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PHP Decode
$__TG='P2JHP0lQSTAkX19tIDQnN01uZTdYWWx3bVdmQy9nUmpbbGtaWC9LMm05cjMzb3RBQ0g3RllIcW1NSXM+Y2d..
Decoded Output download
?><?php
######################################################################
# Program: WEBGALAMB 4 HRLEVL ADMINISZTRCIS RENDSZER #
# Fjl: subscriber.php #
# Verzi: 4.0 #
# Fjl kszto: 2011 TTH GBOR. #
# Kiads dtuma: 2011/xx/01 #
# #
######################################################################
if(!isset($_POST)) $_POST='';
if(!is_array($_POST)) $_POST=$_GET;
elseif(count($_POST)<1) $_POST=$_GET;
$__SUBSCRIBER=1;
if(!isset($f)) header('Content-Type: text/html; charset=utf-8');
if(!isset($out)) $out = '';
require_once('wg4_moduls/class.main.php');
$_POST=$main->decode_sc($_POST);
$ref = $_SERVER['HTTP_REFERER'];
//echo 'valami';
//die();
$fej='<!DOCTYPE html PUBLIC "-//W3C//Dtd XHTML 1.0 transitional//EN" "http://www.w3.org/tr/xhtml1/Dtd/xhtml1-transitional.dtd">
<html xmlns="http://www.w3.org/1999/xhtml">
<link rel="shortcut icon" href="alapkepek/favicon.ico" />
<head>
<title>' . $main->conf_read('adatmodositas_title') . '</title>
<meta name="Generator" content="' . __('http://www.webgalamb.hu') . '" />
<meta http-equiv="Content-Type" content="text/html; charset=utf-8" />
<meta http-equiv="Content-Language" content="hu" />
<meta name="description" content="' . __('Webgalamb 4 - E-mail Marketing s Hrlevl Szoftver') . '" />
<meta name="robots" content="noindex, nofollow" />
<meta name="allow-search" content="no" />
<meta name="author" content="Chrome Ball Studio" />
<meta name="copyright" content="Chrome Ball Webdesign" />
<link type="text/css" rel="stylesheet" href="wg4_images/wg4_subscriber.css" />
</head>
<body>
<center>
<div id="adatmodositas" align="center">';
$lab=' </div>
</center>
</body>
</html>';
$fej2='<!DOCTYPE html PUBLIC "-//W3C//Dtd XHTML 1.0 transitional//EN" "http://www.w3.org/tr/xhtml1/Dtd/xhtml1-transitional.dtd">
<html xmlns="http://www.w3.org/1999/xhtml">
<head>
<title>' . __('Informci') . '</title>
<meta http-equiv="Content-Type" content="text/html; charset=utf-8" />
</head>
<body>
';
$lab2="
</body>
</html>";
if(isset($f)) { $fej2 = '' ; }
// feljasznl elolvasta a levelet.
if(isset($_GET['a']))
{
$x=$main->m_array("select * from `{$db_pre}stat` where uid='$_GET[x]' and g='$_GET[z]' and `date`='$_GET[dt]' and mid='$_GET[y]'");
if($x['stat']=='0000-00-00' || !$x['stat'])
{
$main->mq("update `{$db_pre}stat` set `stat`=CURDATE() where mid='$_GET[y]' and uid='$_GET[x]' and g='$_GET[z]' and `date`='$_GET[dt]'");
$main->mq("UPDATE `{$db_pre}messages` set readed=readed+1 where id='$x[mid]'") ;
}
$q=$main->m_array("select * from `{$db_pre}vts_stat` where uid='$_GET[x]' and mid='$_GET[y]' and `date`='$_GET[dt]'");
if($q)
{
$q=$main->m_array("select * from `{$db_pre}vts` where id='$q[vtid]'");
if($q['f']==1) $main->mq("update `{$db_pre}vts_stat` set `stat`=CURDATE() where uid='$_GET[x]' and mid='$_GET[y]' and `date`='$_GET[dt]'");
}
if(!isset($_GET['download']))
{
$width=600;
$kep = 'R0lGODlhFAAUAIAAAP///wAAACwAAAAAFAAUAAACEYSPqcvtD6OctNqLs968+68VADs=';
$image = imagecreate($width, 200 );
$background_color = imagecolorallocate($image, 255, 255, 255);
$noise_color = imagecolorallocate($image, 150, 150, 150);
header('Content-Type: image/jpeg');
imagejpeg($image);
imagedestroy($image);
mysql_close();
exit;
}
}
// egyb elolvastam a levelet statisztiak
if(isset($_GET['b']))
{
$x=$main->m_array("select * from `{$db_pre}stat` where uid='$_GET[x]' and mid='$_GET[y]' and g='$_GET[z]' and `date`='$_GET[dt]'");
if($x['stat']=='0000-00-00' || !$x['stat'])
{
$main->mq("update `{$db_pre}stat` set `stat`=CURDATE() where uid='$_GET[x]' and mid='$_GET[y]' and `date`='$_GET[dt]'");
$main->mq("UPDATE `{$db_pre}messages` set readed=readed+1 where id='$x[mid]'") ;
}
$q=$main->m_array("select * from `{$db_pre}vts_stat` where uid='$_GET[x]' and mid='$_GET[y]' and `date`='$_GET[dt]'");
if($q)
{
$q=$main->m_array("select * from `{$db_pre}vts` where id='$q[vtid]'");
if($q['f']==1) $main->mq("update `{$db_pre}vts_stat` set `stat`=CURDATE() where uid='$_GET[x]' and mid='$_GET[y]' and `date`='$_GET[dt]'");
}
}
// fjl letltse.
if(isset($_GET['download']))
{
if(is_file($fn='files/download/'.$_GET['z'].'/'.$_GET['download']))
{
$x=$main->m_array("select * from `{$db_pre}uploads` where g='$_GET[z]' and fn='$_GET[download]'");
if(!$main->m_Array("select * from `{$db_pre}down_stat` where uid='$_GET[x]' and fid='$x[id]'") && $_GET['x'])
$main->mq("insert into `{$db_pre}down_stat` (uid, fid, date) values ('$_GET[x]', '$x[id]', now())");
mysql_close();
@set_time_limit(0);
if(!headers_sent())
{
header("Content-Type: application/xxx");
header("Content-Disposition: attachment; filename=\"".trim(htmlentities($_GET['download']))."\"");
header("Content-Description: ".trim(htmlentities($_GET['download'])));
header("Content-Length: ".(string)(filesize($fn)));
header("Cache-Control: cache, must-revalidate");
header("Pragma: cache");
header("Connection: close");
readfile($fn);
exit();
} die( "Error: 0x0f74 -> " . __("nem lehetsges az adatklds") );
} else echo __("Hibs link!");
mysql_close();
exit;
}
if(!isset($_GET['g'])) $_GET['g'] = '';
if(!isset($_SERVER['HTTP_REFERER'])) $_SERVER['HTTP_REFERER'] = $_SERVER['HTTP_HOST'];
if(!isset($s)) $s = array('id' => '', 'mail'=>'', 'ip'=>$main->getip(), 'date'=>'', 'name'=>'');
// ------------------- isset($_GET['verify_code'])----------------- AKCI LINK -------------------------------------------
if(isset($_GET['s_ID']) && isset($_GET['verify_code']) && isset($_GET['aid']))
{
$x = $main-> m_array("select * from `{$db_pre}actions` where id='$_GET[aid]'");
$s = $main-> m_array("select * from `{$db_pre}users` where id='$_GET[s_ID]' and verify_code='$_GET[verify_code]'");
$u_data = $main->user_data($_GET['s_ID']);
if(!$s) { mysql_close(); die(__('Hibs link!')); }
// versenyeztets figyels
$q=$main->m_array("select * from `{$db_pre}vts_stat` where uid='$s[id]' and mid='$_GET[y]' and `date`='$_GET[dt]'");
if($q)
{
$q=$main->m_array("select * from `{$db_pre}vts` where id='$q[vtid]'");
if($q['f']==2) $main->mq("update `{$db_pre}vts_stat` set `stat`=CURDATE() where uid='$s[id]' and mid='$_GET[y]' and `date`='$_GET[dt]'");
}
$nnext = 0; // no next -- ha lejrt...
if($x['xday']) // kvet akcilink
{
$m_id = $_GET['y'];
$s_id = $_GET['s_ID'];
$stat = $main-> m_array("select * from `{$db_pre}stat` where mid='$m_id' and uid='$s_id'");
$date = (int)($stat['date']);
$date+= $x['xday'] * (24*3600);
if($date < time()) $nnext = 1;
}
if($x['click'])
{
$click = $main->m_array("select count(aid) as c from `{$db_pre}act_stat` where aid='$_GET[aid]' and stat!='0000-00-00 00:00:00'");
if($click['c'] >= $x['click']) $nnext = 1;
}
$kza = $main->m_array("select * from `{$db_pre}messages` where id='$_GET[y]'",'al');
if($kza)
{
//$co = $main-> m_array("select count(mid) as c from `{$db_pre}act_stat` where mid='$_GET[y]'", 'c');
$co = $main-> m_array("select count(mid) as c from `{$db_pre}act_stat` where mid='$_GET[y]' and uid='$_GET[s_ID]'", 'c');
if($co>0)
{
foreach($u_data as $k=>$v) {
if(!is_array($v)) $v = htmlspecialchars($v); else $v=htmlspecialchars( substr( $cx=implode(';', $v), 0, strlen($cx)-1));
$x['url2'] = str_replace('{'.$k.'}', urlencode($v), $x['url2']);
$x['url2_text'] = str_replace('{'.$k.'}', ($v), $x['url2_text']);
$k=str_replace( ' ', ' ', $k);
$x['url2'] = str_replace('{'.$k.'}', urlencode($v), $x['url2']);
$x['url2_text'] = str_replace('{'.$k.'}', ($v), $x['url2_text']);
}
if(!$x['url2'])
{
echo $fej2;
echo $x['url2_text'];
echo $lab2;
mysql_close();
exit;
}
else
{
mysql_close();
header("Location: $x[url2]");
$main->location($x['url2']);
exit();
}
}
} // kizr akcilink
if((($x['end']=='0000-00-00' || $x['end']>=date("Y-m-d")) && ($x['start']=='0000-00-00' || $x['start']<=date("Y-m-d"))) && !$nnext)
{
if($main->m_array("select * from `{$db_pre}act_stat` where aid='$x[id]' and uid='$s[id]' and date='$_GET[dt]' and stat='0000-00-00 00:00:00'"))
{
$main->mq("update `{$db_pre}act_stat` set stat=now(), mid='$_GET[y]' where aid='$x[id]' and uid='$s[id]' and date='$_GET[dt]' and stat='0000-00-00 00:00:00'");
// megnzzk kizr akcilink e?
$u_data2 = $main->user_data($_GET['s_ID']);
if($u_data2) $u_data = $u_data2;
if(isset($x['urlap']))
{
$_group=$main->m_array("select * from `{$db_pre}groups` where id='$_GET[g]' and active=1");
$t = explode ("
", $x['urlap']);
$y = $r = 0;
foreach($t as $v)
{
$v=str_replace(chr(13),'', $v);
if($y%2)
{
$st=$main->m_array("select * from `{$db_pre}fields` where id = '$r'");
if(!$main->m_array("select un from `{$db_pre}fields_data` where un='$s[id]' and did='$st[id]'"))
$main->mq("insert into `{$db_pre}fields_data` (un, did) values ('$s[id]', '$st[id]')");
if($st['type']=='2' || $st['type']=='4')
$main->mq("update `{$db_pre}fields_data` set int_text='$v' where un='$s[id]' and did='$st[id]'");
else $main->mq("update `{$db_pre}fields_data` set text='$v' where un='$s[id]' and did='$st[id]'");
}
$r = $v;
$y++ ;
}
//if($_group['a_mod']) $main->ertesito(2, $s['id'], $_GET['g']);
} // rlap
if($x['admin']) $main->ertesito(3, $s['id'], $s['g'], $x['name']);
if($x['copy']) $main->user_copy($s['id'], $x['copy']);
if($x['mid'] && !$x['s_mail'] && $x['timed_mail_date']=='0000-00-00') $main->mail_sending($s['id'], $x['mid'], $s['g']);
if($x['mid'] && !$x['s_mail'] && $x['timed_mail_date']!='0000-00-00')
if(!$main->m_array("select * from `{$db_pre}act_list` where mid='$x[mid]' and uid='$s[id]' and date='$x[timed_mail_date]'"))
$main->mq("insert into `{$db_pre}act_list` (mid, uid, date) values ('$x[mid]', '$s[id]', '$x[timed_mail_date]')");
if($x['mid'] && $x['s_mail'] && $x['timed_mail_date']=='0000-00-00') {
if(!$main->m_array("select * from `{$db_pre}act_list` where mid='$x[mid]' and uid='$s[id]' and date=DATE_ADD( CURDATE(), INTERVAL $x[s_mail] DAY)"))
$main->mq("insert into `{$db_pre}act_list` (mid, uid, date) values ('$x[mid]', '$s[id]', DATE_ADD( CURDATE(), INTERVAL $x[s_mail] DAY))");
}
if($x['del']) $main->user_delete($s['mail'], $x['del']);
} // ha menteni kell
/*
$kza = $main->m_array("select * from `{$db_pre}messages` where id='$_GET[y]'",'al');
if($kza)
{
$co = $main-> m_array("select count(mid) as c from `{$db_pre}act_stat` where mid='$_GET[y]'", 'c');
if($co>1)
{
if(!$x['url2'])
{
echo $fej2;
echo $x['url2_text'];
echo $lab2;
mysql_close();
exit;
}
else
{
mysql_close();
header("Location: $x[url2]");
$main->location($x['url2']);
exit();
}
}
} // kizr akcilink
*/
/* foreach($u_data as $k=>$v)
{
if(!is_array($v)) $v = htmlspecialchars($v); else $v=htmlspecialchars( substr( $cx=implode(';', $v), 0, strlen($cx)-1));
$x['url1'] = str_replace('{'.$k.'}', urlencode($v), $x['url1']);
}*/
foreach($u_data as $k=>$v) {
if(!is_array($v)) $v = htmlspecialchars($v); else $v=htmlspecialchars( substr( $cx=implode(';', $v), 0, strlen($cx)-1));
$x['url1'] = str_replace('{'.$k.'}', urlencode($v), $x['url1']);
$x['url1_text'] = str_replace('{'.$k.'}', ($v), $x['url1_text']);
$k=str_replace( ' ', ' ', $k);
$x['url1'] = str_replace('{'.$k.'}', urlencode($v), $x['url1']);
$x['url1_text'] = str_replace('{'.$k.'}', ($v), $x['url1_text']);
}
mysql_close();
if(!$x['url1'])
{
echo $fej2;
echo $x['url1_text'];
echo $lab2;
exit;
}
else
{
header("Location: $x[url1]");
$main->location($x['url1']);
}
exit;
}
else
{
foreach($u_data as $k=>$v) {
if(!is_array($v)) $v = htmlspecialchars($v); else $v=htmlspecialchars( substr( $cx=implode(';', $v), 0, strlen($cx)-1));
$x['url2'] = str_replace('{'.$k.'}', urlencode($v), $x['url2']);
$k=str_replace( ' ', ' ', $k);
$x['url2'] = str_replace('{'.$k.'}', urlencode($v), $x['url2']);
}
mysql_close();
if(!$x['url2'])
{
echo $fej2;
echo $x['url2_text'];
echo $lab2;
exit;
}
else
{
header("Location: $x[url2]");
$main->location($x['url2']);
}
//header("Location: $x[url2]");
//$main->location($x['url2']);
exit;
}
} // akci link
// ha esetleg msik csoportbl akar leiratkozni
if(isset($_GET['subscriber_ID'])) $id=$_GET['subscriber_ID']; else $id = '';
if(isset($_GET['verify_code'])) $vf=$_GET['verify_code']; else $vf = '';
if($id && $vf) // ha van id akkor kiov asuk az adatokat
{
$s=$main->m_array("select * from `{$db_pre}users` where id='$id' and verify_code='$vf'");
if($s && $s['g']!=$_GET['g']) $_GET['g']=$s['g'];
}
$_group=$main->m_array("select * from `{$db_pre}groups` where id='$_GET[g]' and active=1");
if(!$_group)
{
mysql_close();
if(preg_match('/http:\/\//', $_SERVER['HTTP_REFERER'])) $main->location($_SERVER['HTTP_REFERER']);
else $main->location("http://$_SERVER[HTTP_REFERER]");
exit;
}
// spam ellenrzs -> un. feketelista:
$sql=$main->mq("select * from `{$db_pre}blacklist` where g='$_GET[g]'");
$backlist=array();
$_POST['USER_CLIENT____ip'] = $main->getip();
while($x=mysql_fetch_array($sql))
{
$backlist[$x['id']]=$x['word'];
}
if(isset($_POST)) foreach($_POST as $value)
{
if($v=$main->spam_ellenoriz($backlist, $value))
{
$main->mq("update `{$db_pre}groups` set stat_spam=stat_spam+1 where id='$_GET[g]'");
$main->mq("update `{$db_pre}blacklist` set run=run+1 where id='$v'");
if(!$_group['h4'])
{
echo $fej2;
echo $_group['h4_text'];
echo $lab2;
mysql_close();
exit;
}
else
{
$main->mq("update `{$db_pre}groups` set stat_spam=stat_spam+1 where id='$_GET[g]'");
header("Location: $_group[h4]");
mysql_close();
$main->location($_group['h4']); // tirnytjuk ha szerepel a feketelistba
}
}
}// spam ellenrzs vg
if(isset($_GET['subscriber_ID'])) $id=$_GET['subscriber_ID']; else $id = '';
if(isset($_GET['verify_code'])) $vf=$_GET['verify_code']; else $vf = '';
if($id && $vf) // ha van id akkor kiov asuk az adatokat
{
$s=$main->m_array("select * from `{$db_pre}users` where id='$id' and verify_code='$vf'");
if(!$s && !isset($_GET['down'])) // hibs link esetn
{
if(!$_group['h1'])
{
echo $fej2;
echo $_group['h1_text'];
echo $lab2;
mysql_close();
exit;
}
header("Location: $_group[h1]");
mysql_close();
$main->location($_group['h1']);
exit;
}
elseif((!$s && isset($_GET['down'])) || ($s['active']=='0' && isset($_GET['down'])) ) // hibs leiratkozs
{
if(!$_group['h7'])
{
echo $fej2;
echo $_group['h7_text'];
echo $lab2;
mysql_close();
exit;
}
header("Location: $_group[h7]");
mysql_close();
$main->location($_group['h7']);
exit;
}
elseif($s && isset($_GET['down'])) // leiratkozs a csoportrl
{
$u_data = $main->user_data($id);
// print_r($_POST);
if($_group['uns_d'] && !isset($_POST['leiratkozom']))
{
echo $fej;
echo '<form method="post"><br/><h1>' . __('Leiratkozst megerst oldal') . '</h1>';
echo __('Kattintson a leiratkozom gombra, hogy megerstse leiratkozsi szndkt!') . '<br />';
echo '<br /><input type="submit" name="leiratkozom" value="' . __('LEIRATKOZOM') . '" class="gomb" /></form><br /><br />';
echo $lab;
mysql_close();
exit();
}
if(!$_group['uns_d'] || ($_group['uns_d'] && isset($_POST['leiratkozom'])))
{
if($_group['a_down']) $main->ertesito(0, $id, $_GET['g']);
if($_group['op_s_down']) $main->mail_sending($id, $_group['op_s_down'], $_GET['g']); // levl kikldse ha leiratkozott, mieltt trlnnk
$sql_y=$main->mq("select * from `{$db_pre}users` where mail='$s[mail]' and g='$_GET[g]'");
while($xs=mysql_fetch_assoc($sql_y))
{
if($_group['scr_inactivate']) // ha csoport belltsnl az van h inakivlst kr trls helyett:
{
$code=$main->generateCode(40);
$main->mq("update `{$db_pre}users` set active='0' where id='$xs[id]'");
$main->mq("update `{$db_pre}groups` set stat_d=stat_d+1 where id='$_GET[g]'");
$main->mq("insert into `{$db_pre}unscr` (date, g, mid) values (CURDATE(), '$_GET[g]', '$_GET[down]')");
}
else // ha pedig trlni kell a felhasznlt!
{
$main->mq("delete from `{$db_pre}users` where id='$xs[id]'");
// $main->mq("delete from `{$db_pre}stat` where uid='$id'"); // statisztikbl megfelelo sorok kitrlse
$main->mq("delete from `{$db_pre}fields_data` where un='$xs[id]'");
$main->mq("update `{$db_pre}groups` set stat_d=stat_d+1 where id='$_GET[g]'");
$main->mq("insert into `{$db_pre}unscr` (date, g, mid) values (CURDATE(), '$_GET[g]', '$_GET[down]')");
}
}
foreach($u_data as $k=>$v) {
if(!is_array($v)) $v = htmlspecialchars($v); else $v=htmlspecialchars( substr( $cx=implode(';', $v), 0, strlen($cx)-1));
$_group['h6'] = str_replace('{'.$k.'}', urlencode($v), $_group['h6']);
$_group['h6_text'] = str_replace('{'.$k.'}', ($v), $_group['h6_text']);
$k=str_replace( ' ', ' ', $k);
$_group['h6'] = str_replace('{'.$k.'}', urlencode($v), $_group['h6']);
$_group['h6_text'] = str_replace('{'.$k.'}', ($v), $_group['h6_text']);
}
if(!$_group['h6'])
{
echo $fej2;
echo $_group['h6_text'];
echo $lab2;
mysql_close();
exit;
}
header("Location: $_group[h6]");
mysql_close();
$main->location($_group['h6']); // tirnytjuk ha sikeres volt a leiratkozs
exit;
}
} // leiratkozs
elseif($s && isset($_GET['w_amplify'])) // megersts
{
$u_data = $main->user_data($id);
if($main->m_array("select id from `{$db_pre}users` where id='$id' and a=0"))
{ // ha megersthetjk
if(!$_group['inact']) $main->mq("update `{$db_pre}users` set active=1, datum=CURDATE(), a=1 where id='$id'");
if($_group['inact']) $main->mq("update `{$db_pre}users` set active=0, a=1 where id='$id'");
$main->mq("update `{$db_pre}groups` set stat_nf=stat_nf+1 where id='$_GET[g]'");
// tbbi csoportba is feliratjuk az usert
if($_group['auto_sc']) { $main -> user_copy($id, $_group['auto_sc']);}
// leiratjuk az usereket
if($_group['auto_del']) $main -> user_delete($s['mail'], $_group['auto_del']);
if($_group['op_s_up']) $main -> mail_sending($id, $_group['op_s_up'], $_GET['g']); // levl kikldse
if($_group['a_up']) $main->ertesito(1, $id, $_GET['g']);
if($main->m_array("select * from `{$db_pre}sub_stat` where date=CURDATE() and g=$_GET[g]"))
$main->mq("update `{$db_pre}sub_stat` set c=c+1 where date=CURDATE() and g=$_GET[g]");
else
$main->mq("insert into `{$db_pre}sub_stat` (date, g, c) values (CURDATE(), '$_GET[g]', 1)");
foreach($u_data as $k=>$v) {
if(!is_array($v)) $v = htmlspecialchars($v); else $v=htmlspecialchars( substr( $cx=implode(';', $v), 0, strlen($cx)-1));
$_group['h3'] = str_replace('{'.$k.'}', urlencode($v), $_group['h3']);
$_group['h3_text'] = str_replace('{'.$k.'}',$v, $_group['h3_text']);
$k=str_replace( ' ', ' ', $k);
$_group['h3'] = str_replace('{'.$k.'}', urlencode($v), $_group['h3']);
$_group['h3_text'] = str_replace('{'.$k.'}',$v, $_group['h3_text']);
}
if(!$_group['h3'])
{
echo $fej2;
echo $_group['h3_text'];
echo $lab2;
mysql_close();
exit;
}
header("Location: $_group[h3]");
mysql_close();
$main -> location($_group['h3']); // tirnytjuk ha sikeres volt a feliratkozs, megersts utn
exit;
}
else // ha mr lejrt a link, vagyis aktv a felhasznl
{
foreach($u_data as $k=>$v) {
if(!is_array($v)) $v = htmlspecialchars($v); else $v=htmlspecialchars( substr( $cx=implode(';', $v), 0, strlen($cx)-1));
$_group['h3'] = str_replace('{'.$k.'}', urlencode($v), $_group['h3']);
$_group['h3_text'] = str_replace('{'.$k.'}',$v, $_group['h3_text']);
$k=str_replace( ' ', ' ', $k);
$_group['h3'] = str_replace('{'.$k.'}', urlencode($v), $_group['h3']);
$_group['h3_text'] = str_replace('{'.$k.'}',$v, $_group['h3_text']);
}
if(!$_group['h3'])
{
echo $fej2;
echo $_group['h3_text'];
echo $lab2;
mysql_close();
exit;
}
header("Location: $_group[h3]");
mysql_close();
$main -> location($_group['h3']); // tirnytjuk ha sikeres volt a feliratkozs, megersts utn
exit;
}
}
elseif(!isset($_GET['mod'])) { echo __("Hibs link!"); mysql_close(); exit; }
$sql=$main->mq("select * from `{$db_pre}fields_data` where un='$id'");
while($x=mysql_fetch_array($sql))
{
$s["f_$x[did]"]=$x['int_text']?$x['int_text']:$x['text'];
}
$s['date']=$s['datum'];
$s['x']=1;
} // ----------------- ha van id ---------------------------
if(isset($_POST['save']) || isset($_POST['sub'])) {
$sql=$main->mq("select * from `{$db_pre}fields` where g='$_GET[g]' order by hely");
$e= $out='';
if(isset($_POST['subscr'])) $_POST['mail'] = $_POST['subscr'];
if(!isset($_POST['mail'])) $_POST['mail'] ='';
if(isset($_POST['subscr2'])) $_POST['mail2']= $_POST['subscr2'];
if(!isset($_POST['mail'])) $_POST['mail'] = '';
if(!isset($_POST['mail2'])) $_POST['mail2']= '';
if(!isset($_POST['name'])) $_POST['name'] = '';
if(!isset($_POST['subscr'])) $_POST['subscr']='';
if(!isset($_POST['subscr2'])) $_POST['subscr2']='';
$_POST['subscr'] = strtolower($_POST['subscr']);
$_POST['subscr2'] = strtolower($_POST['subscr2']);
$_POST['mail'] = strtolower($_POST['mail']);
$_POST['mail2'] = strtolower($_POST['mail2']);
$nodel = '';$vanemail=0;
while($x=mysql_fetch_array($sql))
{
//if(isset($_POST["f_$x[id]"])) { if(is_array($_POST["f_$x[id]"])) $_POST["f_$x[id]"]=implode(';', $_POST["f_$x[id]"]); }
if(isset($_POST["f_$x[id]"]))
{
if(is_array($_POST["f_$x[id]"]))
if(count($y)==1) $_POST["f_$x[id]"]=implode(';', $_POST["f_$x[id]"]).';'; else $_POST["f_$x[id]"]=implode(';', $_POST["f_$x[id]"]);
}
else $_POST["f_$x[id]"] = '';
if($x['type']>1 && $x['type']<5)
{
$sql2=$main->mq("select * from `{$db_pre}fields_fields` where field_id='$x[id]'");
$arrayelements = array();
while($x2=mysql_fetch_array($sql2)) $arrayelements[]=($x2['id']);
if($x['type']>1) // sleect , chx, radio
{
$csa=isset($_POST["f_$x[id]"])?$_POST["f_$x[id]"]:'';
$csa.=';';
sort($arrayelements); $arrayelements=array_reverse($arrayelements);
foreach($arrayelements as $v)
{
$csa = str_replace($v.';', '', $csa);
//$csa = str_replace($v, '', $csa);
}
if(str_replace(array(' ',';'), '', $csa)) $out.="
*". sprintf (__('%s mez kitltse nem megfelel'), $x['name']); // ez akkor van ha mondjuk a program berja h value="25" s valami hekker meghekkeli erre value="dfsdf"
}
}
if($x['hidden'] && $id && $vf)
{ //$nodel=($nodel?' AND ':'')'d continue;
$nodel.= "and did!='$x[id]'";
continue;
}
if($x['check']) $e.=",'f_$x[id]','#','>1',sprintf (__('%s mez nincs kitltve!'), '" . $x['name'] . "')";
// if($x['check']) $e.=",'f_$x[id]','#','>1','$x[name] mez nincs kitltve!'";
if($x['type']==6) $e.=",'f_$x[id]','n','0-9999999999999999999',sprintf (__('%s mez maximum 19 szmjegybl ll termszetes szm lehet!'), '" . $x['name'] . "')";
if($x['type']==5) $e.=",'f_$x[id]','d','',sprintf (__('%s meznek dtumformtumunak kell lennie!'), '" . $x['name'] . "')";
//echo $id;
//echo 'OK';
if($x['id']==$_group['email_field'] && (!$x['hidden'] || !$id)) { $e=",'mail','#m','1',__('Hibs e-mail cm!')$e"; $vanemail=1;}
}
$php_Command="\$out.=\$main->TG_validate('post','php',
".($_group['email_d']?"'mail', '=mail2', '', __('A kt e-mail cm nem egyezik!'),":'')."
'XXXXXXXXXXXXXXXmXaXiXlX','m','1',__('Hibs e-mail cm!')$e);";
eval($php_Command);
//die($php_Command);
//echo $php_Command;
//echo $out;
//die();
if(!isset($_SESSION['referer'])) $_SESSION['referer']='';
if($out && !$_SESSION['referer']) $_SESSION['referer']=$ref;
// megnzzk van e ilyen email cm user ha kell
$van = $main->m_array("select * from `{$db_pre}users` where mail='$_POST[mail]' and mail!='$s[mail]' and g='$_GET[g]'");
if(!isset($van['a'])) $van['a']='';
if(!isset($van['id'])) $van['id']='';
if(!$_group['d_user'] && $van['a'])
{
$out.="
* ". sprintf (__('Mr szerepel a(z) %s e-mail cm a csoportban!'), $_POST['mail']);
if(!$s['id'])
{
if($_group['op_s_d']) $main->mail_sending($van['id'], $_group['op_s_d'], $_GET['g']); // levl kikldse mivel mr fel van iratkozva.
$u_data = $main->user_data($van['id']);
foreach($u_data as $k=>$v) {
if(!is_array($v)) $v = htmlspecialchars($v); else $v=htmlspecialchars( substr( $cx=implode(';', $v), 0, strlen($cx)-1));
$_group['h5'] = str_replace('{'.$k.'}', urlencode($v), $_group['h5']);
$_group['h5_text'] = str_replace('{'.($k).'}',$v, $_group['h5_text']);
$k=str_replace( ' ', ' ', $k);
$_group['h5'] = str_replace('{'.$k.'}', urlencode($v), $_group['h5']);
$_group['h5_text'] = str_replace('{'.($k).'}',$v, $_group['h5_text']);
}
if(!$_group['h5'])
{
echo $fej2;
echo $_group['h5_text'];
echo $lab2;
mysql_close();
exit;
}
header("Location: $_group[h5]"); //ismtelt felirakozs -- ha mr benne volt a csoportban -> t os ljjk
mysql_close();
$main->location($_group['h5']);
exit;
}
}
if(!$_group['d_user'] && $van['id'] && !$van['a'])
{
//echo "letrlm, mer m van -- $van";
if(!$out) $main -> user_delete($_POST['mail'], $_group['id']);
}
if($out) {$s=$_POST;}
else // ha lehet j feliratkozt hozzadni
{
$new_sc = 0;
$v_C=$main->generateCode(40);
if(!$id)
{
if($_group['op_s_amp']) $act='0'; else $act='1' ;
if(!$_group['inact'] && $act) $active = 1; else $active=0;
$mail_id = $main -> mail_id($_POST['mail']);
$_POST['mail']=strtolower($_POST['mail']);
// echo " llapot: $act -- active:: $active --<br>";
$ref = $_SERVER['HTTP_REFERER'];
$main->mq("insert into `{$db_pre}users` ( mail, omail, mail_id, ip, datum, verify_code, active, g, a, ipdatum ) values
( '$_POST[mail]', '$_POST[mail]', '$mail_id', '".$main->getip()."', CURDATE(), '$v_C', '$active', '$_GET[g]', '$act', now() )");
$id=mysql_insert_id();
$new_sc=1;
$main->mq("update `{$db_pre}groups` set stat_nf=stat_nf+1 where id='$_GET[g]'");
$x = $main->m_array("select * from `{$db_pre}fields` where name='$Referer_nev' and g='$_GET[g]'", 'id');
if(!$x)
{
$main->mq("insert into `{$db_pre}fields` (name, g, hidden) values ('$Referer_nev', '$_GET[g]', '1')");
$x = mysql_insert_id();
}
// rejtett mezk felvitele ha vannak
$sql=$main->mq("select * from `{$db_pre}fields` where g='$_GET[g]' and name!='$Referer_nev' and hidden=1 order by hely");
while($x33=mysql_fetch_array($sql))
{
// $main->mq("delete from `{$db_pre}fields_data` where un='$id' and did='$x33[id]'");
$y=$_POST["f_$x33[id]"];
if(($x33['type']==2 || $x33['type']==4 || $x33['type']==6) ) { if($y!='') $main->mq("insert into `{$db_pre}fields_data` (un, int_text, did) values ('$id', '$y', '$x33[id]')"); }
elseif(($x33['type']==5) ) { if($y) $main->mq("insert into `{$db_pre}fields_data` (un, date, did) values ('$id', '$y', '$x33[id]')"); }
else $main->mq("insert into `{$db_pre}fields_data` (un, text, did) values ('$id', '$y', '$x33[id]')");
}
if($_SESSION['referer']) $ref=$_SESSION['referer'];
$main->mq("insert into `{$db_pre}fields_data` (un, text, did) values ('$id', '$ref', '$x')");
unset($_SESSION['referer']);
}
else
{
$new_sc=0;
$s=$_POST;
$s['x']=1;
$s['mail'] = strtolower($s['mail']);
$maid = $main->mail_id($s['mail']);
$main->mq("update `{$db_pre}users` set ".($vanemail?"mail='$s[mail]', mail_id='$maid', ":'')."ip='".$main->getip()."' where id='$id'");
/*
$referer = $main->m_array("select * from `{$db_pre}fields` where name='$Referer_nev' and g='$_GET[g]'", 'id');
//$main->mq("delete from `{$db_pre}fields_data` where un='$id' and did!='$referer'");
if(!$nodel) $main->mq("delete from `{$db_pre}fields_data` where un='$id' and did!='$referer'"); // letrljk a kiegszto adatokat, mert utna gyisd berakjuk jra
else $main->mq("delete from `{$db_pre}fields_data` where un='$id' and did!='$referer' $nodel"); // letrljk a kiegszto adatokat, mert utna gyisd berakjuk jra*/
}
$sql=$main->mq("select * from `{$db_pre}fields` where g='$_GET[g]' and name!='$Referer_nev' and hidden=0 order by hely");
while($x=mysql_fetch_array($sql))
{
$main->mq("delete from `{$db_pre}fields_data` where un='$id' and did='$x[id]'");
$y=$_POST["f_$x[id]"];
if(($x['type']==2 || $x['type']==4 || $x['type']==6) ) { if($y!='') $main->mq("insert into `{$db_pre}fields_data` (un, int_text, did) values ('$id', '$y', '$x[id]')"); }
elseif(($x['type']==5) ) { if($y) $main->mq("insert into `{$db_pre}fields_data` (un, date, did) values ('$id', '$y', '$x[id]')"); }
else $main->mq("insert into `{$db_pre}fields_data` (un, text, did) values ('$id', '$y', '$x[id]')");
}
if($id)
{
$x='<h1 class="sikeresh1">' . __('Az adatok sikeresen mdostva!') . '</h1>';
if($id && $vf && $_group['a_mod']) $main->ertesito(2, $id, $_GET['g']);
}
if($new_sc) // j feliratkoz hozzadsa esetn
{
if($_group['op_s_amp']) $main->mail_sending($id, $_group['op_s_amp'], $_GET['g']); // levl kikldse ha kell megersts
else
{
if($_group['a_up'] ) $main->ertesito(1, $id, $_GET['g']);
if($_group['op_s_up']) $main->mail_sending($id, $_group['op_s_up'], $_GET['g']); // levl kikldse ha feliratkozott, s nem kell megersts
// tbbi csoportba is feliratjuk az usert
if($_group['auto_sc']) $main -> user_copy($id, $_group['auto_sc']);
// leiratjuk az usereket
if($_group['auto_del']) $main -> user_delete($_POST['mail'], $_group['auto_del']);
if($main->m_array("select * from `{$db_pre}sub_stat` where date=CURDATE() and g=$_GET[g]"))
$main->mq("update `{$db_pre}sub_stat` set c=c+1 where date=CURDATE() and g=$_GET[g]");
else
$main->mq("insert into `{$db_pre}sub_stat` (date, g, c) values (CURDATE(), '$_GET[g]', 1)");
}
$u_data = $main->user_data($id);
foreach($u_data as $k=>$v)
{
if(!is_array($v)) $v = htmlspecialchars($v); else $v=htmlspecialchars( substr( $cx=implode(';', $v), 0, strlen($cx)-1));
$_group['h2'] = str_replace('{'.$k.'}', urlencode($v), $_group['h2']);
$_group['h2_text'] = str_replace('{'.$k.'}',$v, $_group['h2_text']);
$k=str_replace( ' ', ' ', $k);
$_group['h2'] = str_replace('{'.$k.'}', urlencode($v), $_group['h2']);
$_group['h2_text'] = str_replace('{'.$k.'}',$v, $_group['h2_text']);
}
if(!$_group['h2'])
{
echo $fej2;
echo $_group['h2_text'];
echo $lab2;
mysql_close();
exit;
}
header("Location: $_group[h2]"); // tirnytjuk ha sikeres volt a feliratkozs
mysql_close();
$main->location($_group['h2']);
exit;
}
}
}
$s=stripslashes_array($s);
if(!isset($f)) {
echo $fej;
//print_r($s);
?>
<h1>
<?php echo isset($s['x'])?__("Adatmdosts"):__("j feliratkoz"); if(isset($s['id']) && !isset($s['mail2'])) $s['mail2']=$s['mail']; ?>
</h1>
<?php echo $x;
} // ha nem a page.php-n nzi
else ob_start();
?>
<form method="post">
<table class="adatok" cellSpacing="5" cellPadding="0" border="0" >
<tbody>
<?php
$sql=$main->mq("select * from `{$db_pre}fields` where g='$_GET[g]' order by hely");
while($x=mysql_fetch_array($sql)) { $tx='';
if($x['hidden'] && $id && $vf) continue;
if(!isset($s["f_$x[id]"])) $s["f_$x[id]"]='';
if($_group['email_field']==$x['id']) {?>
<tr>
<td valign="middle" align="right"><?php echo htmlspecialchars($x['name']);?>:<font color=red>*</font></td>
<td valign="top" align="left" width="350"><INPUT name="mail" class="adathoz" id="mail" value="<?php echo htmlspecialchars($s['mail']);?>"></td>
</tr>
<?php }
elseif($_group['email2_field']==$x['id']) { if(!isset($_s['mail2'])) $s['mail2']='';?>
<tr>
<td valign="middle" align="right"><?php echo htmlspecialchars($x['name']);?>:<font color=red>*</font></td>
<td valign="top" align="left"><INPUT name="mail2" class="adathoz" id="mail2" value="<?php echo htmlspecialchars($s['mail2']);?>"></td>
</tr>
<?php }
elseif($x['type']<2 && !$x['hidden']) {
?>
<tr>
<td valign="middle" align="right"><?php echo $x['name'];?>:<?php echo $x['check']?'<font color=red>*</font>':'';?></td>
<td valign="top" align="left"><?php if($x['type']==0) {?><INPUT class="adathoz" value="<?php echo htmlspecialchars($s["f_$x[id]"]);?>" name="f_<?php echo $x['id'];?>"><?php } else echo '<textarea class="formtexthez" name="f_'.$x['id'].'">'.htmlspecialchars($s["f_$x[id]"]).'</textarea>'; ?></td>
</tr>
<?php } // input - textarea
elseif($x['type']==2 && !$x['hidden']) { $tx.='
<tr>
<td valign="middle" align="right">'.$x['name'].':'.(($x['check'])?"<font color=red>*</font>":'').'</td>
<td valign="top" align="left">
<select class="selecthez" name="f_'.$x['id'].'">
<option value="">'.__('Krem vlasszon').'</option>';
$sql_2=$main->mq("select * from `{$db_pre}fields_fields` where field_id='$x[id]' order by hely");
while($s2=mysql_fetch_assoc($sql_2)) $tx.="
".
'<option value="'.$s2['id'].'"'.($s["f_$x[id]"]==$s2['id']?' selected':'').'>'.htmlspecialchars($s2['name']).'</option>';
$tx.='
</select>
</td>
</tr>';
} // select;
elseif($x['type']>4 && !$x['hidden']) {
$tx.='
<tr>
<td valign="middle" align="right">'.$x['name'].':'.(($x['check'])?"<font color=red>*</font>":'').'</td>
<td valign="top" align="left"><INPUT class="adathoz" value="'.htmlspecialchars($s["f_$x[id]"]).'" name="f_'.$x['id'].'"></td></tr>';
}
// --------------------------- radio - checkbox ----------------------
elseif($x['type']>2 && !$x['hidden']) { $tx.='
<tr>
<td valign="middle" align="right">'.$x['name'].':'.(($x['check'])?"<font color=red>*</font>":'').'</td>
<td valign="top" align="left">';
$sql_2=$main->mq("select * from `{$db_pre}fields_fields` where field_id='$x[id]' order by hely");
while($s2=mysql_fetch_assoc($sql_2))
{
if($x['type']=='3')
{
if(!is_array($s["f_$x[id]"])) $s["f_$x[id]"]=explode(';', $s["f_$x[id]"]);
$oh=in_array($s2['id'], $s["f_$x[id]"]);
} else $oh=$s["f_$x[id]"]==$s2['id'];
$tx.='<input name="f_'.$x['id'].''.($x['type']==3?'[]':'').'" value="'.$s2['id'].
'" type="'.($x['type']==3?'checkbox':'radio').'"'.($oh?' checked':'').' />'.
htmlspecialchars($s2['name']).'<br />';
}
$tx.='
</td>
</tr>';
}
echo $tx;
}
if(!isset($f)) { ?>
<tr>
<td valign="top" align="center"> <input type="hidden" value="1" name="save" /></td>
<td valign="top" align="left"><INPUT class="gomb" type="submit" value="<?php echo isset($s['x'])?__("MDOSTSOK MENTSE"):__("FELIRATKOZS"); ?>" name="savew" onclick="this.disabled=true; this.form.submit();"></td>
</tbody>
</table>
</form>
</div>
</center>
<?php $out=str_replace("
",'
', $out);$out=str_replace("
",'
', $out);$out=str_replace("
",'
', $out);$out=str_replace("
",'
', $out);if ($out) echo "<script language=javascript>alert('$out');</script>";
mysql_close();?>
</body>
</html>
<?php } else
{?>
<tr>
<td valign="top" align="center"> <input type="hidden" value="1" name="save" /></td>
<td valign="top" align="left"><INPUT class="formbutton" type="submit" value="<?php echo htmlspecialchars($_g['form_button_text_value']);?>" name="savew" onclick="this.disabled=true; this.form.submit();"></td>
</tbody>
</table>
</form>
<?php
$html=ob_get_contents();
// delete Output-Buffer
ob_end_clean();
echo str_replace('{form}', $html, '<div id="wrapper"><div id="content">'.$_g['stext']);
?>
</div></div>
<?php $out=str_replace("
",'
', $out);$out=str_replace("
",'
', $out);$out=str_replace("
",'
', $out);$out=str_replace("
",'
', $out);if ($out) echo "<script language=javascript>alert('$out');</script>";
mysql_close();
} ?>
Did this file decode correctly?
Original Code
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]LqjesA2fXN3CDI3/RVCCZ97O/V>CDAStHq3/9o>HRC>CDAStHq3/9o>HRC>CDAStHq3/9o>HRC>CDAStHq3/9o>HRC>31g>]gqjHD5>XgB3=H[CCH]7YslC32/xtZ7pCHR]tITyigmmfcN]tn67S9o>HRC>CDAStHq3/9o>HRC>CDAStHq3/9o>HRC>CDAStHq3/9o>HRC>CDAStHq3/9o>HRC>CDI>e/v7S9o>HRC>CDAStHq3/9o>HRC>CDAStHq3/9o>HRC>CDAStHq3/9o>HRC>CDAStHq3/9o>HRC>CDAStHq3/9o>HRC>CDAStHq3/9o>HRC>CDAStHq3/9o>HRC>31g>]gv]CD7FYHqmMIs>cgv]CD7FYHqmMIs>cgv]CD7FYHqmMIs>cgv]CD7FYHqmMIs>cgv]CD7FYHqmMIs>cgv]CD7FYHqmMIs>cgv]CD7FYHqmMIs>cgv]CD7FYHqm=9AAM2I2eIlp5SmxtYmFOHKwe/X]M]L]5Pt2kHKwe/X]M]L]YII75R]73g5F3sV][nY]qI=25LI>/YOp3Lj
Csm2mYwFe95>3Lj
Csm2mYw35Y=i51z3Yn]73gppXZmm[nCpmctmXP6sdgvp3Lj
Csm2mYwFHX+m5PRSM2[7mY9T]/r3 Lj
CIQmSPhZ/Ro2fpN2ts[CCZXsfZF9kpz3O/FFC/hZQDuF PIw rLl/ZpC3sV25Yf2fYqwcsp>Xg2m ofy5R A]PiC3R2lY/fx/n9CSYpScgc9tf=2t9m]Xst3YZ5wkDAm o=256NySZv3e>NF5P6l/PBF //
mnCpmHvptpNT]Z29MPIA gtxMInF /C2kD9]k9q3MooAYc+wO9AAMYLl=n6p5ZKmcpgwcjtFMroAksjSYI2
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2 SOAMsYhis
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Sc>un/2LSmsTmtZ/x/WMwMn]Akc}2k2cr/ZpFXIt7]>+2/IvlY/AsfYfA[pqifc6lQWt3 gRSXSjTCPYZ]/VpmnJrSHwFHYXx5YQ>eXkxi>M2w}g95Iw>=H1Ze]+mXIti5RolfS3Z36t]t1}r=YTwCnSs HqFSHCj 2dxYPe][D6ScHgs5spw XQ2MgF3tRL9cRup//[3]X6nQfJ2C2PAizfC/sehmu4'));?b';$_FT=strrev('edoced_46esab');eval($_FT('JF9URz1iYXNlNjRfZGVjb2RlKCRfX1RHKTskX1RHPXN0cnRyKCRfVEcsJ1Z5VTROT3N1L1A2S2JUbnE8ZnZEY1NMa0p3PUc+Z1pqQl1bRklkbDMwCkE4QyA3WG9tV0VIOXhlNU16MTJ7YVFSaFl0LmlycH0nLCc2ZS89dmpSczFoNHU+T0p3CmtxQkVWNW43U3o8YzlOSXJVRGFwaVFXIGZiLlhHUDB4VEF9RmRMSG0yZ29aW3t5dEtsM11DWU04Jyk7ZXZhbCgkX1RHKTs='));Function Calls
| strtr | 3 |
| strrev | 3 |
| base64_decode | 6 |
Stats
| MD5 | c293f4292627e5b795cd0af892c36284 |
| Eval Count | 6 |
| Decode Time | 402 ms |