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#!/usr/bin/perl -w
use strict;
use Test::More;
# Note that the strategy for testing for thread failure here is not very good.
# It is very timing dependent. On some systems this test will pass even with a parser
# that is not thread safe. There is some amount of luck in getting the non-thread safe
# code to crash. As it is now, the test below sucessfully crashes version 0.45 of XML::Bare
# seemingly every time I run the test.
my $threads_ok = 0;
eval("use threads;");
if( !$@ ) { $threads_ok = 1; }
my $shared_ok = 0;
if( $threads_ok ) {
eval("use threads::shared;");
if( !$@ ) { $shared_ok = 1; }
}
my $numok = 0;
if( !$threads_ok || !$shared_ok ) {
plan skip_all => 'Cannot load threads and/or threads::shared; skipping multithreading tests';
}
else {
#plan 'no_plan';
plan tests => 2;
use_ok( 'XML::Bare' );
threads::shared::share( \$numok );
for( my $i=0;$i<20;$i++ ) {
threads->create( \&single );
}
while( 1 ) {
my @joinable = threads->list(0);#joinable
my @running = threads->list(1);#running
for my $thr ( @joinable ) { $thr->join(); }
last if( !@running );
sleep(1);
}
is( $numok, 20, 'All threads completed okay' );
}
sub single {
my $xml = '<xml>';
my @arr;
for( my $i=0;$i<4000;$i++ ) {
my $n = rand(1000);
$arr[ $i ] = $n;
$xml .= "<node><n>$n</n></node>";
}
$xml .= "</xml>";
my ( $ob, $root ) = XML::Bare->new( text => $xml );
$root = $root->{'xml'};
my $nodes = $root->{'node'};
my $ok = 1;
my $i = 0;
for my $node ( @$nodes ) {
my $n = $node->{'n'}{'value'};
$ok = 0 if( $n ne $arr[ $i ] ); # note ne here instead of !=. Because $a=405.69280607542502; $a!="$a"; But $a=405.69280607542501; $a=="$a"; :(
$i++;
}
@arr = ();
return if( !$ok );
{
lock( $numok );
$numok++;
}
}
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