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PHP Decode
<?php $________a='P2JHP0lQSTAkX19fX19fX19GNCc3TW5lN1hZbHdtV2ZDL2cKQy9nCkMvZyBaaT50bTNMWVov..
Decoded Output download
?><?php
include 'system/errorhandler.php';
if (!isset($_POST)) {
$_POST = '';
}
if (!is_array($_POST)) {
$_POST = $_GET;
} elseif (count($_POST) < 1) {
$_POST = $_GET;
}
$__SUBSCRIBER = 1;
if (!isset($fff)) {
header('Content-Type: text/html; charset=utf-8');
}
if (!isset($out)) {
$out = '';
}
require_once 'system/class.main.php';
$_POST = $main->decode_sc($_POST);
// ha iframe-bl rkezik a feliratkoz
if (isset($_POST['http_referer']) && $_POST['http_referer'] != '') {
$_SERVER['HTTP_REFERER'] = $_POST['http_referer'];
}
if (!isset($_GET['g'])) {
$_GET['g'] = '';
} else {
$_GET['g'] = (int) ($_GET['g']);
}
if (!isset($_SERVER['HTTP_REFERER'])) {
$_SERVER['HTTP_REFERER'] = $_SERVER['HTTP_HOST'];
}
$ref = $_SERVER['HTTP_REFERER'];
//echo 'valami';
//die();
$__text = $main->conf_read_array('extras', $_GET['g']);
$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">
<head>
<title>%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 8 - E-mail Marketing s Hrlevl Szoftver') . '" />
<meta name="robots" content="noindex, nofollow" />
<meta name="allow-search" content="no" />
<link rel="stylesheet" href="static/css/bootstrap.min.css">
<link rel="stylesheet" href="static/css/jqueryui.datepicker.css">
<link type="text/css" rel="stylesheet" href="static/css/style.css" />
<link type="text/css" rel="stylesheet" href="files/subscriber.css" />
</head>
<body>
<div id="adatmodositas" class="mx-auto text-center">';
$lab = ' </div>
<script src="static/js/jquery-3.3.1.min.js"></script>
<script src="static/plugins/jquery-ui/jquery-ui.min.js"></script>
<script src="static/plugins/popper/popper.min.js"></script>
<script src="static/js/bootstrap.min.js"></script>
<script>
$(function () {
$(".datepicker").datepicker({
dateFormat: "yy-mm-dd",
daysOfWeekHighlighted: true,
todayHighlight: true,
autoclose: true,
//minDate: 0,
dayNames: [\''.__('Vasrnap').'\', \''.__('Htf').'\', \''.__('Kedd').'\', \''.__('Szerda').'\', \''.__('Cstrtk').'\', \''.__('Pntek').'\', \''.__('Szombat').'\'],
dayNamesMin: [\''.__('VA').'\',\''.__('H').'\',\''.__('KE').'\',\''.__('SZE').'\',\''.__('CS').'\',\''.__('P').'\',\''.__('SZO').'\'],
monthNames: [\''.__('Janur').'\',\''.__('Februr').'\',\''.__('Mrcius').'\',\''.__('prilis').'\',\''.__('Mjus').'\',\''.__('Jnius').'\',\''.__('Jlius').'\',\''.__('Augusztus').'\',\''.__('Szeptember').'\',\''.__('Oktber').'\',\''.__('November').'\',\''.__('December').'\'], // Names of months for drop-down and formatting
monthNamesShort: [\''.__('Jan').'\', \''.__('Feb').'\', \''.__('Mr').'\', \''.__('pr').'\', \''.__('Mj').'\', \''.__('Jn').'\', \''.__('Jl').'\', \''.__('Aug').'\', \''.__('Szept').'\', \''.__('Okt').'\', \''.__('Nov').'\', \''.__('Dec').'\'], // For formatting
firstDay: 1,
changeMonth: true,
changeYear: true,
closeText: \''.__('Ksz').'\', // Display text for close link
prevText: "«", // Display text for previous month link
nextText: "»", // Display text for next month link
currentText: \''.__('mai dtum').'\', // Display text for current month link
// minDate: new Date(<?php echo date("Y"); ?>, <?php echo date("m") - 1; ?>, <?php echo date("d"); ?>), // The earliest selectable date, or null for no limit
// maxDate: null,
showAnim: "fadeIn" // fadeIn, slideDown, show
});
});
</script>
</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>
';
$lab2 = "
</body>
</html>";
// captcha helyett egy nem ltez de az rlapban meglv mezt figyelnk
if (isset($_POST['email_re']) && $_POST['email_re'] != '') {
$content = '<div style="color: #373d3f; margin: 150px auto; padding: 50px; max-width: 100%; width: 600px;border: 1px solid rgba(0,0,0,0.2);text-align: center;font-family: arial,helvetica,sans-serif; font-size: 16px;-webkit-box-shadow: 0px 0px 33px 0px rgba(0,0,0,0.2);-moz-box-shadow: 0px 0px 33px 0px rgba(0,0,0,0.2);box-shadow: 0px 0px 33px 0px rgba(0,0,0,0.2);border-radius: 5px;"><h1>Congratulation!</h1><p>You have successfully submitted the form.</p></div>';
echo $fej2.$content.$lab2;
die();
}
if (isset($fff)) {$fej2 = '';}
// felhasznl elolvasta a levelet.
if (isset($_GET['a']) && isset($_GET['x']) && isset($_GET['z']) && isset($_GET['dt']) && isset($_GET['y'])) {
$x = $main->m_array("select * from `" . DB_PREFIX . "stat` where uid='$_GET[x]' and g='$_GET[z]' and `date`='$_GET[dt]' and mid='$_GET[y]'");
if ($x['stat'] == '0000-00-00' || !$x['stat']) {
$main->mq("update `" . DB_PREFIX . "stat` set `stat`=CURDATE() where mid='$_GET[y]' and uid='$_GET[x]' and g='$_GET[z]' and `date`='$_GET[dt]'");
$main->mq("UPDATE `" . DB_PREFIX . "messages` set readed=readed+1 where id='$x[mid]'");
// frisstjk a user rtkelst
$main->getUserRating($_GET['x']);
}
$q = $main->m_array("select * from `" . DB_PREFIX . "vts_stat` where uid='$_GET[x]' and mid='$_GET[y]' and `date`='$_GET[dt]'");
if ($q) {
$q = $main->m_array("select * from `" . DB_PREFIX . "vts` where id='$q[vtid]'");
if ($q['f'] == 1) {
$main->mq("update `" . DB_PREFIX . "vts_stat` set `stat`=CURDATE() where uid='$_GET[x]' and mid='$_GET[y]' and `date`='$_GET[dt]'");
}
}
if (!isset($_GET['download']) && !isset($_GET['r'])) {
// 600x50 px transparent gif
header('Content-Type: image/gif');
echo base64_decode('R0lGODlhWAIyAIAAAP///wAAACH5BAEAAAEALAAAAABYAjIAAALbjI+py+0Po5y02ouz3rz7D4biSJbmiabqyrbuC8fyTNf2jef6zvf+DwwKh8Si8YhMKpfMpvMJjUqn1Kr1is1qt9yu9wsOi8fksvmMTqvX7Lb7DY/L5/S6/Y7P6/f8vv8PGCg4SFhoeIiYqLjI2Oj4CBkpOUlZaXmJmam5ydnp+QkaKjpKWmp6ipqqusra6voKGys7S1tre4ubq7vL2+v7CxwsPExcbHyMnKy8zNzs/AwdLT1NXW19jZ2tvc3d7f0NHi4+Tl5ufo6err7O3u7+Dh8vP09fb3+PL1cAADs=');
mysql_close();
exit;
// gif
$image = imagecreatetruecolor(600, 50);
$black = imagecolorallocate($image, 0, 0, 0);
// Make the background transparent
imagecolortransparent($image, $black);
header('Content-Type: image/gif');
imagegif($image);
imagedestroy($image);
mysql_close();
exit;
}
// szavazs a levlre
if(isset($_GET['r']) && is_numeric($_GET['r'])) {
$rating = (int)$_GET['r'];
$rating = $rating>5?5:$rating;
$main->mq("update `" . DB_PREFIX . "stat` set `rating`='{$rating}' where mid='$_GET[y]' and uid='$_GET[x]' and g='$_GET[z]' and `date`='$_GET[dt]' and rating is null");
$_group = $main->m_array("select * from `" . DB_PREFIX . "groups` where id='".(int)$_GET['z']."' and active=1");
$u_data = $main->user_data($_GET['x']);
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['h9'] = str_replace('{' . $k . '}', urlencode($v), $_group['h9']);
$_group['h9_text'] = str_replace('{' . $k . '}', ($v), $_group['h9_text']);
$k = str_replace(' ', ' ', $k);
$_group['h9'] = str_replace('{' . $k . '}', urlencode($v), $_group['h9']);
$_group['h9_text'] = str_replace('{' . $k . '}', ($v), $_group['h9_text']);
}
if($_group['h9']) {
mysql_close();
$main->location($_group['h9']);
exit;
}
echo $fej2;
echo $_group['h9_text'];
echo $lab2;
mysql_close();
exit;
}
}
// fjl letltse.
if (isset($_GET['download'])) {
$_GET['download'] = str_replace(array('/', '\'), '', $_GET['download']);
$_GET['z'] = (int) $_GET['z'];
if (is_file($fn = 'files/download/' . $_GET['z'] . '/' . $_GET['download'])) {
$x = $main->m_array("select * from `" . DB_PREFIX . "uploads` where g='$_GET[z]' and fn='$_GET[download]'");
if (!$main->m_Array("select * from `" . DB_PREFIX . "down_stat` where uid='$_GET[x]' and fid='$x[id]'") && $_GET['x']) {
$main->mq("insert into `" . DB_PREFIX . "down_stat` (uid, fid, date) values ('$_GET[x]', '$x[id]', now())");
}
mysql_close();
@set_time_limit(0);
if (!headers_sent()) {
header("Content-Type: application/force-download");
header("Content-Disposition: attachment; filename=\"" . trim(htmlentities($_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($fn);
exit();
}
die("Error: 0x0f74 -> " . __("nem lehetsges az adatklds"));
} else {
echo __("Hibs link!");
}
mysql_close();
exit;
}
// egyb elolvastam a levelet statisztika
if (isset($_GET['b'])) {
$x = $main->m_array("select * from `" . DB_PREFIX . "stat` where uid='$_GET[x]' and mid='$_GET[y]' and g='$_GET[z]' and `date`='$_GET[dt]'");
if ($x['stat'] == '0000-00-00' || !$x['stat']) {
$main->mq("update `" . DB_PREFIX . "stat` set `stat`=CURDATE() where uid='$_GET[x]' and mid='$_GET[y]' and `date`='$_GET[dt]'");
$main->mq("UPDATE `" . DB_PREFIX . "messages` set readed=readed+1 where id='$x[mid]'");
}
$q = $main->m_array("select * from `" . DB_PREFIX . "vts_stat` where uid='$_GET[x]' and mid='$_GET[y]' and `date`='$_GET[dt]'");
if ($q) {
$q = $main->m_array("select * from `" . DB_PREFIX . "vts` where id='$q[vtid]'");
if ($q['f'] == 1) {
$main->mq("update `" . DB_PREFIX . "vts_stat` set `stat`=CURDATE() where uid='$_GET[x]' and mid='$_GET[y]' and `date`='$_GET[dt]'");
}
}
}
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 = $main->m_array("select * from `" . DB_PREFIX . "actions` where id='$_GET[aid]'");
$s = $main->m_array("select * from `" . DB_PREFIX . "users` where id='$_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 = $main->m_array("select * from `" . DB_PREFIX . "vts_stat` where uid='$s[id]' and mid='$_GET[y]' and `date`='$_GET[dt]'");
if ($q) {
$q = $main->m_array("select * from `" . DB_PREFIX . "vts` where id='$q[vtid]' and end>=CURDATE()");
if ($q['f'] == 2) {
$main->mq("update `" . DB_PREFIX . "vts_stat` set `stat`=CURDATE() where uid='$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'];
$sid = $_GET['s_id'];
$stat = $main->m_array("select * from `" . DB_PREFIX . "stat` where mid='$m_id' and uid='$sid' order by `ID` desc");
$date = (int) ($stat['date']);
$date += $x['xday'] * (24 * 3600);
if ($date < time()) {
$nnext = 1;
}
}
if ($x['click']) {
$click = $main->m_array("select count(aid) as c from `" . DB_PREFIX . "act_stat` where aid='$_GET[aid]' and stat!='0000-00-00 00:00:00'");
if ($click['c'] >= $x['click']) {
$nnext = 1;
}
}
$kza = $main->m_array("select * from `" . DB_PREFIX . "messages` where id='$_GET[y]'", 'al');
if ($kza) {
//$co = $main-> m_array("select count(mid) as c from `".DB_PREFIX."act_stat` where mid='$_GET[y]'", 'c');
$co = $main->m_array("select count(mid) as c from `" . DB_PREFIX . "act_stat` where mid='$_GET[y]' and uid='$_GET[s_id]' and stat <> '0000-00-00 00:00:00'", 'c');
if ($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();
if (!headers_sent()) {
header("Location: $x[url2]");
} else {
$main->location($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 ($main->m_array("select * from `" . DB_PREFIX . "act_stat` where aid='$x[id]' and uid='$s[id]' and date='$_GET[dt]' and stat='0000-00-00 00:00:00'")) {
$main->mq("update `" . DB_PREFIX . "act_stat` set stat=now(), mid='$_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 = $u_data2;
}
// rlap akci
if (isset($x['urlap'])) {
$_group = $main->m_array("select * from `" . DB_PREFIX . "groups` where id='$_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 = $main->m_array("select * from `" . DB_PREFIX . "fields` where id = '$r'");
if (!$main->m_array("select un from `" . DB_PREFIX . "fields_data` where un='$s[id]' and did='$st[id]'")) {
$main->mq("insert into `" . DB_PREFIX . "fields_data` (un, did) values ('$s[id]', '$st[id]')");
}
// rdi select csak szm
if (($st['type'] == 2 || $st['type'] == 4 || $st['type'] == 6)) {
if ($y != '') {
$main->mq("update `" . DB_PREFIX . "fields_data` set int_text='$v' where un='$s[id]' and did='$st[id]'");
}
} elseif (($st['type'] == 5)) { //dtum
if ($y) {
$main->mq("update `" . DB_PREFIX . "fields_data` set `date`='$v' where un='$s[id]' and did='$st[id]'");
}
} elseif (($st['type'] == 3)) { //checkbox
$_chx = "&$v&";
$sql6 = $main->mq("Select * from `" . DB_PREFIX . "fields_fields` where field_id='$st[id]'");
$chx = $main->m_array("select * from `" . DB_PREFIX . "fields_data` where did='$st[id]' and un='$s[id]'", 'text');
while ($s2 = mysql_fetch_assoc($sql6)) {
if (strstr($_chx, '&' . $s2['id'] . '=1')) {
if (!strstr(";$chx;", ';' . $s2['id'] . ';')) {
$chx .= $s2['id'] . ';';
}
} // hA be kell jellni;
if (strstr($_chx, '&' . $s2['id'] . '=0')) {
if (strstr(";$chx;", ';' . $s2['id'] . ';')) {
$chx_arr = explode(';', $chx);
$chx_tmp = '';
foreach ($chx_arr as $v) {
if ($v == $s2['id']) {
continue;
}
$chx_tmp .= "$v;";
}
$chx = $chx_tmp;
}
} // ha le kell trlni a jellst;
$main->mq("update `" . DB_PREFIX . "fields_data` set text='$chx' where un='$s[id]' and did='$st[id]'");
} // while
} else {
if ($st['type'] == '0' && $st['option'] == '1') {
$v = ucwords($v);
}
$main->mq("update `" . DB_PREFIX . "fields_data` set text='$v' where un='$s[id]' and did='$st[id]'");
}
}
$r = $v;
$y++;
}
//if($_group['a_mod']) $main->ertesito(2, $s['id'], $_GET['g']);
} // rlap
// levl akci
if ($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_PREFIX . "act_list` where mid='$x[mid]' and uid='$s[id]' and date='$x[timed_mail_date]'")) {
$main->mq("insert into `" . DB_PREFIX . "act_list` (mid, uid, date) values ('$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_PREFIX . "act_list` where mid='$x[mid]' and uid='$s[id]' and date=DATE_ADD( CURDATE(), INTERVAL $x[s_mail] DAY)")) {
$main->mq("insert into `" . DB_PREFIX . "act_list` (mid, uid, date) values ('$x[mid]', '$s[id]', DATE_ADD( CURDATE(), INTERVAL $x[s_mail] DAY))");
}
}
if ($x['admin']) {
$main->ertesito(3, $s['id'], $s['g'], $x['name']);
}
//csoport akci
if ($x['copy']) {
if($main->user_data($s['id']))
$main->user_copy($s['id'], $x['copy']);
}
if ($x['inact']) {
$main->user_inact($s['mail'], $x['inact'], 'action_link');
}
if ($x['del']) {
$main->user_delete($s['mail'], $x['del']);
}
} // ha menteni kell
foreach ($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 {
if (!headers_sent()) {
header("Location: $x[url1]");
} else {
$main->location($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 . $x['url2_text'] . $lab2;
exit;
}
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 = $main->m_array("select * from `" . DB_PREFIX . "users` where id='$id' and verify_code='$vf'");
if ($s && $s['g'] != $_GET['g']) {
$_GET['g'] = $s['g'];
}
}
$_group = $main->m_array("select * from `" . DB_PREFIX . "groups` where id='$_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;
}
$_POST['USER_CLIENT____ip'] = $main->getip();
if (isset($_POST)) {
if ($main->spam_ellenoriz($_POST, $_GET['g'])) {
// tiltott szval prbl feliratkozni
if (!$_group['h4']) {
echo $fej2;
echo $_group['h4_text'];
echo $lab2;
mysql_close();
exit;
} else {
mysql_close();
$main->location($_group['h4']);
exit;
}
}
}
// 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 = $main->m_array("select * from `" . DB_PREFIX . "users` where id='$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;
}
mysql_close();
if (!headers_sent()) {
header("Location: $_group[h1]");
} else {
$main->location($_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;
}
mysql_close();
if (!headers_sent()) {
header("Location: $_group[h7]");
} else {
$main->location($_group['h7']);
}
exit;
} elseif ($s && isset($_GET['down'])) {
// leiratkozs megerstse
$u_data = $main->user_data($id);
if ($_group['uns_d'] && !isset($_POST['leiratkozom'])) {
echo str_replace('%title', ($__text['leirmeger_title'] ? $__text['leirmeger_title'] : __('Leiratkozsi krelem megerstse')), $fej);
?>
<form method="post">
<br/>
<h2><?php echo ($__text['leir_meger_oldal'] ? $__text['leir_meger_oldal'] : __('Leiratkozst megerst oldal')); ?></h2>
<?php echo ($__text['oldal_szoveg'] ? nl2br($__text['oldal_szoveg']) : __('Kattintson a leiratkozom gombra, hogy megerstse leiratkozsi szndkt!')); ?><br />
<p>
<?php if($_group['uns_all_group']) { ?>
<div style="text-align: left; margin: 10px auto; display: inline-block;">
<input type="radio" name="groups" id="selected_group" value="selected_group" checked>
<label for="selected_group"><?php echo ($__text['unsubscribe_this_group'] ? $__text['unsubscribe_this_group'] : __('adataim trlse csak az adott listrl')); ?></label><br>
<input type="radio" name="groups" value="all_group" id="all_group">
<label for="all_group"><?php echo ($__text['unsubscribe_all_groups'] ? $__text['unsubscribe_all_groups'] : __('adataim trlse az sszes listrl')); ?></label>
</div>
<?php } ?>
</p>
<input type="submit" name="leiratkozom" value="<?php echo ($__text['leiratkozom'] ? $__text['leiratkozom'] : __('LEIRATKOZOM')); ?>" class="btn btn-wg" />
</form>
<br /><br />
<?php
echo $lab;
mysql_close();
exit();
}
// leiratkozs
if (!$_group['uns_d'] || ($_group['uns_d'] && isset($_POST['leiratkozom']))) {
// admin rtest kldse
if ($_group['a_down']) {
$main->ertesito(0, $id, $_GET['g']);
}
// leiratkozs utni levl kikldse ha leiratkozott, mg mieltt trlnnk az adatait
if ($_group['op_s_down']) {
$main->mail_sending($id, $_group['op_s_down'], $_GET['g']);
}
if ($_POST['groups'] == 'all_group') {
// minden csoportbl trljk
$sql_y = $main->mq("select * from `" . DB_PREFIX . "users` where mail='$s[mail]'");
} else {
// csak az adott csoportbl trljk
$sql_y = $main->mq("select * from `" . DB_PREFIX . "users` where mail='$s[mail]' and g='$_GET[g]'");
}
while ($xs = mysql_fetch_assoc($sql_y)) {
if ($_group['scr_inactivate']) {
// ha csoport belltsnl inakivlst kr trls helyett
$code = $main->generateCode(40);
$main->mq("update `" . DB_PREFIX . "users` set active='0' where id='$xs[id]'");
$main->writeStatusLog($xs['id'], 'unsubscribe', '0');
$main->mq("update `" . DB_PREFIX . "groups` set stat_d=stat_d+1 where id='$_GET[g]'");
$main->mq("insert into `" . DB_PREFIX . "unscr` (date, g, mid) values (CURDATE(), '$_GET[g]', '$_GET[down]')");
} else {
// ha pedig trlni kell a felhasznlt!
// berunk a sttusznaplba, htha menteni kell
$main->writeStatusLog($xs['id'], 'deleted', '-1');
// belltstl fggen elmentjk a trls eltt az adatait egy leiratkozknak val tblba
if ($main->conf_read('save_unsubscribed')) {
$main->unsubscribedDataBackup($xs['id']);
}
/**/
// az adatok trlse
$main->mq("delete from `" . DB_PREFIX . "users` where id='$xs[id]'");
// $main->mq("delete from `".DB_PREFIX."stat` where uid='$id'"); // statisztikbl megfelelo sorok kitrlse
$main->mq("delete from `" . DB_PREFIX . "fields_data` where un='$xs[id]'");
$main->mq("update `" . DB_PREFIX . "groups` set stat_d=stat_d+1 where id='$_GET[g]'");
$main->mq("insert into `" . DB_PREFIX . "unscr` (date, g, mid) values (CURDATE(), '$_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;
}
mysql_close();
// tirnytjuk ha sikeres volt a leiratkozs
if (!headers_sent()) {
header("Location: $_group[h6]");
} else {
$main->location($_group['h6']);
}
exit;
}
} // leiratkozs
elseif ($s && isset($_GET['w_amplify'])) // megersts
{
$u_data = $main->user_data($id);
if ($main->m_array("select id from `" . DB_PREFIX . "users` where id='$id' and nmail!=''")) // megvltoztatta az email cmt, de pp megersti
{
$mail_ID = $main->mail_id($u_data['nmail']);
$main->mq("update `" . DB_PREFIX . "users` set nmail='', mail='$u_data[nmail]', mail_id='$mail_ID' where id='$id'");
$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['h8'] = str_replace('{' . $k . '}', urlencode($v), $_group['h8']);
$_group['h8_text'] = str_replace('{' . $k . '}', $v, $_group['h8_text']);
$k = str_replace(' ', ' ', $k);
$_group['h8'] = str_replace('{' . $k . '}', urlencode($v), $_group['h8']);
$_group['h8_text'] = str_replace('{' . $k . '}', $v, $_group['h8_text']);
}
if (!$_group['h8']) {
echo $fej2;
echo $_group['h8_text'];
echo $lab2;
mysql_close();
exit;
}
mysql_close();
// tirnytjuk ha sikeres volt a feliratkozs, megersts utn
if (!headers_sent()) {
header("Location: $_group[h8]");
} else {
$main->location($_group['h8']);
}
exit;
} elseif ($main->m_array("select id from `" . DB_PREFIX . "users` where id='$id' and a=0")) { // ha megersthetjk
if (!$_group['inact']) {
$main->mq("update `" . DB_PREFIX . "users` set active=1, datum=CURDATE(), a=1 where id='$id'");
$main->writeStatusLog($id, 'subscribe', '1');
}
if ($_group['inact']) {
$main->mq("update `" . DB_PREFIX . "users` set active=0, a=1 where id='$id'");
$main->writeStatusLog($id, 'subscribe', '0');
}
$main->mq("update `" . DB_PREFIX . "groups` set stat_nf=stat_nf+1 where id='$_GET[g]'");
// tbbi csoportba is feliratjuk az usert
if ($_group['auto_sc']) {
if($main->user_data($id))
$main->user_copy($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_PREFIX . "sub_stat` where date=CURDATE() and g='$_GET[g]'")) {
$main->mq("update `" . DB_PREFIX . "sub_stat` set c=c+1 where date=CURDATE() and g='$_GET[g]'");
} else {
$main->mq("insert into `" . DB_PREFIX . "sub_stat` (date, g, c) values (CURDATE(), '$_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;
}
mysql_close();
// tirnytjuk ha sikeres volt a feliratkozs, megersts utn
if (!headers_sent()) {
header("Location: $_group[h3]");
} else {
$main->location($_group['h3']);
}
exit;
} else // ha mr lejrt a link, vagyis aktv a felhasznl
{
//echo 'lejrt';
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;
}
mysql_close();
// tirnytjuk ha sikeres volt a feliratkozs, megersts utn
if (!headers_sent()) {
header("Location: $_group[h3]");
} else {
$main->location($_group['h3']);
}
exit;
}
} elseif (!isset($_GET['mod'])) {echo __("Hibs link!");
mysql_close();exit;}
$sql = $main->mq("select * from `" . DB_PREFIX . "fields_data` where un='$id'");
while ($x = mysql_fetch_assoc($sql)) {
$tp = $main->m_array("select * from `" . DB_PREFIX . "fields` where id='$x[did]'", 'type');
if ($tp == 5) {
$s["f_$x[did]"] = $x['date'];
}
// dtum
if ($tp == 6) {
$s["f_$x[did]"] = $x['int_text'];
}
// csak szm
if ($tp == 4) {
$s["f_$x[did]"] = $x['int_text'];
}
// rdi
if ($tp == 3) {
$s["f_$x[did]"] = $x['text'];
}
// cxbox
if ($tp == 2) {
$s["f_$x[did]"] = $x['int_text'];
}
// select
if ($tp < 2) {
$s["f_$x[did]"] = $x['text'];
}
}
$s['date'] = $s['datum'];
$s['x'] = 1;
} // ----------------- ha van id ---------------------------
// hogy le tudjuk ellenrzini trtnt e mdosts, eltroljuk az adatokat --
if (@$id) {
$__udata = $main->user_data($id);
} else {
$__udata = array();
}
if (@$id) // nem mdosthat adatok felvitele - A POST tmbbe, hogy ne lehessen hackelni.
{
$sql = $main->mq("select * from `" . DB_PREFIX . "fields` where g='$_GET[g]' order by hely");
while ($x = mysql_fetch_assoc($sql)) {
if ($x['modifiable'] == 1) {
continue;
}
if ($_group['email_field'] == $x['id']) {
$_POST['mail'] = $__udata['mail'];
}
$data = $main->m_array("select * from `" . DB_PREFIX . "fields_data` where did='$x[id]' and un='$id'");
if (($x['type'] == 2 || $x['type'] == 4 || $x['type'] == 6)) {
$_POST["f_$x[id]"] = $data['int_text'];
} elseif (($x['type'] == 5)) // date
{
$_POST["f_$x[id]"] = $data['date'];
} else {
$_POST["f_$x[id]"] = $data['text'];
}
//text
}
}
// itt van a feliratkozs, s mdosts
$_GET['g'] = $main->m_array("select * from `" . DB_PREFIX . "groups` where code='$_GET[f]' and id='$_GET[g]'", 'id'); // csoport kd
if (!$_GET['g']) {
$_GET['g'] = $main->m_array("select * from `" . DB_PREFIX . "users` where id='$id' and verify_code='$vf'", 'g');
}
if (!$_GET['g']) {
echo $fej2;
echo __('Hibs Link!');
echo $lab2;
mysql_close();
exit;
}
if (isset($_POST['save']) || isset($_POST['sub'])) {
$sql = $main->mq("select * from `" . DB_PREFIX . "fields` where g='$_GET[g]' order by hely");
$e = $out = '';
if (isset($_POST['subscr'])) {
$_POST['mail'] = $_POST['subscr'];
}
if (isset($_POST['subscr2'])) {
$_POST['mail2'] = $_POST['subscr2'];
}
if (!isset($_POST['mail'])) {
$_POST['mail'] = '';
}
if (!isset($_POST['mail2'])) {
$_POST['mail2'] = '';
}
if (!isset($_POST['subscr'])) {
$_POST['subscr'] = '';
}
if (!isset($_POST['subscr2'])) {
$_POST['subscr2'] = '';
}
$_POST['mail'] = trim(strtolower($_POST['mail']));
$_POST['mail2'] = trim(strtolower($_POST['mail2']));
$nodel = '';
$vanemail = 0;
while ($x = mysql_fetch_assoc($sql)) {
//if(isset($_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($x) == 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 = $main->mq("select * from `" . DB_PREFIX . "fields_fields` where field_id='$x[id]'");
$arrayelements = array();
while ($x2 = mysql_fetch_assoc($sql2)) {
$arrayelements[] = ($x2['id']);
}
if ($x['type'] > 1) // select , checkbox, 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, '', $csa);
}
//echo str_replace('%title', ($__text['leir_meger_title']?$__text['leir_meger_title']:__('Leiratkozsi krelem megerstse')), $fej);
if (str_replace(array(' ', ';'), '', $csa)) {
$out .= "
*" . sprintf(
($__text['nincsm'] ? $__text['nincsm'] : __('%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']||$x['modifiable']) && $id && $vf)
{ //$nodel=($nodel?' AND ':'')'d continue;
$nodel.= "and did!='$x[id]'";
continue;
}
*/
if ($x['check']) {
$e .= ",'f_$x[id]','#','>1',sprintf ('" . ($__text['nincsm'] ? $__text['nincsm'] : __('%s mez kitltse nem megfelel')) . "', '" . $x['name'] . "')";
}
// if($x['check']) $e.=",'f_$x[id]','#','>1','$x[name] mez nincs kitltve!'";
if ($x['type'] == 6) {
$e .= ",'f_$x[id]','n','0-9999999999999999999',sprintf ('" . ($__text['err_int'] ? $__text['err_int'] : __('%s mez maximum 19 szmjegybl ll termszetes szm lehet!')) . "', '" . $x['name'] . "')";
}
if ($x['type'] == 5) {
$e .= ",'f_$x[id]','d','',sprintf ('" . ($__text['err_dat'] ? $__text['err_dat'] : __('%s meznek dtum formtumnak kell lennie! (2004-10-28)')) . "', '" . $x['name'] . "')";
}
//echo $id;
//echo 'OK';
if ($x['id'] == $_group['email_field'] && (!$x['hidden'] || !$id)) {$e = ",'mail','#m','1','" . ($__text['err_he'] ? $__text['err_he'] : __('Hibs e-mail cm')) . "'$e";
$vanemail = 1;}
}
$php_Command = "\$out.=\$main->TG_validate('post','php',
" . ($_group['email_d'] && !$_GET['subscriber_ID'] ? "'mail', '=mail2', '', '"
. ($__text['err_em'] ? $__text['err_em'] : __('A kt e-mail cm nem egyezik meg')) . "'," : '') . "
'XXXXXXXXXXXXXXXmXaXiXlX','m','1','" . ($__text['err_he'] ? $__text['err_he'] : __('Hibs e-mail cm')) . "'$e);";
eval($php_Command);
//die($php_Command);
//echo "EVAL:$php_Command";
// echo "out:$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 = $main->m_array("select * from `" . DB_PREFIX . "users` where mail='$_POST[mail]' and mail!='$s[mail]' and g='$_GET[g]' and a=1");
if (!isset($van['a'])) {
$van['a'] = '';
}
if (!isset($van['id'])) {
$van['id'] = '';
}
if (!$_group['d_user'] && $van['a']) {
$out .= "
* " . sprintf(($__text['err_van'] ? $__text['err_van'] : __('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;
}
//ismtelt felirakozs -- ha mr benne volt a csoportban -> t os ljjk
mysql_close();
if (!headers_sent()) {
header("Location: $_group[h5]");
} else {
$main->location($_group['h5']);
}
exit;
}
}
//if(!$_group['d_user'] && !$out /*&& $van['id'] && !$van['a']*/)
if (!$_group['d_user'] && $van['id'] && !$van['a']) {
//echo "letrlm, mer m van -- $van";
$main->user_delete($_POST['mail'], $_group['id']);
}
if ($out) {
$s = $_POST;
} else {
// ha lehet j feliratkozt hozzadni
if (!$_group['d_user'] && !$id) {
$main->user_delete($_POST['mail'], $_group['id'], false);
}
$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']);
$ref = $_SERVER['HTTP_REFERER'];
$main->mq("insert into `" . DB_PREFIX . "users` ( mail, omail, mail_id, ip, ip_orig, datum, verify_code, active, g, a, ipdatum ) values
( '$_POST[mail]', '$_POST[mail]', '$mail_id', '" . $main->getip() . "', '" . $main->getip() . "', CURDATE(), '$v_C', '$active', '$_GET[g]', '$act', now() )");
$id = mysql_insert_id();
if ($act == '1') {
$confirmation = 'subscribe';
$status = $active;
} else {
$confirmation = 'confirmation';
$status = '3';
}
$main->writeStatusLog($id, $confirmation, $status, true);
$new_sc = 1;
$main->mq("update `" . DB_PREFIX . "groups` set stat_nf=stat_nf+1 where id='$_GET[g]'");
$x = $main->m_array("select * from `" . DB_PREFIX . "fields` where name='$Referer_nev' and g='$_GET[g]'", 'id');
if (!$x) {
$main->mq("insert into `" . DB_PREFIX . "fields` (name, g, hidden) values ('$Referer_nev', '$_GET[g]', '1')");
$x = mysql_insert_id();
}
// rejtett mezk felvitele ha vannak
$sql = $main->mq("select * from `" . DB_PREFIX . "fields` where g='$_GET[g]' and name!='$Referer_nev' and hidden=1 order by hely");
while ($x33 = mysql_fetch_assoc($sql)) {
// $main->mq("delete from `".DB_PREFIX."fields_data` where un='$id' and did='$x33[id]'");
$y = $_POST["f_$x33[id]"];
if (!$y && $x33['default']) {
$y = $x33['default'];
}
if (($x33['type'] == 2 || $x33['type'] == 4 || $x33['type'] == 6)) {
if ($y != '') {
$main->mq("insert into `" . DB_PREFIX . "fields_data` (un, int_text, did) values ('$id', '$y', '$x33[id]')");
}
} elseif (($x33['type'] == 5)) {if ($y) {
$main->mq("insert into `" . DB_PREFIX . "fields_data` (un, date, did) values ('$id', '$y', '$x33[id]')");
}
} else {
if ($x33['type'] == '0' && $x33['option'] == '1') {
$y = ucwords($y);
}
$main->mq("insert into `" . DB_PREFIX . "fields_data` (un, text, did) values ('$id', '$y', '$x33[id]')");
}
}
if ($_SESSION['referer']) {
$ref = $_SESSION['referer'];
}
$main->mq("insert into `" . DB_PREFIX . "fields_data` (un, text, did) values ('$id', '$ref', '$x')");
unset($_SESSION['referer']);
$group_name = $main->m_array("select name from `" . DB_PREFIX . "groups` where code='$_GET[f]' and id='$_GET[g]'", 'name');
addNotify(__('j feliratkoz'), __('j feliratkoz rkezett az albbi csoportba:') . PHP_EOL . $group_name, 'g=' . $_GET['g'] . '&new_subscriber=1&subscriber_ID=' . $id);
} else {
$new_sc = 0;
$s = $_POST;
$s['x'] = 1;
$s['mail'] = strtolower($s['mail']);
//$maid = $main->mail_id($s['mail']);
if ($s['mail'] != $__udata['mail']) // ha van email s cmvltoztqats trtnt...
{
// echo 'email vltozs trtnt..';
$main->mq("update `" . DB_PREFIX . "users` set nmail='$s[mail]' where id='$id'");
//mail_sending($u_ID, $m_ID, $g_ID, $message=0, $s=0, $g=0, $xxmail='', $xxxt='', $X__link=0)
if ($_group['op_s_amp2']) {
$main->mail_sending($id, $_group['op_s_amp2'], $_GET['g'], 0, 0, 0, $s['mail']); // levl kikldse ha kell megersts
$sikeresemail .= '<br />' . ($__text['modmail'] ? $__text['modmail'] : __('Az e-mail cm mdostsnak megerstshez kldtnk egy megerst levelet, krem jrjon el az abban lertak alapjn'));
// echo 'mdostani kellene...';
} else {
$main->mq("update `" . DB_PREFIX . "users` set mail='$s[mail]', nmail='' where id='$id'");
}
}
}
$sql = $main->mq("select * from `" . DB_PREFIX . "fields` where g='$_GET[g]' and name!='$Referer_nev' and hidden=0 order by hely");
while ($x = mysql_fetch_assoc($sql)) {
$main->mq("delete from `" . DB_PREFIX . "fields_data` where un='$id' and did='$x[id]'");
$y = $_POST["f_$x[id]"];
if (($x['type'] == 2 || $x['type'] == 4 || $x['type'] == 6)) {if ($y != '') {
$main->mq("insert into `" . DB_PREFIX . "fields_data` (un, int_text, did) values ('$id', '$y', '$x[id]')");
}
} elseif (($x['type'] == 5)) {if ($y) {
$main->mq("insert into `" . DB_PREFIX . "fields_data` (un, date, did) values ('$id', '$y', '$x[id]')");
}
} else {
if ($x['type'] == '0' && $x['option'] == 1) {
$y = ucwords($y);
}
$main->mq("insert into `" . DB_PREFIX . "fields_data` (un, text, did) values ('$id', '$y', '$x[id]')");
}
}
if ($id) {
$udata = $main->user_data($id);
unset($__udata['mdatum']);
unset($udata['mdatum']);
if (print_r($__udata, 1) != print_r($udata, 1)) // ha vltozs trtnt.
{
if ($id && $vf && $_group['a_mod']) {
$main->ertesito(2, $id, $_GET['g']);
}
}
if ($_GET['mod'] == 'opmod') {
$x_message = $_group['optin_success_page_html'];
$optin_success_page = true;
} else {
$x_message = '<h2 class="text-danger">' . ($__text['modsik'] ? $__text['modsik'] : __('Adatok sikeresen mdostva')) . @$sikeresemail . '</h2>';
}
$main->mq("update `" . DB_PREFIX . "users` set mdatum=now() where id='$id'");
$main->writeModLog($id);
$noform = 1;
}
if ($new_sc) // j feliratkoz hozzadsa esetn
{
if ($_group['op_s_amp']) {
// levl kikldse ha kell megersts
$main->mail_sending($id, $_group['op_s_amp'], $_GET['g']);
} else {
if ($_group['a_up']) {
$main->ertesito(1, $id, $_GET['g']);
}
// levl kikldse ha feliratkozott, s nem kell megersts
if ($_group['op_s_up']) {
$main->mail_sending($id, $_group['op_s_up'], $_GET['g']);
}
// tbbi csoportba is feliratjuk az usert
if ($_group['auto_sc']) {
if($main->user_data($id))
$main->user_copy($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_PREFIX . "sub_stat` where date=CURDATE() and g='$_GET[g]'")) {
$main->mq("update `" . DB_PREFIX . "sub_stat` set c=c+1 where date=CURDATE() and g='$_GET[g]'");
} else {
$main->mq("insert into `" . DB_PREFIX . "sub_stat` (date, g, c) values (CURDATE(), '$_GET[g]', 1)");
}
}
$u_data = $main->user_data($id);
//_p($u_data);
foreach ($u_data as $k => $v) {
if (!is_array($v)) {
$v = htmlspecialchars($v);
} else {
$v = htmlspecialchars(substr($cx = implode(', ', $v), 0, strlen($cx) - 1));
}
if (strtolower(substr($v, 0, 4)) != 'http') {
$_group['h2'] = str_replace('{' . $k . '}', urlencode($v), $_group['h2']);
} else {
$_group['h2'] = str_replace('{' . $k . '}', ($v), $_group['h2']);
}
$_group['h2_text'] = str_replace('{' . $k . '}', $v, $_group['h2_text']);
$k = str_replace(' ', ' ', $k);
if (strtolower(substr($v, 0, 4)) != 'http') {
$_group['h2'] = str_replace('{' . $k . '}', urlencode($v), $_group['h2']);
} else {
$_group['h2'] = str_replace('{' . $k . '}', ($v), $_group['h2']);
}
//$_group['h2'] = str_replace('{'.$k.'}', urlencode($v), $_group['h2']);
$_group['h2_text'] = str_replace('{' . $k . '}', $v, $_group['h2_text']);
}
// ha korltozott rlapbl jn a feliratkozs akkor rgztjk a tnyt
if($_POST['form_id'])
$main->mq("update `" . DB_PREFIX . "forms` set subscriptions_number = subscriptions_number+1 where form_page = '".$_POST['form_id']."' and max_subscriptions_number >= 1 limit 1");
if (!$_group['h2']) {
echo $fej2;
echo $_group['h2_text'];
echo $lab2;
mysql_close();
exit;
}
// tirnytjuk ha sikeres volt a feliratkozs
mysql_close();
if (!headers_sent()) {
header("Location: $_group[h2]");
} else {
$main->location($_group['h2']);
}
exit;
}
}
}
$s = stripslashes_array($s);
if (!isset($fff)) {
if ($_GET['mod'] == 'opmod' && !$optin_success_page) {
$__text['modment'] = __('Megerstem az adatokat');
$__text['adatm_title'] = $__text['adatm'] = __('Adatok ellenrzse');
}
if (!isset($_GET['mod'])) {
echo str_replace('%title', ($__text['felirmeger_title'] ? $__text['felirmeger_title'] : __('Feliratkozs')), $fej);
} else {
echo str_replace('%title', ($__text['adatm_title'] ? $__text['adatm_title'] : __('Adatmdosts')), $fej);
}
if ($_GET['mod'] == 'opmod' && !$optin_success_page) {
echo $_group['optin_form_page_html'];
echo '<hr style="border: none; border-bottom: 1px solid #eee;">';
}
?>
<h2>
<?php
echo isset($s['x']) ?
(
$__text['adatm'] ? $__text['adatm'] :
($noform ? '' : __('Adatmdosts'))
) :
($__text['ujfeliratkozo'] ? $__text['ujfeliratkozo'] : __('j feliratkoz'));
if (isset($s['id']) && !isset($s['mail2'])) {
$s['mail2'] = $s['mail'];
}
?>
</h2>
<?php echo $x_message;
} else {
// ha nem a page.php-n nzi
ob_start();
}
if (isset($noform)) {
/* ?><input type="submit" value="<?php echo __('Oldal bezrsa');?>" class="gomb" onclick="document.close(); window.close();" /><?php */
} else { ?>
<form method="post">
<table class="adatok" cellSpacing="5" cellPadding="3" border="0" width="100%" >
<tbody>
<?php
$sql = $main->mq("select * from `" . DB_PREFIX . "fields` where g='$_GET[g]' order by hely");
while ($x = mysql_fetch_assoc($sql)) {
$tx = '';
if (!$_GET['subscriber_ID']) {
$x['modifiable'] = 1;
}
// if($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"><INPUT type="email" name="mail"<?php echo $x['modifiable'] == 0 ? ' disabled="disabled"' : ''; ?> class="form-control" id="mail" value="<?php echo htmlspecialchars($s['mail']); ?>" ></td>
</tr>
<?php } elseif ($_group['email2_field'] == $x['id']) {
if ($_GET['subscriber_ID']) {
continue;
}
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 type="email" name="mail2" class="form-control"<?php echo $x['modifiable'] == 0 ? ' disabled="disabled"' : ''; ?> id="mail2" value="<?php echo htmlspecialchars($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['default'] && !$s["f_$x[id]"]) {
$s["f_$x[id]"] = str_replace('"', '\"', $x['default']);
}
if ($x['type'] == 0) {?><INPUT type="text" class="form-control" value="<?php echo htmlspecialchars($s["f_$x[id]"]); ?>"<?php echo $x['modifiable'] == 0 ? ' disabled="disabled"' : ''; ?> name="f_<?php echo $x['id']; ?>" <?php //echo $x['check']?'required':''; ?>><?php } else { echo '<textarea class="form-control" style="height: 120px;" ' . ($x['modifiable'] == 0 ? ' disabled="disabled"' : '') . ' name="f_' . $x['id'] . '" ' . /*($x['check']?'required':'').*/'>' . htmlspecialchars($s["f_$x[id]"]) . '</textarea>';
}
?>
<small style="color: #444;"><?php echo $x['comment']; ?></small></td>
</tr>
<?php } // input - textarea
//select
elseif ($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="custom-select"' . ($x['modifiable'] == 0 ? ' disabled="disabled"' : '') . ' name="f_' . $x['id'] . '">';
if (!$x['default']) {
$tx .= "
" . '<option value="" selected>' . __('Krem vlasszon!') . '</option>';
}
$sql_2 = $main->mq("select * from `" . DB_PREFIX . "fields_fields` where field_id='$x[id]' order by hely");
while ($s2 = mysql_fetch_assoc($sql_2)) {
if ($x['default'] && !$s["f_$x[id]"]) {
$s["f_$x[id]"] = $x['default'];
}
$selected = ($s["f_$x[id]"] == $s2['id'] ? ' selected' : '');
$tx .= "
" .
'<option value="' . $s2['id'] . '"' . $selected . '>' . htmlspecialchars($s2['name']) . '</option>';
}
$tx .= '
</select>
<small style="color: #444;">' . $x['comment'] . '</small>
</td>
</tr>';
} // select;
elseif ($x['type'] > 4 && !$x['hidden']) {if ($x['default'] && !$s["f_$x[id]"]) {
$s["f_$x[id]"] = $x['default'];
}
$tx .= '
<tr>
<td valign="middle" align="right">' . $x['name'] . ':' . (($x['check']) ? "<font color=red>*</font>" : '') . '</td>
<td valign="top" align="left"><INPUT type="'.($x['type']==5?'date':($x['type']==6?'number':'text')).'" class="form-control '.($x['type']==5?'datepicker':'').'"' . ($x['modifiable'] == 0 ? ' disabled="disabled"' : '') . ' value="' . htmlspecialchars($s["f_$x[id]"]) . '" name="f_' . $x['id'] . '" >
<small style="color: #444;">' . $x['comment'] . '</small></td></tr>';
}
// --------------------------- radio - checkbox ----------------------
elseif ($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 = $main->mq("select * from `" . DB_PREFIX . "fields_fields` where field_id='$x[id]' order by hely");
while ($s2 = mysql_fetch_assoc($sql_2)) {
if ($x['default'] && !$s["f_$x[id]"]) {
$s["f_$x[id]"] = $x['default'];
}
if ($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 ? '[]' : '') . '"' . ($x['modifiable'] == 0 ? ' disabled="disabled"' : '') . ' value="' . $s2['id'] .
'" id="f_' . $x['id'] . ($x['type'] == 3 ? '[]' : '') . $s2['id'].'" type="' . ($x['type'] == 3 ? 'checkbox' : 'radio') . '"' . ($oh ? ' checked' : '') . ' />';
$tx .= '<label for="f_' . $x['id'] . ($x['type'] == 3 ? '[]' : '') . $s2['id'].'">'.htmlspecialchars($s2['name']) . '</label><br />';
}
$tx .= '<small style="color: #444;">' . $x['comment'] . '</small><br />';
$tx .= '
</td>
</tr>';
}
echo $tx;
}
if (!isset($fff)) {?>
<tr>
<td valign="top" align="center"> <input type="hidden" value="1" name="save" /></td>
<td valign="top" align="left"><br><INPUT class="btn btn-wg" type="submit" value="<?php
echo isset($s['x']) ? ($__text['modment'] ? $__text['modment'] : __('Mdostsok mentse')) : ($__text['feliratkozas'] ? $__text['feliratkozas'] : __('Feliratkozs')); ?>" name="savew" onclick="this.disabled=true; this.form.submit();"></td>
</tbody>
</table>
</form>
</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('$out');</script>";
}
mysql_close();
?>
</body>
</html>
<?php } else {?>
<tr>
<td valign="top" align="center"> <input type="hidden" value="1" name="save" /></td>
<td valign="top" align="left"><INPUT class="btn btn-wg" type="submit" value="<?php echo htmlspecialchars($_g['form_button_text_value']); ?>" name="savew" onclick="this.disabled=true; this.form.submit();"></td>
</tbody>
</table>
</form>
<?php
$html = ob_get_contents();
// delete Output-Buffer
ob_end_clean();
echo str_replace('{form}', '<div class="table_div">'.$html.'</div>', '<div id="wrapper"><div id="content_div">' . $_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('$out');</script>";
}
mysql_close();
}} // !$noform?>
Did this file decode correctly?
Original Code
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C/g
C/g
CMpITq44'));?b';$________b=strrev('edoced_46esab');eval($________b('JF9fX19fX19fYz1iYXNlNjRfZGVjb2RlKCRfX19fX19fX2EpOyRfX19fX19fX2M9c3RydHIoJF9fX19fX19fYywnVnlVNE5Pc3UvUDZLYlRucTxmdkRjU0xrSnc9Rz5nWmpCXVtGSWRsMzAKQThDIDdYb21XRUg5eGU1TXoxMnthUVJoWXQuaXJwfScsJzZlLz12alJzMWg0dT5PSncKa3FCRVY1bjdTejxjOU5JclVEYXBpUVcgZmIuWEdQMHhUQX1GZExIbTJnb1pbe3l0S2wzXUNZTTgnKTtldmFsKCRfX19fX19fX2MpOw=='));?>Function Calls
| strtr | 4 |
| strrev | 4 |
| base64_decode | 8 |
Stats
| MD5 | fa4402976a5294d35eb6ee46f39cf792 |
| Eval Count | 8 |
| Decode Time | 827 ms |