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394 lines
13 KiB
394 lines
13 KiB
# Copyright (C) 2001-2017 Yves Renard
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#
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# This file is a part of GetFEM++
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#
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# GetFEM++ is free software; you can redistribute it and/or modify it
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# under the terms of the GNU Lesser General Public License as published
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# by the Free Software Foundation; either version 3 of the License, or
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# (at your option) any later version along with the GCC Runtime Library
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# Exception either version 3.1 or (at your option) any later version.
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# This program is distributed in the hope that it will be useful, but
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# WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
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# or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public
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# License and GCC Runtime Library Exception for more details.
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# You should have received a copy of the GNU Lesser General Public License
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# along with this program; if not, write to the Free Software Foundation,
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# Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301, USA.
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eval 'exec perl -S $0 "$@"'
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if 0;
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sub numerique { $a <=> $b; }
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$nb_iter = 1; # number of iterations on each test
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$islocal = 0;
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$with_qd = 0; # test also with dd_real and qd_real
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$with_lapack = 0; # link with lapack
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$srcdir = $ENV{srcdir}; # source directory
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$tests_to_be_done = "";
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$fix_base_type = -1;
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while(@ARGV) { # read optional parameters
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$param = $ARGV[0];
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$val = int(1 * $param);
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if ($param =~ /.cc/) {
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$tests_to_be_done = $param;
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}
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elsif ($param eq "with-qd") {
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$with_qd = 1;
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}
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elsif ($param eq "with-lapack") {
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$with_lapack = 1;
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}
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elsif ($param eq "float") {
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$fix_base_type = 0;
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}
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elsif ($param eq "double") {
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$fix_base_type = 1;
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}
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elsif ($param eq "complex_float") {
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$fix_base_type = 2;
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}
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elsif ($param eq "complex_double") {
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$fix_base_type = 3;
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}
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elsif ($param eq "dd_real") {
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$fix_base_type = 0; $with_qd = 1;
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}
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elsif ($param eq "qd_real") {
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$fix_base_type = 1; $with_qd = 1;
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}
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elsif ($param eq "complex_dd_real") {
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$fix_base_type = 2; $with_qd = 1;
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}
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elsif ($param eq "complex_qd_real") {
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$fix_base_type = 3; $with_qd = 1;
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}
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elsif ($param =~ "srcdir=") {
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($param, $srcdir)=split('=', $param, 2);
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}
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elsif ($val != 0) {
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$nb_iter = $val;
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}
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else {
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print "Unrecognized parameter: $param\n";
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print "valid parameters are:\n";
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print ". the number of iterations on each test\n";
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print ". with-qd : test also with dd_real and qd_real\n";
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print ". with-lapack : link with lapack\n";
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print ". double, float, complex_double or complex_float";
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print " to fix the base type\n";
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print ". source name of a test procedure\n";
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print ". srcdir=name\n";
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exit(1);
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}
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shift @ARGV;
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}
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if ($srcdir eq "") {
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$srcdir="../../tests";
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print "WARNING : no srcdir, taking $srcdir\n";
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$islocal = 1;
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}
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if ($tests_to_be_done eq "") {
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$tests_to_be_done = `ls $srcdir/gmm_torture*.cc`; # list of tests
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}
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if ($with_qd && $with_lapack) {
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print "Options with_qd and with_lapack are not compatible\n";
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exit(1);
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}
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$nb_test = 0; # number of test procedures
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$tests_list = $tests_to_be_done;
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while ($tests_list)
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{ ($org_name, $tests_list) = split('\s', $tests_list, 2); ++$nb_test; }
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print "Gmm tests : Making $nb_iter execution";
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if ($nb_iter > 1) { print "s"; }
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if ($nb_test == 1) { print " of $tests_to_be_done\n"; }
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else { print " of each test\n"; }
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for ($iter = 1; $iter <= $nb_iter; ++$iter) {
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$tests_list = $tests_to_be_done;
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while ($tests_list) {
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($org_name, $tests_list) = split('\s', $tests_list, 2);
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if ($nb_iter == 1) { print "Testing $org_name"; }
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else { print "Test $iter for $org_name"; }
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if ($with_lapack) { print " linked with lapack"; }
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if ($with_qd) { print " with qd types"; }
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print "\n";
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$d = $org_name;
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do { ($b, $d) = split('/', $d, 2); } while ($d);
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$dest_name = "auto_$b";
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($root_name, $d) = split('.cc', $dest_name, 2);
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$size_max = 30.0;
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open(DATAF, $org_name) or die "Open input file impossible : $!\n";
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open(TMPF, ">$dest_name") or die "Open output file impossible : $!\n";
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print TMPF "\n\n";
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if ($with_lapack) {
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print TMPF "#include<gmm_lapack_interface.h>\n\n";
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}
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if ($with_qd) {
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print TMPF "#include <qd/dd.h>\n";
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print TMPF "#include <qd/qd.h>\n";
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print TMPF "#include <qd/fpu.h>\n\n";
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}
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$reading_param = 1;
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$nb_param = 0;
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while (($li = <DATAF> )&& ($reading_param)) {
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chomp($li);
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if ($li=~/^\/\//) {
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if ($li=~/ENDPARAM/) { $reading_param = 0; }
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elsif ($li=~/DENSE_VECTOR_PARAM/) { $param[$nb_param++] = 1; }
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elsif ($li=~/VECTOR_PARAM/) { $param[$nb_param++] = 2; }
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elsif ($li=~/RECTANGULAR_MATRIX_PARAM/) { $param[$nb_param++] = 3; }
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elsif ($li=~/SQUARED_MATRIX_PARAM/) { $param[$nb_param++] = 4; }
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elsif ($li=~/\/\//) { }
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else { die "Error in parameter list"; }
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}
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}
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$TYPES[0] = "float";
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$TYPES[1] = "std::complex<float> ";
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$TYPES[2] = "double";
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$TYPES[3] = "std::complex<double> ";
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# $TYPES[4] = "long double";
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# $TYPES[5] = "std::complex<long double> ";
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$NB_TYPES = 4.0;
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if ($with_lapack) {
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$NB_TYPES = 4.0;
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}
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if ($with_qd) {
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$TYPES[0] = "dd_real";
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$TYPES[1] = "qd_real";
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$TYPES[2] = "std::complex<dd_real> ";
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$TYPES[3] = "std::complex<qd_real> ";
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$NB_TYPES = 4.0;
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}
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if ($fix_base_type == -1) { $TYPE = $TYPES[int($NB_TYPES * rand())]; }
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else { $TYPE = $TYPES[$fix_base_type]; }
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$VECTOR_TYPES[0] = "std::vector<$TYPE> ";
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$VECTOR_TYPES[1] = "std::vector<$TYPE> ";
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$VECTOR_TYPES[2] = "gmm::rsvector<$TYPE> ";
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$VECTOR_TYPES[3] = "gmm::wsvector<$TYPE> ";
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$VECTOR_TYPES[4] = "gmm::slvector<$TYPE> ";
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$NB_VECTOR_TYPES = 5.0;
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$MATRIX_TYPES[0] = "gmm::dense_matrix<$TYPE> ";
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$MATRIX_TYPES[1] = "gmm::dense_matrix<$TYPE> ";
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$MATRIX_TYPES[2] = "gmm::row_matrix<std::vector<$TYPE> > ";
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$MATRIX_TYPES[3] = "gmm::col_matrix<std::vector<$TYPE> > ";
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$MATRIX_TYPES[4] = "gmm::row_matrix<gmm::rsvector<$TYPE> > ";
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$MATRIX_TYPES[5] = "gmm::col_matrix<gmm::rsvector<$TYPE> > ";
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$MATRIX_TYPES[6] = "gmm::row_matrix<gmm::wsvector<$TYPE> > ";
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$MATRIX_TYPES[7] = "gmm::col_matrix<gmm::wsvector<$TYPE> > ";
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$MATRIX_TYPES[8] = "gmm::row_matrix<gmm::slvector<$TYPE> > ";
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$MATRIX_TYPES[9] = "gmm::col_matrix<gmm::slvector<$TYPE> > ";
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$NB_MATRIX_TYPES = 10.0;
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while ($li = <DATAF>) { print TMPF $li; }
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$sizep = int($size_max*rand());
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$theseed = int(10000.0*rand());
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# print "Parameters for the test:\n";
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print TMPF "\n\n\n";
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print TMPF "int main(void) {\n\n";
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if ($with_qd) {
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print TMPF " fpu_fix_start(0);\n\n";
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}
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print TMPF " srand($theseed);\n\n";
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print TMPF " gmm::set_warning_level(1);\n\n";
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print TMPF " for (int iter = 0; iter < 100000; ++iter) {\n\n";
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print TMPF " try {\n\n";
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for ($j = 0; $j < $nb_param; ++$j) {
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$a = rand(); $b = rand();
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if ($with_lapack) { $a = $b = 1.0; }
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$sizepp = $sizep + int(50.0*rand());
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$step = $sizep; if ($step == 0) { ++$step; }
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$step = int(1.0*int($sizepp/$step - 1)*rand()) + 1;
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if (($param[$j] == 1) || ($param[$j] == 2)) { # vectors
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$lt = $VECTOR_TYPES[0];
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if ($param[$j] == 2 && $with_lapack==0) {
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$lt = $VECTOR_TYPES[int($NB_VECTOR_TYPES * rand())];
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}
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if ($a < 0.1) {
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$li = " $lt param$j($sizepp);";
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$c = int(1.0*($sizepp-$sizep+1)*rand());
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$param_name[$j]
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= "gmm::sub_vector(param$j, gmm::sub_interval($c, $sizep))";
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}
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elsif ($a < 0.2) {
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$li = " $lt param$j($sizepp);";
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$c = int(1.0*($sizepp-($sizep*$step+1))*rand());
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$param_name[$j]
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= "gmm::sub_vector(param$j, gmm::sub_slice($c, $sizep, $step))";
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}
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elsif ($a < 0.3) {
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$li = " $lt param$j($sizepp);"; @sub_index = ();
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@sortind = 0 .. ($sizepp-1);
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while (@sortind)
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{ push (@sub_index, splice(@sortind , rand @sortind, 1)); }
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@sub_index = @sub_index[0..$sizep-1];
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@sub_index = sort numerique @sub_index;
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if ($sizep == 0)
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{ $li = "$li\n gmm::size_type param_tab$j [1] = {0};"; }
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else {
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$li="$li\n gmm::size_type param_tab$j [$sizep] ={$sub_index[0]";
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for ($k = 1; $k < $sizep; ++$k) { $li = "$li , $sub_index[$k]"; }
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$li = "$li};";
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}
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$param_name[$j] = "gmm::sub_vector(param$j,".
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" gmm::sub_index(¶m_tab$j [0], ¶m_tab$j [$sizep]))";
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}
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else {
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$li = " $lt param$j($sizep);";
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$param_name[$j] = "param$j";
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}
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print TMPF "$li\n gmm::fill_random(param$j);\n";
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}
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elsif ($param[$j] == 3 || $param[$j] == 4) { # matrices
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$sm = $sizep; if ($a < 0.3) { $sm = $sizep + int(50.0*rand()); }
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$s = $sizep; if ($param[$j] == 3) { $s = int($size_max*rand()); }
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$sn = $s; if ($b < 0.3) { $sn = $s + int(50.0*rand()); }
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$param_name[$j] = "param$j";
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$lt = $MATRIX_TYPES[0];
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if ($with_lapack==0) {
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$lt = $MATRIX_TYPES[int($NB_MATRIX_TYPES * rand())];
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}
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$li = " $lt param$j($sm, $sn);";
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if ($a < 0.3 || $b < 0.3) {
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$sub1 = "gmm::sub_interval(0, $sizep)";
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$sub2 = "gmm::sub_interval(0, $s)";
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if ($a < 0.1) {
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$c = int(1.0*($sm-$sizep+1)*rand());
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$sub1 = "gmm::sub_interval($c, $sizep)";
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}
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elsif ($a < 0.2) {
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$step = $sizep; if ($step == 0) { ++$step; }
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$step = int(1.0*int($sm/$step - 1)*rand()) + 1;
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$c = int(1.0*($sm-($sizep*$step+1))*rand());
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$sub1 = "gmm::sub_slice($c, $sizep, $step)";
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}
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elsif ($a < 0.3) {
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@sub_index = ();
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@sortind = 0 .. ($sm-1);
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while (@sortind)
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{ push (@sub_index, splice(@sortind , rand @sortind, 1)); }
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@sub_index = @sub_index[0..$sizep-1];
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@sub_index = sort numerique @sub_index;
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if ($sizep == 0)
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{ $li = "$li\n gmm::size_type param_t$j [1] = {0};"; }
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else {
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$li="$li\n gmm::size_type param_t$j [$sizep]= {$sub_index[0]";
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for ($k = 1; $k < $sizep; ++$k) { $li = "$li , $sub_index[$k]"; }
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$li = "$li};";
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}
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$sub1 = "gmm::sub_index(¶m_t$j [0], ¶m_t$j [$sizep])";
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}
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if ($b < 0.1) {
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$c = int(1.0*($sn-$s+1)*rand());
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$sub2 = "gmm::sub_interval($c, $s)";
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}
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elsif ($b < 0.2) {
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$step = $s; if ($step == 0) { ++$step; }
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$step = int(1.0*int($sn/$step - 1)*rand()) + 1;
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$c = int(1.0*($sn-($s*$step+1))*rand());
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$sub2 = "gmm::sub_slice($c, $s, $step)";
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}
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elsif ($b < 0.3) {
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@sub_index = ();
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@sortind = 0 .. ($sn-1);
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while (@sortind)
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{ push (@sub_index, splice(@sortind , rand @sortind, 1)); }
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@sub_index = @sub_index[0..$s-1];
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@sub_index = sort numerique @sub_index;
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if ($s == 0)
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{ $li = "$li\n gmm::size_type param_u$j [1] = {0};"; }
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else {
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$li="$li\n gmm::size_type param_u$j [$s] = {$sub_index[0]";
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for ($k = 1; $k < $s; ++$k) { $li = "$li , $sub_index[$k]"; }
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$li = "$li};";
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}
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$sub2 = "gmm::sub_index(¶m_u$j [0], ¶m_u$j [$s])";
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}
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$param_name[$j] = "gmm::sub_matrix(param$j, $sub1, $sub2)";
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}
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if (1.0 * rand() < 0.5) {
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print TMPF "$li\n gmm::fill_random(param$j);\n";
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}
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else {
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print TMPF "$li\n gmm::fill_random(param$j, 0.2);\n";
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}
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$sizep = $s;
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}
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# print "$li ($param_name[$j])\n";
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}
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print TMPF " \n\n bool ret = test_procedure($param_name[0]";
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for ($j = 1; $j < $nb_param; ++$j) { print TMPF ", $param_name[$j]"; }
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print TMPF ");\n";
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print TMPF " if (ret) return 0;\n\n";
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print TMPF " }\n";
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print TMPF " GMM_STANDARD_CATCH_ERROR;\n";
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print TMPF " }\n";
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print TMPF " return 0;\n";
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print TMPF "}\n";
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close(DATAF);
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close(TMPF);
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`rm -f $root_name`;
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$compilo=`sh ../gmm-config --cxx` || die('cannot execute ../gmm-config --cxx'); chomp($compilo);
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$compile_options=`sh ../gmm-config --build-flags`;
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chomp($compile_options);
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$compile_options="$compile_options -I$srcdir/../src -I$srcdir/../include -I../src -I../include";
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$compile_libs="-lm";
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if ($with_lapack) {
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$compile_libs="-llapack -lblas -lg2c $compile_libs";
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$compile_options="$compile_options -DGMM_USES_LAPACK"
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}
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if ($with_qd) { $compile_libs="-lqd $compile_libs"; }
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# print "$compilo $compile_options $dest_name -o $root_name $compile_libs\n";
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print `$compilo $compile_options $dest_name -o $root_name $compile_libs`;
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if ($? != 0) {
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print "$compilo $compile_options $dest_name -o $root_name $compile_libs\n";
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print "\n******************************************************\n";
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print "* Compilation error, please submit this bug to\n";
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print "* Yves.Renard\@insa-lyon.fr, with the file\n";
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print "* $dest_name\n";
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print "* produced in directory \"tests\".\n";
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print "******************************************************\n";
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exit(1);
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}
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print `./$root_name`;
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if ($? != 0) {
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print "$compilo $compile_options $dest_name -o $root_name $compile_libs\n";
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print "\n******************************************************\n";
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print "* Execution error, please submit this bug to\n";
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print "* Yves.Renard\@insa-lyon.fr, with the file\n";
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print "* $dest_name\n";
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print "* produced in directory \"tests\".\n";
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print "******************************************************\n";
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exit(1);
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}
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# `rm -f $dest_name`;
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}
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}
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