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|
#!/usr/bin/perl
use warnings;
use strict;
use utf8;
use open qw(:std :utf8);
use lib qw(lib ../lib);
use Test::More tests => 25;
use Encode qw(decode encode);
use Time::HiRes qw(time);
use AnyEvent;
BEGIN {
# Подготовка объекта тестирования для работы с utf8
my $builder = Test::More->builder;
binmode $builder->output, ":utf8";
binmode $builder->failure_output, ":utf8";
binmode $builder->todo_output, ":utf8";
use_ok 'AnyEvent::AggressiveIdle', 'aggressive_idle';
use_ok 'AnyEvent::Tools', 'buffer';
}
{
my @res;
my $cv = condvar AnyEvent;
my $number = 1;
my $b = buffer
size => 5,
on_flush => sub {
my ($g, $a) = @_;
push @res, $a;
};
my $idle;
$idle = aggressive_idle sub {
$b->push($number++);
if ($number > 100) {
$b->flush;
undef $idle;
$cv->send;
}
};
$cv->recv;
ok @res == grep({@$_ == 5} @res), "Flush buffer after overflow";
}
{
my @res;
my $cv = condvar AnyEvent;
my $number = 1;
my $count = 0;
my $b;
my $idle;
$b = buffer
size => 5,
on_flush => sub {
my ($g, $a) = @_;
if ($count++ == 3) {
my $timer;
$timer = AE::timer 0.0005, 0 => sub {
$b->unshift_back($a);
undef $g;
undef $timer;
};
return;
}
push @res, $a;
if (@res == 5) {
undef $idle;
$cv->send;
}
};
$idle = aggressive_idle sub {
$b->push($number++);
};
$cv->recv;
ok @res == grep({@$_ >= 5} @res), "Flush buffer after overflow";
ok @{ $res[3] } > 5, "unshift_back works properly";
my $i = 1;
my $ok;
for (map { @$_ } @res) {
$ok = $_ == $i++;
last unless $ok;
}
# note explain [ $i, \@res ];
ok $ok, "Sequence order is right";
}
{
my @res;
my $cv = condvar AnyEvent;
my $number = 1;
my $count = 0;
my $start_time = time;
my $idle;
my $b = buffer
interval => 0.2,
on_flush => sub {
my ($g, $a) = @_;
push @res, { time => time, obj => $a };
return if $count++ < 3;
undef $idle;
$cv->send;
};
$idle = aggressive_idle sub { $b->unshift($number++); };
$cv->recv;
ok @res == 4, "Flush buffer after overflow";
my @time = (0.18, .38, .58, .78, .98);
for my $i (0 .. 3) {
my $delay = $res[$i]{time} - $start_time;
my $count = @{ $res[$i]{obj} };
ok $delay >= $time[$i], "$i flush was in time (count: $count)";
ok $delay < $time[$i + 1], "$i flush was in time (count: $count)";
ok $count > 100, "A lot iterations were done";
my $ok;
for (0 .. $#{ $res[$i]{obj} } - 1) {
$ok = $res[$i]{obj}[$_] > $res[$i]{obj}[$_ + 1];
last unless $ok;
}
ok $ok, "$i sequence order is right (count: $count)";
}
}
{
my @res;
my $cv = condvar AnyEvent;
my $idle;
my $count = 0;
my $b = buffer
unique_cb => sub { $_[0][0] },
interval => 0.05,
on_flush => sub {
push @res, $_[1];
$count = 0;
$cv->send if @res >= 100
};
$idle = aggressive_idle sub { $b->push([int rand 10, ++$count ]) };
$cv->recv;
ok !grep({ @$_ > 10 } @res), "Unique elements were extract";
ok 10 < grep({ 0 < grep { $_->[1] > 10 } @$_ } @res), "A lot of pushes";
}
|
