last_fct) {
|
|
$last_fct = $fct;
|
|
print NEWULP "\n# $fct\n";
|
|
}
|
|
}
|
|
if ($type eq 'normal') {
|
|
print NEWULP "Test \"$test\":\n";
|
|
} elsif ($type eq 'real') {
|
|
print NEWULP "Test \"Real part of: $test\":\n";
|
|
} elsif ($type eq 'imag') {
|
|
print NEWULP "Test \"Imaginary part of: $test\":\n";
|
|
}
|
|
foreach $float (@all_floats) {
|
|
if (exists $results{$test}{$type}{'ulp'}{$float}) {
|
|
print NEWULP "$float: ",
|
|
&clean_up_number ($results{$test}{$type}{'ulp'}{$float}),
|
|
"\n";
|
|
}
|
|
if (exists $results{$test}{$type}{'fail'}{$float}) {
|
|
print NEWULP "$float: fail\n";
|
|
}
|
|
}
|
|
}
|
|
}
|
|
}
|
|
print NEWULP "\n# Maximal error of functions:\n";
|
|
|
|
foreach $fct (sort keys %results) {
|
|
next if ($results{$fct}{'kind'} ne 'fct');
|
|
foreach $type ('real', 'imag', 'normal') {
|
|
if (exists $results{$fct}{$type}) {
|
|
if ($type eq 'normal') {
|
|
print NEWULP "Function: \"$fct\":\n";
|
|
} elsif ($type eq 'real') {
|
|
print NEWULP "Function: Real part of \"$fct\":\n";
|
|
} elsif ($type eq 'imag') {
|
|
print NEWULP "Function: Imaginary part of \"$fct\":\n";
|
|
}
|
|
foreach $float (@all_floats) {
|
|
if (exists $results{$fct}{$type}{'ulp'}{$float}) {
|
|
print NEWULP "$float: ",
|
|
&clean_up_number ($results{$fct}{$type}{'ulp'}{$float}),
|
|
"\n";
|
|
}
|
|
if (exists $results{$fct}{$type}{'fail'}{$float}) {
|
|
print NEWULP "$float: fail\n";
|
|
}
|
|
}
|
|
print NEWULP "\n";
|
|
}
|
|
}
|
|
}
|
|
print NEWULP "# end of automatic generation\n";
|
|
close NEWULP;
|
|
}
|
|
|
|
sub get_ulps {
|
|
my ($test, $type, $float) = @_;
|
|
|
|
if ($type eq 'complex') {
|
|
my ($res);
|
|
# Return 0 instead of BUILD_COMPLEX (0,0)
|
|
if (!exists $results{$test}{'real'}{'ulp'}{$float} &&
|
|
!exists $results{$test}{'imag'}{'ulp'}{$float}) {
|
|
return "0";
|
|
}
|
|
$res = 'BUILD_COMPLEX (';
|
|
$res .= (exists $results{$test}{'real'}{'ulp'}{$float}
|
|
? $results{$test}{'real'}{'ulp'}{$float} : "0");
|
|
$res .= ', ';
|
|
$res .= (exists $results{$test}{'imag'}{'ulp'}{$float}
|
|
? $results{$test}{'imag'}{'ulp'}{$float} : "0");
|
|
$res .= ')';
|
|
return $res;
|
|
}
|
|
return (exists $results{$test}{'normal'}{'ulp'}{$float}
|
|
? $results{$test}{'normal'}{'ulp'}{$float} : "0");
|
|
}
|
|
|
|
sub get_failure {
|
|
my ($test, $type, $float) = @_;
|
|
if ($type eq 'complex') {
|
|
# return x,y
|
|
my ($res);
|
|
# Return 0 instead of BUILD_COMPLEX_INT (0,0)
|
|
if (!exists $results{$test}{'real'}{'ulp'}{$float} &&
|
|
!exists $results{$test}{'imag'}{'ulp'}{$float}) {
|
|
return "0";
|
|
}
|
|
$res = 'BUILD_COMPLEX_INT (';
|
|
$res .= (exists $results{$test}{'real'}{'fail'}{$float}
|
|
? $results{$test}{'real'}{'fail'}{$float} : "0");
|
|
$res .= ', ';
|
|
$res .= (exists $results{$test}{'imag'}{'fail'}{$float}
|
|
? $results{$test}{'imag'}{'fail'}{$float} : "0");
|
|
$res .= ')';
|
|
return $res;
|
|
}
|
|
return (exists $results{$test}{'normal'}{'fail'}{$float}
|
|
? $results{$test}{'normal'}{'fail'}{$float} : "0");
|
|
|
|
}
|
|
|
|
# Output the defines for a single test
|
|
sub output_test {
|
|
my ($file, $test, $name) = @_;
|
|
my ($ldouble, $double, $float, $ildouble, $idouble, $ifloat);
|
|
my ($type);
|
|
|
|
# Do we have ulps/failures?
|
|
if (!exists $results{$test}{'type'}) {
|
|
return;
|
|
}
|
|
$type = $results{$test}{'type'};
|
|
if (exists $results{$test}{'has_ulps'}) {
|
|
# XXX use all_floats (change order!)
|
|
$ldouble = &get_ulps ($test, $type, "ldouble");
|
|
$double = &get_ulps ($test, $type, "double");
|
|
$float = &get_ulps ($test, $type, "float");
|
|
$ildouble = &get_ulps ($test, $type, "ildouble");
|
|
$idouble = &get_ulps ($test, $type, "idouble");
|
|
$ifloat = &get_ulps ($test, $type, "ifloat");
|
|
print $file "#define DELTA$name CHOOSE($ldouble, $double, $float, $ildouble, $idouble, $ifloat)\t/* $test */\n";
|
|
}
|
|
|
|
if (exists $results{$test}{'has_fails'}) {
|
|
$ldouble = &get_failure ($test, "ldouble");
|
|
$double = &get_failure ($test, "double");
|
|
$float = &get_failure ($test, "float");
|
|
$ildouble = &get_failure ($test, "ildouble");
|
|
$idouble = &get_failure ($test, "idouble");
|
|
$ifloat = &get_failure ($test, "ifloat");
|
|
print $file "#define FAIL$name CHOOSE($ldouble, $double, $float $ildouble, $idouble, $ifloat)\t/* $test */\n";
|
|
}
|
|
}
|
|
|
|
# Print include file
|
|
sub output_ulps {
|
|
my ($file, $ulps_filename) = @_;
|
|
my ($i, $fct);
|
|
|
|
open ULP, ">$file" or die ("Can't open $file: $!");
|
|
|
|
print ULP "/* This file is automatically generated\n";
|
|
print ULP " from $ulps_filename with gen-libm-test.pl.\n";
|
|
print ULP " Don't change it - change instead the master files. */\n\n";
|
|
|
|
print ULP "\n/* Maximal error of functions. */\n";
|
|
foreach $fct (@functions) {
|
|
output_test (\*ULP, $fct, $fct);
|
|
}
|
|
|
|
print ULP "\n/* Error of single function calls. */\n";
|
|
for ($i = 0; $i < $count; $i++) {
|
|
output_test (\*ULP, $tests[$i], $i);
|
|
}
|
|
close ULP;
|
|
}
|