Raw content of MemcachedTest
<![CDATA[package MemcachedTest;
use strict;
use IO::Socket::INET;
use IO::Socket::UNIX;
use Exporter 'import';
use Carp qw(croak);
use vars qw(@EXPORT);
# Instead of doing the substitution with Autoconf, we assume that
# cwd == builddir.
use Cwd;
my $builddir = getcwd;
@EXPORT = qw(new_memcached sleep mem_get_is mem_gets mem_gets_is mem_stats free_port);
sub sleep {
my $n = shift;
select undef, undef, undef, $n;
}
sub mem_stats {
my ($sock, $type) = @_;
$type = $type ? " $type" : "";
print $sock "stats$type\r\n";
my $stats = {};
while (<$sock>) {
last if /^(\.|END)/;
/^STAT (\S+) (\d+)/;
#print " slabs: $_";
$stats->{$1} = $2;
}
return $stats;
}
sub mem_get_is {
# works on single-line values only. no newlines in value.
my ($sock_opts, $key, $val, $msg) = @_;
my $opts = ref $sock_opts eq "HASH" ? $sock_opts : {};
my $sock = ref $sock_opts eq "HASH" ? $opts->{sock} : $sock_opts;
my $expect_flags = $opts->{flags} || 0;
my $dval = defined $val ? "'$val'" : "<undef>";
$msg ||= "$key == $dval";
print $sock "get $key\r\n";
if (! defined $val) {
my $line = scalar <$sock>;
if ($line =~ /^VALUE/) {
$line .= scalar(<$sock>) . scalar(<$sock>);
}
Test::More::is($line, "END\r\n", $msg);
} else {
my $len = length($val);
my $body = scalar(<$sock>);
my $expected = "VALUE $key $expect_flags $len\r\n$val\r\nEND\r\n";
if (!$body || $body =~ /^END/) {
Test::More::is($body, $expected, $msg);
return;
}
$body .= scalar(<$sock>) . scalar(<$sock>);
Test::More::is($body, $expected, $msg);
}
}
sub mem_gets {
# works on single-line values only. no newlines in value.
my ($sock_opts, $key) = @_;
my $opts = ref $sock_opts eq "HASH" ? $sock_opts : {};
my $sock = ref $sock_opts eq "HASH" ? $opts->{sock} : $sock_opts;
my $val;
my $expect_flags = $opts->{flags} || 0;
print $sock "gets $key\r\n";
my $response = <$sock>;
if ($response =~ /^END/) {
return "NOT_FOUND";
}
else
{
$response =~ /VALUE (.*) (\d+) (\d+) (\d+)/;
my $flags = $2;
my $len = $3;
my $identifier = $4;
read $sock, $val , $len;
# get the END
$_ = <$sock>;
$_ = <$sock>;
return ($identifier,$val);
}
}
sub mem_gets_is {
# works on single-line values only. no newlines in value.
my ($sock_opts, $identifier, $key, $val, $msg) = @_;
my $opts = ref $sock_opts eq "HASH" ? $sock_opts : {};
my $sock = ref $sock_opts eq "HASH" ? $opts->{sock} : $sock_opts;
my $expect_flags = $opts->{flags} || 0;
my $dval = defined $val ? "'$val'" : "<undef>";
$msg ||= "$key == $dval";
print $sock "gets $key\r\n";
if (! defined $val) {
my $line = scalar <$sock>;
if ($line =~ /^VALUE/) {
$line .= scalar(<$sock>) . scalar(<$sock>);
}
Test::More::is($line, "END\r\n", $msg);
} else {
my $len = length($val);
my $body = scalar(<$sock>);
my $expected = "VALUE $key $expect_flags $len $identifier\r\n$val\r\nEND\r\n";
if (!$body || $body =~ /^END/) {
Test::More::is($body, $expected, $msg);
return;
}
$body .= scalar(<$sock>) . scalar(<$sock>);
Test::More::is($body, $expected, $msg);
}
}
sub free_port {
my $type = shift || "tcp";
my $sock;
my $port;
while (!$sock) {
$port = int(rand(20000)) + 30000;
$sock = IO::Socket::INET->new(LocalAddr => '127.0.0.1',
LocalPort => $port,
Proto => $type,
ReuseAddr => 1);
}
return $port;
}
sub supports_udp {
my $output = `$builddir/memcached-debug -h`;
return 0 if $output =~ /^memcached 1\.1\./;
return 1;
}
sub new_memcached {
my ($args, $passed_port) = @_;
my $port = $passed_port || free_port();
my $udpport = free_port("udp");
$args .= " -p $port";
if (supports_udp()) {
$args .= " -U $udpport";
}
if ($< == 0) {
$args .= " -u root";
}
my $childpid = fork();
my $exe = "$builddir/memcached-debug";
croak("memcached binary doesn't exist. Haven't run 'make' ?\n") unless -e $exe;
croak("memcached binary not executable\n") unless -x _;
unless ($childpid) {
exec "$exe $args";
exit; # never gets here.
}
# unix domain sockets
if ($args =~ /-s (\S+)/) {
sleep 1;
my $filename = $1;
my $conn = IO::Socket::UNIX->new(Peer => $filename) ||
croak("Failed to connect to unix domain socket: $! '$filename'");
return Memcached::Handle->new(pid => $childpid,
conn => $conn,
domainsocket => $filename,
port => $port);
}
# try to connect / find open port, only if we're not using unix domain
# sockets
for (1..20) {
my $conn = IO::Socket::INET->new(PeerAddr => "127.0.0.1:$port");
if ($conn) {
return Memcached::Handle->new(pid => $childpid,
conn => $conn,
udpport => $udpport,
port => $port);
}
select undef, undef, undef, 0.10;
}
croak("Failed to startup/connect to memcached server.");
}
############################################################################
package Memcached::Handle;
sub new {
my ($class, %params) = @_;
return bless \%params, $class;
}
sub DESTROY {
my $self = shift;
kill 9, $self->{pid};
}
sub port { $_[0]{port} }
sub udpport { $_[0]{udpport} }
sub sock {
my $self = shift;
if ($self->{conn} && ($self->{domainsocket} || getpeername($self->{conn}))) {
return $self->{conn};
}
return $self->new_sock;
}
sub new_sock {
my $self = shift;
if ($self->{domainsocket}) {
return IO::Socket::UNIX->new(Peer => $self->{domainsocket});
} else {
return IO::Socket::INET->new(PeerAddr => "127.0.0.1:$self->{port}");
}
}
sub new_udp_sock {
my $self = shift;
return IO::Socket::INET->new(PeerAddr => '127.0.0.1',
PeerPort => $self->{udpport},
Proto => 'udp',
LocalAddr => '127.0.0.1',
LocalPort => MemcachedTest::free_port('udp'),
);
}
1;
]]>