#!/usr/bin/perl -w
=head1 NAME
bench_template.pl - Test relative performance of CGI::Ex::Template to
Template::Toolkit
=cut
use strict;
use Benchmark qw(cmpthese timethese);
use POSIX qw(tmpnam);
use File::Path qw(rmtree);
use CGI::Ex::Template;
use CGI::Ex::Dump qw(debug);
use Template;
use constant test_taint => 0 && eval { require Taint::Runtime }; # s/0/1/ to
check tainting
Taint::Runtime::taint_start() if test_taint;
my $tt_cache_dir = tmpnam;
END { rmtree $tt_cache_dir };
mkdir $tt_cache_dir, 0755;
my $swap = {
one => "ONE",
a_var => "a",
foo => '[% bar %]',
bar => "baz",
hash => {a => 1, b => 2, c => { d => [{hee => ["hmm"]}] }},
array => [qw(A B C D E a A)],
code => sub {"(@_)"},
filt => sub {sub {$_[0]x2}},
};
use Template::Stash;;
my $s = Template::Stash->new($swap);
#use Template::Stash::XS;
#$s = Template::Stash::XS->new($swap);
###----------------------------------------------------------------###
### get objects ready
my @config1 = (STASH => $s, ABSOLUTE => 1, CONSTANTS => {simple => 'var'},
EVAL_PERL => 1, INCLUDE_PATH => $tt_cache_dir);
#push @config1, (INTERPOLATE => 1);
my @config2 = (@config1, COMPILE_EXT => '.ttc');
my $tt1 = Template->new(@config1);
my $tt2 = Template->new(@config2);
my $cet = CGI::Ex::Template->new(@config1);
my $cetc = CGI::Ex::Template->new(@config2);
#$swap->{$_} = $_ for (1 .. 1000); # swap size affects benchmark speed
###----------------------------------------------------------------###
### write out some file to be used later
my $fh;
my $bar_template = "$tt_cache_dir/bar.tt";
END { unlink $bar_template };
open($fh, ">$bar_template") || die "Couldn't open $bar_template: $!";
print $fh "BAR";
close $fh;
my $baz_template = "$tt_cache_dir/baz.tt";
END { unlink $baz_template };
open($fh, ">$baz_template") || die "Couldn't open $baz_template: $!";
print $fh "[% SET baz = 42 %][% baz %][% bing %]";
close $fh;
my $longer_template = "[% INCLUDE bar.tt %]"
."[% array.join('|') %]"
.("123"x200)
."[% FOREACH a IN array %]foobar[% IF a == 'A' %][% INCLUDE baz.tt %][%
END %]bazbing[% END %]"
.("456"x200)
."[% IF foo ; bar ; ELSIF baz ; bing ; ELSE ; bong ; END %]"
.("789"x200)
."[% IF foo ; bar ; ELSIF baz ; bing ; ELSE ; bong ; END %]"
.("012"x200)
."[% IF foo ; bar ; ELSIF baz ; bing ; ELSE ; bong ; END %]"
."[% array.join('|') %]"
."[% PROCESS bar.tt %]";
###----------------------------------------------------------------###
### set a few globals that will be available in our subs
my $show_list = grep {$_ eq '--list'} @ARGV;
my $run_all = grep {$_ eq '--all'} @ARGV;
my @run = $run_all ? () : @ARGV;
my $str_ref;
my $filename;
### uncomment to run a specific test - otherwise all tests run
[EMAIL PROTECTED] = qw(07);
# ###
All percents are CGI::Ex::Template vs TT2
# ###
(The percent that CET is faster than TT)
#
Existing object by string ref #
# New
object with CACHE_EXT set # #
# This percent is compiled in memory
(repeated calls) # # #
# New object each time (undef
CACHE_SIZE) # # # #
my $tests = { #
# # # #
'01_empty' => "", #
236% # 645% # 337% # 457% # 19787.6/s #
'02_var_sma' => "[% one %]", #
168% # 592% # 421% # 476% # 14355.1/s #
'03_var_lar' => "[% one %]"x100, #
31% # 341% # 79% # 348% # 940.2/s #
'04_set_sma' => "[% SET one = 2 %]", #
161% # 534% # 419% # 406% # 14121.9/s #
'05_set_lar' => "[% SET one = 2 %]"x100, #
12% # 279% # 37% # 276% # 864.5/s #
'06_set_range' => "[% SET one = [0..30] %]", #
42% # 320% # 247% # 211% # 7518.1/s #
'07_chain_sm' => "[% hash.a %]", #
173% # 619% # 423% # 494% # 13334.4/s #
'08_mixed_sma' => "".((" "x100)."[% one %]\n")x10, #
82% # 517% # 261% # 476% # 5848.1/s #
'09_mixed_med' => "".((" "x10)."[% one %]\n")x100, #
23% # 432% # 116% # 422% # 867.7/s #
'10_str_sma' => "".("[% \"".(" "x100)."\$one\" %]\n")x10, #
-15% # 1415% # 102% # 1467% # 2700.5/s #
'11_str_lar' => "".("[% \"".(" "x10)."\$one\" %]\n")x100, #
-50% # 299% # 2% # 302% # 329.3/s #
'12_num_lterl' => "[% 2 %]", #
177% # 602% # 459% # 459% # 15838.0/s #
'13_plus' => "[% 1 + 2 %]", #
87% # 435% # 334% # 299% # 10746.9/s #
'14_plus_long' => "[% 1 + 2 + 3 + 5 + 6 + 8 %]", #
67% # 320% # 301% # 218% # 9570.1/s #
'15_chained' => "[% c.d.0.hee.0 %]", #
171% # 616% # 416% # 527% # 13717.7/s #
'16_chain_set' => "[% SET c.d.0.hee.0 = 2 %]", #
156% # 519% # 364% # 413% # 10628.0/s #
'17_chain_lar' => "[% c.d.0.hee.0 %]"x100, #
54% # 464% # 82% # 467% # 752.8/s #
'18_chain_sl' => "[% SET c.d.0.hee.0 = 2 %]"x100, #
107% # 341% # 91% # 341% # 342.0/s #
'19_cplx_comp' => "[% t = 1 || 0 ? 0 : 1 || 2 ? 2 : 3 %][% t %]", #
73% # 291% # 256% # 210% # 8674.9/s #
'20_if_sim_t' => "[% a=1 %][% IF a %]Two[% END %]", #
126% # 481% # 347% # 378% # 11166.3/s #
'21_if_sim_f' => " [% IF a %]Two[% END %]", #
161% # 596% # 412% # 492% # 13846.3/s #
'22_if_else' => "[% IF a %]A[% ELSE %]B[% END %]", #
141% # 526% # 378% # 422% # 12728.4/s #
'23_if_elsif' => "[% IF a %]A[% ELSIF b %]B[% ELSE %]C[% END %]", #
131% # 519% # 359% # 407% # 11386.8/s #
'24_for_i_sml' => "[% FOREACH i = [0..10] ; i ; END %]", #
16% # 230% # 154% # 155% # 2376.1/s #
'25_for_i_med' => "[% FOREACH i = [0..100] ; i ; END %]", #
-15% # 38% # 13% # 18% # 362.5/s #
'26_for_sml' => "[% FOREACH [0..10] ; i ; END %]", #
23% # 245% # 162% # 169% # 2463.0/s #
'27_for_med' => "[% FOREACH [0..100] ; i ; END %]", #
-4% # 56% # 28% # 32% # 384.9/s #
'28_while' => "[% f = 10 %][%WHILE f%][%f=f- 1%][%f%][% END %]", #
-14% # 152% # 50% # 102% # 1279.5/s #
'29_whl_set_l' => "[% f = 10; WHILE (g=f) ; f = f - 1 ; f ; END %]", #
-18% # 115% # 34% # 75% # 1014.6/s #
'30_whl_set_s' => "[% f = 1; WHILE (g=f) ; f = f - 1 ; f ; END %]", #
38% # 302% # 193% # 223% # 5061.4/s #
'31_file_proc' => "[% PROCESS bar.tt %]", #
236% # 592% # 397% # 506% # 10189.6/s #
'32_file_incl' => "[% INCLUDE baz.tt %]", #
157% # 427% # 296% # 370% # 6549.1/s #
'33_process' => "[% BLOCK foo %]Hi[% END %][% PROCESS foo %]", #
162% # 592% # 422% # 487% # 10030.6/s #
'34_include' => "[% BLOCK foo %]Hi[% END %][% INCLUDE foo %]", #
140% # 557% # 387% # 462% # 8555.5/s #
'35_macro' => "[% MACRO foo BLOCK %]Hi[% END %][% foo %]", #
79% # 413% # 301% # 309% # 7363.9/s #
'36_macro_arg' => "[% MACRO foo(n) BLOCK %]Hi[%n%][%END%][%foo(2)%]", #
65% # 296% # 265% # 219% # 6081.4/s #
'37_macro_pro' => "[% MACRO foo PROCESS bar;BLOCK bar%]7[%END;foo%]", #
96% # 449% # 316% # 355% # 5962.3/s #
'38_filter2' => "[% n = 1 %][% n | repeat(2) %]", #
128% # 432% # 370% # 336% # 9705.7/s #
'39_filter' => "[% n = 1 %][% n FILTER repeat(2) %]", #
91% # 367% # 325% # 256% # 8025.8/s #
'40_fltr_name' => "[% n=1; n FILTER echo=repeat(2); n FILTER echo%]", #
36% # 317% # 241% # 243% # 5321.4/s #
'41_constant' => "[% constants.simple %]", #
176% # 617% # 473% # 448% # 15760.8/s #
'42_perl' => "[%one='ONE'%][% PERL %]print \"[%one%]\"[%END%]", #
66% # 447% # 300% # 357% # 6472.9/s #
'43_filtervar' => "[% 'hi' | \$filt %]", #
97% # 517% # 348% # 400% # 9500.9/s #
'44_filteruri' => "[% ' ' | uri %]", #
127% # 620% # 402% # 505% # 11498.0/s #
'45_filterevl' => "[% foo | eval %]", #
326% # 600% # 498% # 517% # 5022.9/s #
'46_refs' => "[% b = \\code(1); b(2) %]", #
60% # 270% # 239% # 174% # 6451.9/s #
'47_capture' => "[% foo = BLOCK %]Hi[% END %][% foo %]", #
105% # 438% # 312% # 326% # 9962.1/s #
'48_complex' => "$longer_template", #
51% # 305% # 139% # 264% # 1098.6/s #
# overall #
94% # 439% # 268% # 359% #
# overall (with stash::xs) #
32% # 505% # 246% # 380% #
};
### load the code representation
my $text = {};
seek DATA, 0, 0;
my $data = do { local $/ = undef; <DATA> };
foreach my $key (keys %$tests) {
$data =~ m/(.*\Q$key\E.*)/ || next;
$text->{$key} = $1;
}
if ($show_list) {
foreach my $text (sort values %$text) {
print "$text\n";
}
exit;
}
my $run = join("|", @run);
@run = grep {/$run/} sort keys %$tests;
###----------------------------------------------------------------###
sub file_TT_new {
my $out = '';
my $t = Template->new(@config1);
$t->process($filename, $swap, \$out);
return $out;
}
sub str_TT_new {
my $out = '';
my $t = Template->new(@config1);
$t->process($str_ref, $swap, \$out);
return $out;
}
sub file_TT {
my $out = '';
$tt1->process($filename, $swap, \$out);
return $out;
}
sub str_TT {
my $out = '';
$tt1->process($str_ref, $swap, \$out) || debug $tt1->error;
return $out;
}
sub file_TT_cache_new {
my $out = '';
my $t = Template->new(@config2);
$t->process($filename, $swap, \$out);
return $out;
}
###----------------------------------------------------------------###
sub file_CET_new {
my $out = '';
my $t = CGI::Ex::Template->new(@config1);
$t->process($filename, $swap, \$out);
return $out;
}
sub str_CET_new {
my $out = '';
my $t = CGI::Ex::Template->new(@config1);
$t->process($str_ref, $swap, \$out);
return $out;
}
sub file_CET {
my $out = '';
$cet->process($filename, $swap, \$out);
return $out;
}
sub str_CET {
my $out = '';
$cet->process($str_ref, $swap, \$out);
return $out;
}
sub str_CET_swap {
my $txt = $cet->swap($str_ref, $swap);
return $txt;
}
sub file_CET_cache_new {
my $out = '';
my $t = CGI::Ex::Template->new(@config2);
$t->process($filename, $swap, \$out);
return $out;
}
###----------------------------------------------------------------###
@run = sort(keys %$tests) if $#run == -1;
my $output = '';
my %cumulative;
foreach my $test_name (@run) {
die "Invalid test $test_name" if ! exists $tests->{$test_name};
my $txt = $tests->{$test_name};
my $sample =$text->{$test_name};
$sample =~ s/^.+=>//;
$sample =~ s/\#.+$//;
print "-------------------------------------------------------------\n";
print "Running test $test_name\n";
print "Test text: $sample\n";
### set the global file types
$str_ref = \$txt;
$filename = $tt_cache_dir ."/$test_name.tt";
open(my $fh, ">$filename") || die "Couldn't open $filename: $!";
print $fh $txt;
close $fh;
#debug file_CET(), str_TT();
#debug $cet->parse_tree($file);
### check out put - and also allow for caching
for (1..2) {
if (file_CET() ne str_TT()) {
debug $cet->parse_tree($str_ref);
debug file_CET(), str_TT();
die "file_CET didn't match";
}
die "file_TT didn't match " if file_TT() ne str_TT();
die "str_CET didn't match " if str_CET() ne str_TT();
# die "str_CET_swap didn't match " if str_CET_swap() ne str_TT();
die "file_CET_cache_new didn't match " if file_CET_cache_new() ne
str_TT();
die "file_TT_cache_new didn't match " if file_TT_cache_new() ne
str_TT();
}
next if test_taint;
###----------------------------------------------------------------###
my $r = eval { timethese (-2, {
file_TT_n => \&file_TT_new,
# str_TT_n => \&str_TT_new,
file_TT => \&file_TT,
str_TT => \&str_TT,
file_TT_c_n => \&file_TT_cache_new,
file_CT_n => \&file_CET_new,
# str_CT_n => \&str_CET_new,
file_CT => \&file_CET,
str_CT => \&str_CET,
# str_CT_sw => \&str_CET_swap,
file_CT_c_n => \&file_CET_cache_new,
}) };
if (! $r) {
debug "$@";
next;
}
eval { cmpthese $r };
my $copy = $text->{$test_name};
$copy =~ s/\#.+//;
$output .= $copy;
eval {
my $hash = {
'1 cached_in_memory ' => ['file_CT', 'file_TT'],
'2 new_object ' => ['file_CT_n', 'file_TT_n'],
'3 cached_on_file (new_object)' => ['file_CT_c_n', 'file_TT_c_n'],
'4 string reference ' => ['str_CT', 'str_TT'],
'5 CT new vs TT in mem ' => ['file_CT_n', 'file_TT'],
'6 CT in mem vs TT new ' => ['file_CT', 'file_TT_n'],
'7 CT in mem vs CT new ' => ['file_CT', 'file_CT_n'],
'8 TT in mem vs TT new ' => ['file_TT', 'file_TT_n'],
};
foreach my $type (sort keys %$hash) {
my ($key1, $key2) = @{ $hash->{$type} };
my $ct = $r->{$key1};
my $tt = $r->{$key2};
my $ct_s = $ct->iters / ($ct->cpu_a || 1);
my $tt_s = $tt->iters / ($tt->cpu_a || 1);
my $p = int(100 * ($ct_s - $tt_s) / ($tt_s || 1));
print "$type - CT is $p% faster than TT\n";
$output .= sprintf('# %3s%% ', $p) if $type =~ /^[1234]/;
### store cumulatives
if (abs($p) < 10000) {
$cumulative{$type} ||= [0, 0];
$cumulative{$type}->[0] += $p;
$cumulative{$type}->[1] ++;
}
}
};
debug "$@"
if $@;
$output .= "# ".sprintf("%.1f", $r->{'file_CT'}->iters /
($r->{'file_CT'}->cpu_a || 1))."/s #\n";
# $output .= "#\n";
foreach my $row (values %cumulative) {
$row->[2] = sprintf('%.1f', $row->[0] / ($row->[1]||1));
}
if ($#run > 0) {
foreach (sort keys %cumulative) {
printf "Cumulative $_: %6.1f\n", $cumulative{$_}->[2];
}
}
}
### add the final total row
if ($#run > 0) {
$output .= " # overall" . (" "x61);
foreach my $type (sort keys %cumulative) {
$output .= sprintf('# %3s%% ', int $cumulative{$type}->[2]) if $type
=~ /^[1234]/;
}
$output .= "#\n";
print $output;
}
#print `ls -lR $tt_cache_dir`;
__DATA__
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