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PHP Decode
<?php $__TG='P2JHP0lQSTAkX19tIDQnN01uZTdYWWx3bVdmQy9nUmpbbGtaWC9LMm05cjMzb3RBSFBnRllIcW1NS..
Decoded Output download
?><?php
######################################################################
# #
# Program: WEBGALAMB 5 HRLEVL ADMINISZRCIS RENDSZER #
# Fjl: class.sendmail.php #
# Verzi: 5.0 #
# Fjl kszto: 2014 TTH GBOR. #
# Kiads dtuma: 2014/xx/01 #
# #
######################################################################
// nyelviests
define('FP_SCRIPT_ROOT', dirname(__FILE__));
require_once(FP_SCRIPT_ROOT.'/l10n.php');
$lang = '';//'default';
$domain = 'wg5';
load_textdomain(FP_SCRIPT_ROOT . '/languages', $domain);
//// logols /////
if(!isset($____fejlesztoi)) $____fejlesztoi=0;
if(!isset($____sqltime)) $____sqltime=0;
register_shutdown_function('log_writer');
$___log = array();
$___e_log = array();
function _e_logger($log) { global $___e_log;
$___e_log[] = $log;
}
function _logger($log) { global $___log;
$___log[] = $log;
}
function log_writer() { global $___log, $___e_log, $____fejlesztoi ;
if(!$____fejlesztoi || isset($_GET['csv_generate'])) return false;
if(count($___log) || count($___e_log)) echo ('<script>');
foreach($___e_log as $v)
{
$v = str_replace(
array("
", "
", "'"),
array('
', '
', "\'"),
$v);
echo "console.log('%c(x) ERROR:%c$v', 'color: red;', 'color:blue;');";
}
foreach($___log as $v)
{
$v = str_replace(
array("
", "
", "'"),
array('
', '
', "\'"),
$v);
echo "console.log('PHP:%c$v', 'color:#888888');";
}
if(count($___log) || count($___e_log)) echo ('</script>');
}
/// logolsi fggvnyek vge
if(isset($_POST['mail'])) $_POST['mail'] = str_replace(' ', '', $_POST['mail']);
if(isset($_POST['subscr'])) $_POST['subscr'] = str_replace(' ', '', $_POST['subscr']);
if(isset($_POST['test_mail'])) $_POST['test_mail'] = str_replace(' ', '', $_POST['test_mail']);
class wg5_sender_class {
var $log = array();
var $e_log = array();
var $disable_log = 0;
function e_logger($log) {
_e_logger($log);
}
function logger($log) {
_logger($log);
}
function error_logging($error)
{
global $____fejlesztoi;
echo "$error";
if($____fejlesztoi) $this->e_logger($error);
if(is_dir('files/')) $dir = 'files/';
elseif(is_dir('../files/')) $dir = '../files/';
elseif(is_dir('../../files/')) $dir = '../../files/';
$file = fopen($dir.'sql_error_log', 'a');
fwrite($file, PHP_EOL . date("Y.m.d. H:i:s", time()) . PHP_EOL);
fwrite($file, "Url: http://$_SERVER[HTTP_HOST]$_SERVER[SCRIPT_NAME]?$_SERVER[QUERY_STRING]" . PHP_EOL . "$error" . PHP_EOL);
fwrite($file, "-- --------------------------- -- o -- --------------------------- --" . PHP_EOL);
fclose($file);
echo " <b>" ."Error!" . "</b>";
}
function mq($query,$caller = 0) { global $____fejlesztoi, $____sqltime;
$bt = debug_backtrace();
if(!$caller) $caller = array_shift($bt);
$file = @end(explode('/', $caller['file']));
$t1 = microtime(true);
$sql= mysql_query($query) or $this->error_logging("Bad SQL:[$query]/".mysql_error()." : ($file:{$caller['line']})");
$t2 = microtime(true);
if($____fejlesztoi && !$this->disable_log && ($t2-$t1)>$____sqltime)
$this->logger("(".number_format(($t2-$t1), 5, '.', '').'s)['.$query.'] : ('.$file.':'.$caller['line'].')');
return $sql;
}
function m_array($query, $mezo = '') {
$bt = debug_backtrace();
$caller = array_shift($bt);
$sql = $this -> mq ($query, $caller);
if($sql) $s=mysql_fetch_assoc($sql); else $s=array();
if($mezo) return $s[$mezo];
return $s;
}
function mq_count($sql)
{
$x=$this->m_array($sql);
return $x['count(id)'];
}
function a_i($table)
{
global $database_local;
global $local;
$record_set1 = $this->mq("SHOW TABLE STATUS FROM `".$database_local."` LIKE '$table'");
$sor = mysql_fetch_assoc ($record_set1);
return $sor['Auto_increment'];
}
function conf_read($mit) {
$this->disable_log = 1;
global $db_pre;
$x=$this->m_array("SELECT conf_value from `{$db_pre}config` where wg_conf='$mit'");
$this->disable_log = 0;
return $x["conf_value"];
}
function conf_delete($mit) {
$this->disable_log = 1;
global $db_pre;
$this->mq("delete from `{$db_pre}config` where wg_conf='$mit'");
}
function conf_update($mit, $mire) {
global $db_pre;
if($this->m_array("SELECT conf_value from `{$db_pre}config` where wg_conf='$mit'"))
{
$this->mq("UPDATE `{$db_pre}config` set conf_value='$mire' where wg_conf='$mit'");
return 1;
}
else
{
$this->mq("insert into `{$db_pre}config` (wg_conf, conf_value) values ('$mit', '$mire')");
return 2;
}
}
function conf_read_array($mit, $g=0) {
$x = $this->conf_read($mit.$g);
if(!$x) return array();
else
{
$a = array();
foreach(json_decode($x) as $k=>$v)
{
$a[base64_decode($k)]=base64_decode($v);
}
return $a;
}
}
function conf_update_array($mit, $mire, $g=0) {
if(is_array($mire))
{
$a = array();
foreach($mire as $k=>$v)
{
$a[base64_encode($k)]=base64_encode($v);
}
return $this->conf_update($mit.$g, json_encode($a));
}
else return 0;
}
function rss_load($link) {
$data=false;
$start = strpos($link,'//')+2;
$end = strpos($link,'/',$start);
$host = substr($link, $start, $end-$start);
$domain = substr($link,$end);
$fp = fsockopen($host, 80,$errno, $errstr, 1);
if ($fp) {
stream_set_timeout($fp,1);
$out = "GET $domain HTTP/1.0
";
$out .= "Host: $host
";
$out .= "Connection: Close
";
if (fwrite($fp, $out)) {
$content='';
$header = "not yet";
while (!feof($fp)) {
$data=true;
$line=fgets($fp,128);
if ($line=="
" && $header=="not yet") {
$header = "passed";
}
if ($header=="passed") {
$content.=$line;
}
}
fclose ($fp);
}
}
if (!$data) {print "hiba";}
$articles = array();
$content = substr($content, 2);
try { $xml = @new SimpleXmlElement($content); }
catch (Exception $e){
return false;
}
if(!$xml) return false;
$i=0;
foreach ($xml->channel->item as $item)
{
$article = array();
$article['link'] = (string)($item->link);
$article['title'] = (string)($item->title);
$article['description'] = (string) trim($item->description);
//$article['channel'] = $blog;
//$article['comments'] = $item->comments;
//$article['pubDate'] = $item->pubDate;
//$article['timestamp'] = strtotime($item->pubDate);
//$article['isPermaLink'] = $item->guid['isPermaLink'];
$rsscontent = $item->children("content", true);
$article['content'] = (string)trim($rsscontent->encoded);
$articles[] = $article;
$i++;
if($i>20) break;
}
return $articles;
}
function rss($text) {
preg_match_all("/{rss='([^']+)' tag='([^']+)' item='([^']+)'}/i", $text, $t);
$cserelendo = $t[0];
$rss = $t[1];
$tag = $t[2];
$item = $t[3];
$count = count($cserelendo);
for($i=0; $i<=($count-1); $i++) {
if(!isset($_SESSION['rss_'.$rss[$i]]))
{
$_SESSION['rss_'.$rss[$i]] = $this->rss_load($rss[$i]);
}
$text = str_replace($cserelendo[$i], $_SESSION['rss_'.$rss[$i]][($item[$i]-1)][$tag[$i]], $text);
}
return $text;
}
function xdate($text, $date=''){
if(!$date) $date = date("Y-m-d");
$hhx = $hhh = '';
$hhonapok = array(__('janur'),__('februr'),__('mrcius'),__('prilis'),__('mjus'),__('jnius'),__('jlius'),__('augusztus'),__('szeptember'),__('oktber'),__('november'),__('december')); // X1
$hnhonapok = array();
foreach ($hhonapok as $hhh) {$hhx = ucfirst($hhh); array_push($hnhonapok, $hhx);}
$hhx = $hhh = '';
$days = array(__("htf"),__("kedd"),__("szerda"), __("cstrtk"),__("pntek"),__("szombat"),__("vasrnap")); // X3
$days2 = array();
foreach ($days as $hhh) {$hhx = ucfirst($hhh); array_push($days2, $hhx);}
// kvet dtum
preg_match_all('/{xdate\:"([^"]+)"([\+-])([0-9]+)}/i', $text, $t);
$cserelendo = $t[0];
$szoveg = $t[1];
$muv = $t[2];
$add = $t[3];
$count = count($cserelendo);
for($i=0; $i<=($count-1); $i++)
{
if($muv[$i]=='+') $x = time() + ($add[$i] * 24*3600);
if($muv[$i]=='-') $x = time() - ($add[$i] * 24*3600);
$str = str_replace('X1', $hhonapok[(int)(date('n',$x)-1)], date($szoveg[$i], $x));
$str = str_replace('X2', $hnhonapok[(int)(date('n',$x)-1)], $str);
$str = str_replace('X2', $hnhonapok[(int)(date('n',$x)-1)], $str);
$str = str_replace('X3', $days[(int)(date('N',$x)-1)], $str);
$str = str_replace('X4', $days2[(int)(date('N',$x)-1)], $str);
$text = str_replace($cserelendo[$i], $str, $text);
}
$date = explode('-',$date);
$time = mktime(12,0,0,$date[1], $date[2], $date[0]);
preg_match_all('/{ydate\:"([^"]+)"([\+-])([0-9]+)}/i', $text, $t);
$cserelendo = $t[0];
$szoveg = $t[1];
$muv = $t[2];
$add = $t[3];
$count = count($cserelendo);
for($i=0; $i<=($count-1); $i++)
{
if($muv[$i]=='+') $x = $time + ($add[$i] * 24*3600);
if($muv[$i]=='-') $x = $time - ($add[$i] * 24*3600);
$str = str_replace('X1', $hhonapok[(int)(date('n',$x)-1)], date($szoveg[$i], $x));
$str = str_replace('X2', $hnhonapok[(int)(date('n',$x)-1)], $str);
$str = str_replace('X2', $hnhonapok[(int)(date('n',$x)-1)], $str);
$str = str_replace('X3', $days[(int)(date('N',$x)-1)], $str);
$str = str_replace('X4', $days2[(int)(date('N',$x)-1)], $str);
$text = str_replace($cserelendo[$i], $str, $text);
}
return $text;
}
function URL2Link($text) {
$text = preg_replace('/(?<!http:\/\/|https:\/\/|\"|=|\'|\'>|\">)(www\..*?)(\s|\Z|\.\Z|\.\s|\<|\>|,)/i',"<a href=\"http://$1\">$1</a>$2",$text);
$text = preg_replace('/(?<!\"|=|\'|\'>|\">|site:)(https?:\/\/(www){0,1}.*?)(\s|\Z|\.\Z|\.\s|\<|\>|,)/i',"<a href=\"$1\">$1</a>$3",$text);
$text= preg_replace("/(^|[
])([a-z0-9&\-_\.]+?)@([\w\-]+\.([\w\-\.]+)+)/i", "$1<a href=\"mailto:$2@$3\">$2@$3</a>", $text);
return $text;
}
function ertesito($tp, $u_ID, $g_ID, $akclnev='') {
global $db_pre, $_prg_dir, $_SERVER;
$levelskin ='<div style="font-family: verdana, arial, tahoma; color: #333333; font-size: 12px; padding: 0 10px;">
<p><b>' . __('Kedves Webgalamb Adminisztrtor!') . '</b></p>
{tartalom}
<p><b>' . __('dvzlettel<br>A WEBGALAMB szoftver') . '<br><a href="' . __('http://www.webgalamb.hu') . '" title="' . __('Webgalamb hrlevlkezel rendszer') . '">' . __('www.webgalamb.hu') . '</a></b></p>
</div>';
$g=$this->m_array("select * from `{$db_pre}groups` where id='$g_ID'");
if( ($tp<5) && ($tp>=0) && strlen($tp)<2) {
$s=$this->m_array("select * from `{$db_pre}users` where id='$u_ID'");
if($this->conf_read('https') == '1') $https = "https"; else $https = "http";
// adatmdost link: $mlink
//mailer.php?subscriber_ID=224&g=1&new_subscriber=1
$mlink=$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'subscriber.php?g='.$s['g'].'&subscriber_ID='.$s['id'].'&mod&verify_code='.$s['verify_code'];
$mlink=$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'wg5.php?g='.$s['g'].'&subscriber_ID='.$s['id'].'&new_subscriber=1';
if($tp==3) {
$uzenet="<p>" . sprintf (__('A Webgalamb kattintst szlelt a "%s" csoportban a kvetkez akcilinkre:'), $g['name']) . " \"<b>$akclnev</b>\".<br>" . __('Feliratkoz adatai') . ":</p>";
$targy = __("Feliratkoz kattintott az akcilinkre");
}
if($tp==2) {
$uzenet="<p>" . sprintf (__('A Webgalamb adatmdostst szlelt a "%s" csoportban.'), $g['name']) . "<br>" . __('A feliratkoz a kvetkez adatokat adta meg') . ":</p>";
$targy = __("Feliratkoz mdostotta az adatait");
}
if($tp==1) {
$uzenet="<p>" . sprintf (__('A Webgalamb j feliratkozt regisztrlt a "%s" csoportban.'), $g['name']) . "<br>" . __('A feliratkoz a kvetkez adatokat adta meg') . ":</p>";
$targy = sprintf (__("%s csoportba j feliratkozs trtnt"), $g['name']);
}
if(!$tp) {
$uzenet="<p>" . sprintf (__('%1$s olvas leiratkozott a "%2$s" csoportbl.'), $s['name'], $g['name']) . "<br>" . __('A leiratkoz adatai') . ":</p>";
$targy = sprintf (__("%s csoportbl leiratkozs trtnt"), $g['name']);
}
$uzenet2='';
$uzenet2.="<p><b>" . __('Azonostszm') . ":</b> $s[id]<br><b>" . __('IP cm') . ":</b> $s[ip]<br><b>" . __('E-mail') . ":</b> $s[mail]" . ($s['nmail']?' <i>('.__('Megerstsre vr j cm: ') . $s['nmail'].')</i>':'') . "<br>";
$sql=$this->mq("select * from `{$db_pre}fields` where g='$g_ID' order by hely");
while($_s=mysql_fetch_array($sql))
{
if($_s['id']==$g['email_field'] || $_s['id']==$g['email2_field']) continue;
$t=$this->m_array("select * from {$db_pre}fields_data where did='$_s[id]' and un='$u_ID'");
if($_s['type']<2) $uzenet2.="<b>$_s[name]:</b> $t[text]<br>";
elseif($_s['type']==5) // csak dtum
$uzenet2.="<b>$_s[name]:</b> $t[date]<br>";
elseif($_s['type']==6) //csak szm
$uzenet2.="<b>$_s[name]:</b> $t[int_text]<br>";
elseif($_s['type']==2 || $_s['type']==4) $uzenet2.="<b>$_s[name]:</b> ".($this->m_array("select name from {$db_pre}fields_fields where id='$t[int_text]'", 'name')."<br>");
elseif($_s['type']==3 )
{
$data = '';
if($t['text'])
{
$data='';
$arr = explode (';', str_replace(' ', '', $t['text']));
foreach($arr as $vv)
{
$c = $this->m_array("select * from `{$db_pre}fields_fields` where id='$vv'", 'name');
$data.= ($data?'; ':'').($c?$c:'');
}
}
$uzenet2.=("<b>$_s[name]:</b> $data<br>");
}
}
$uzenet2 .= "</p>";
$uzenet.=$this->URL2Link($uzenet2);
if($tp) $uzenet.="<p>" . sprintf (__('Ha szerkeszteni szeretnd a feliratkoz adatait <a href="%s">kattints ide</a>.'), $mlink) . "</p>";
$uzenet = str_replace('{tartalom}', $uzenet, $levelskin);
} // sima t
else { $uzenet = str_replace('{tartalom}', $tp, $levelskin); $targy=$u_ID; }
$jpg = 1;
$nobulk=1;
//echo $uzenet;
//die();
if(preg_match('/Statisztika/', $targy)) $g['admin_mail']=$g['statmail'];
if(strstr($g['admin_mail'], ';'))
{
$a=explode(';', $g['admin_mail']);
foreach($a as $v) if($v)
$this -> smtp_mailer($g['sender_name'],$g['sender_mail'],$v, __('Webgalamb Adminisztrtor'),($targy),$uzenet,$m=3, 0, '', '', 1);
}
else $this -> smtp_mailer($g['sender_name'],$g['sender_mail'],$g['admin_mail'],__('Webgalamb Adminisztrtor'),($targy),$uzenet,$m=3, 0, '', '', 1);
}
function mail_sending($u_ID, $m_ID, $g_ID, $message=0, $s=0, $g=0, $xxmail='', $xxxt='', $X__link=0)
{
global $db_pre, $_prg_dir, $_SERVER, $STAT_type, $mmid, $stat_ID, $nobulk, $global_HEAD;
$nobulk=0;
$mmid = $m_ID;
if(!$xxxt) $xxxt = time();
if(!$message) {
$message=$this->m_array("select * from `{$db_pre}messages` where id='$m_ID'");
$html_only = $message['html_only'];
} else {
$message_ho=$this->m_array("select html_only from `{$db_pre}messages` where id='$m_ID'");
$html_only = $message_ho['html_only'];
}
if(!$s) $s=$this->m_array("select * from `{$db_pre}users` where id='$u_ID'");
if(!isset($global_HEAD)) $global_HEAD=$message['tiny_head'];
$g=$this->m_array("select * from `{$db_pre}groups` where id='$s[g]'");
// statisztika lersa, majd levlklds
if(!$xxmail || ($xxmail&&$xxxt!='x'))
{
$stat_ID="1&x=$u_ID&y=$m_ID&z=$g_ID&dt=".$xxxt;
if(!isset($STAT_type)) $STAT_type='';
//
$cx = $this->m_array("select * from `{$db_pre}stat` where uid='$u_ID' and mid='$m_ID' and date>".(int)($xxxt-10));
if($cx) return false;
//
$this -> mq("insert into `{$db_pre}stat` (uid, mid, g, date, type) values ('$u_ID', '$m_ID', '$g_ID', ".$xxxt.", '$STAT_type')");
global $delete_stat2, $delete_stat3;
$delete_stat2 = "delete from `{$db_pre}stat` where mid='$m_ID' and uid='$u_ID' and g='$g_ID' and date='$xxxt' and type='$STAT_type'";
$this -> mq("UPDATE `{$db_pre}messages` set sendout=sendout+1 where id='$m_ID'");
$delete_stat3="UPDATE `{$db_pre}messages` set sendout=sendout-1 where id='$m_ID'";
} else { $stat_ID ='wg5_test_message&z='.$g_ID; $nobulk=1; }
if($this->conf_read('https') == '1') $https = "https"; else $https = "http";
if($xxmail) { $s['mail']=$xxmail; $nobulk=1; }
//levlben lev linkek lecserlse
if($this->conf_read("mail_link_clicks") == '1') {
if(!function_exists('replace_link')) {
function replace_link($t) {
global $_prg_dir,$db_pre, $stat_ID, $m_ID, $mmid, $main;
if($main->conf_read('https') == '1') $https = 'https'; else $https = 'http';
$csere = $main->m_array("select code, id from {$db_pre}link_stat where link='$t[1]' and mid='$mmid'");
$link=$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir."page.php?link=$csere[code]&id=$csere[id]&b=".$stat_ID;
if(!$csere) $link=$t[1];
return str_replace($t[1],$link,$t[0]);
}
}
$message['text'] = preg_replace_callback('!<a\s[^>]*href[\s]*=[\s]*["\']{1}([\w]+?://[\w#$%&~/.\-;:=,?@[\]+]*)["\']{1}.*?>!i', 'replace_link', $message['text']);
}
global $NO_LINKS;
if(!isset($NO_LINKS)) $NO_LINKS=0;
if($NO_LINKS)
{
$_prg_dir=$_prg_dir.'page.php?test®iurl=';
}
// levl zenetbe lvo cserk
$uzenet=str_replace('{leiratkozas_link}',
$unslink=$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'subscriber.php?g='.$s['g'].'&subscriber_ID='.$s['id'].'&verify_code='.$s['verify_code'].'&down='.$message['id']."&b=".$stat_ID ,$message['text']);
$uzenet=str_replace('{SID}', md5( strrev( time() ) . rand(10, 999) ), $uzenet);
$uzenet=str_replace('{email}',$s['mail'],$uzenet);
$uzenet=str_replace('{feliratkozas_ideje}',$s['datum'],$uzenet);
$uzenet=str_replace('{adatmodosito_link}',
$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'subscriber.php?g='.$s['g'].'&subscriber_ID='.$s['id'].'&mod&verify_code='.$s['verify_code']."&b=".$stat_ID ,$uzenet);
$uzenet=str_replace('{IP}',$s['ip'],$uzenet);
$uzenet=str_replace('{v_code}',$s['verify_code'],$uzenet);
$uzenet=str_replace('{id}',$s['id'],$uzenet);
$uzenet=str_replace('{statlink}', $stat_ID, $uzenet);
$uzenet=str_replace('{megerosito_link}',
$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'subscriber.php?g='.$s['g'].'&subscriber_ID='.$s['id'].'&verify_code='.$s['verify_code'].'&w_amplify=1'."&b=".$stat_ID ,$uzenet);
$uzenet=str_replace('{archivum_link}',
$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'archivum.php?g='.$s['g'].'&subscriber_ID='.$s['id'].'&verify_code='.$s['verify_code']."&b=".$stat_ID ,$uzenet);
$uzenet=str_replace('{level_link}',
$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'page.php?g='.$s['g'].'&sid='.$s['id'].'&vcode='.$s['verify_code']."&message_ID=$m_ID&code=".$message['code']."&b=".$stat_ID ,$uzenet);
// levl trgysorba lvo cserk
$subject=str_replace('{email}',$s['mail'],$message['subject']);
$subject=str_replace('{feliratkozas_ideje}',$s['datum'],$subject);
$subject=str_replace('{IP}',$s['ip'],$subject);
//akci linkek
$sql=$this->mq("select * from `{$db_pre}actions` where g='$g_ID'");
while($_s=mysql_fetch_array($sql))
{
$u2 = $uzenet;
$uzenet=str_replace('{akcio_'.$_s['id'].'}',
$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'subscriber.php?g='.$s['g'].'&s_id='.$s['id'].'&verify_code='.$s['verify_code'].'&aid='.$_s['id']."&b=".$stat_ID,
$uzenet);
if($u2 != $uzenet)// if($u2 != $uzenet && !$xxmail)
if(!$xxmail || $xxmail&&$xxxt!='x')
{
$this->mq("insert into `{$db_pre}act_stat` (aid, uid, date, mid) values ('$_s[id]', '$u_ID', '$xxxt', $m_ID)");
global $delete_stat1;
$delete_stat1 = "delete from `{$db_pre}act_stat` where aid='$_s[id]' and uid='$u_ID' and date='$xxxt'";
}
}
// plussz mezok lecserlse levlben, s a trgybans
$sql=$this->mq("select * from `{$db_pre}fields` where g='$s[g]'");
while($_s=mysql_fetch_array($sql))
{
$t=$this->m_array("select * from {$db_pre}fields_data where did='$_s[id]' and un='$u_ID'");
if($_s['type']==2 || $_s['type']==4)
{
$uzenet=str_replace('{mezo_'.$_s['name'].'}',$this->m_array("select name from `{$db_pre}fields_fields` where id='$t[int_text]'", 'name'), $uzenet);
$subject=str_replace('{mezo_'.$_s['name'].'}',$this->m_array("select name from `{$db_pre}fields_fields` where id='$t[int_text]'", 'name'), $subject);
//echo html_decode($_s['name']);;
}
elseif($_s['type']==6 ) // csak szm
{
$uzenet=str_replace('{mezo_'.$_s['name'].'}',$t['int_text'], $uzenet);
$subject=str_replace('{mezo_'.$_s['name'].'}',$t['int_text'], $subject);
}
elseif($_s['type']==5 ) // csak dtum
{
$uzenet=str_replace('{mezo_'.$_s['name'].'}',$t['date'], $uzenet);
$subject=str_replace('{mezo_'.$_s['name'].'}',$t['date'], $subject);
}
elseif($_s['type']==3 )
{
$data = '';
if($t['text'])
{
$data='';
$arr = explode (';', str_replace(' ','',$t['text']));
foreach($arr as $vv)
{
$c = $this->m_array("select * from `{$db_pre}fields_fields` where id='$vv'", 'name');
$data.= ($data?'; ':'').($c?$c:'');//$data.= $c?"$c; ":'';
}
}
$uzenet=str_replace('{mezo_'.$_s['name'].'}',$data, $uzenet);
}
else
{
$uzenet = str_replace('{mezo_'.$_s['name'].'}',$t['text'], $uzenet);
$subject = str_replace('{mezo_'.$_s['name'].'}',$t['text'], $subject);
}
}
$uzenet=$this->xdate($uzenet, $s['datum']);
$uzenet=$this->rss($uzenet);
$subject=$this->rss($subject);
// $nobulk=0;
$_prg_dir=$this->conf_read("wg_dir");
if($X__link) return array(0=>$subject, 1=>$uzenet);
return $this -> smtp_mailer($g['sender_name'],$g['sender_mail'],$s['mail'],$s['mail'],$subject,$uzenet,$m=3, $stat_ID, $atch='', $atch2='', $jpg=0, $unslink, $html_only);
}
function mail_view($m_ID, $g_ID, $u_ID, $dt=0)
{
global $db_pre, $_prg_dir, $_SERVER, $STAT_type, $midx;
$midx=$m_ID;
$g=$this->m_array("select * from `{$db_pre}groups` where id='$g_ID'");
// statisztika lersa, majd levlklds
$stat_ID="1&x=$u_ID&y=$m_ID&z=$g_ID&dt=".time();
if(!isset($STAT_type)) $STAT_type='';
$message=$this->m_array("select * from `{$db_pre}messages` where id='$m_ID'");
$s=$this->m_array("select * from `{$db_pre}users` where id='$u_ID'");
if($this->conf_read('https') == '1') $https = "https"; else $https = "http";
// levl zenetbe lvo cserk
$uzenet=str_replace('{leiratkozas_link}',
$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'subscriber.php?g='.$s['g'].'&subscriber_ID='.$s['id'].'&verify_code='.$s['verify_code'].'&down='.$message['id']."&b=".$stat_ID ,$message['text']);
$uzenet=str_replace('{SID}', md5( strrev( time() ) . rand(10, 999) ), $uzenet);
//$uzenet=str_replace('{nev}',$s['name'],$uzenet);
$uzenet=str_replace('{email}',$s['mail'],$uzenet);
$uzenet=str_replace('{feliratkozas_ideje}',$s['datum'],$uzenet);
$uzenet=str_replace('{adatmodosito_link}',
$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'subscriber.php?g='.$s['g'].'&subscriber_ID='.$s['id'].'&mod&verify_code='.$s['verify_code']."&b=".$stat_ID ,$uzenet);
$uzenet=str_replace('{IP}',$s['ip'],$uzenet);
$uzenet=str_replace('{v_code}',$s['verify_code'],$uzenet);
$uzenet=str_replace('{id}',$s['id'],$uzenet);
$uzenet=str_replace('{statlink}', $stat_ID, $uzenet);
$uzenet=str_replace('{megerosito_link}',
$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'subscriber.php?g='.$s['g'].'&subscriber_ID='.$s['id'].'&verify_code='.$s['verify_code'].'&w_amplify=1'."&b=".$stat_ID ,$uzenet);
$uzenet=str_replace('{archivum_link}',
$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'archivum.php?g='.$s['g'].'&subscriber_ID='.$s['id'].'&verify_code='.$s['verify_code']."&b=".$stat_ID ,$uzenet);
$uzenet=str_replace('{level_link}',
$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'page.php?g='.$s['g'].'&sid='.$s['id'].'&vcode='.$s['verify_code']."&message_ID=$m_ID&code=".$message['code']."&b=".$stat_ID ,$uzenet);
// levl trgysorba lvo cserk
//$subject=str_replace('{nev}',$s['name'],$message['subject']);
$subject=str_replace('{email}',$s['mail'],$message['subject']);
$subject=str_replace('{feliratkozas_ideje}',$s['datum'],$subject);
$subject=str_replace('{IP}',$s['ip'],$subject);
//levlben lev linkek lecserlse
function replace_link($t) {
global $_prg_dir,$db_pre, $stat_ID, $midx, $main;
if($main->conf_read('https') == '1') $https = "https"; else $https = "http";
$csere = mysql_fetch_assoc(mysql_query("Select * from {$db_pre}link_stat where link='$t[1]' and mid='$midx'"));
$link=$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir."page.php?link=$csere[code]&id=$csere[id]&b=".$stat_ID;
if(!$csere) $link=$t[1];
return str_replace($t[1],$link,$t[0]);
}
if($this->conf_read("mail_link_clicks") == '1')
$uzenet = preg_replace_callback('!<a\s[^>]*href[\s]*=[\s]*["\']{1}([\w]+?://[\w#$%&~/.\-;:=,?@[\]+]*)["\']{1}.*?>!i', 'replace_link', $uzenet);
//akci linkek
//echo "akciolomkek";
$sql=$this->mq("select * from `{$db_pre}actions` where g='$g_ID'");
while($_s=mysql_fetch_array($sql))
{
$u2 = $uzenet;
$uzenet=str_replace('{akcio_'.$_s['id'].'}',
$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'subscriber.php?g='.$s['g'].'&s_id='.$s['id'].'&verify_code='.$s['verify_code'].'&aid='.$_s['id']."&b=".$stat_ID,
$uzenet);
/* if($u2 != $uzenet && !$xxmail)
{
$this->mq("insert into `{$db_pre}act_stat` (aid, uid, date) values ('$_s[id]', '$u_ID', '$xxxt')");
} */
}
// plussz mezok lecserlse levlben, s a trgybans
$sql=$this->mq("select * from `{$db_pre}fields` where g='$g_ID'");
while($_s=mysql_fetch_array($sql))
{
$t=$this->m_array("select * from {$db_pre}fields_data where did='$_s[id]' and un='$u_ID'");
if($_s['type']==2 || $_s['type']==4)
{
$uzenet=str_replace('{mezo_'.$_s['name'].'}',$this->m_array("select name from `{$db_pre}fields_fields` where id='$t[int_text]'", 'name'), $uzenet);
$subject=str_replace('{mezo_'.$_s['name'].'}',$this->m_array("select name from `{$db_pre}fields_fields` where id='$t[int_text]'", 'name'), $subject);
//echo html_decode($_s['name']);;
}
elseif($_s['type']==6 ) // csak szm
{
$uzenet=str_replace('{mezo_'.$_s['name'].'}',$t['int_text'], $uzenet);
$subject=str_replace('{mezo_'.$_s['name'].'}',$t['int_text'], $subject);
}
elseif($_s['type']==5 ) // csak dtum
{
$uzenet=str_replace('{mezo_'.$_s['name'].'}',$t['date'], $uzenet);
$subject=str_replace('{mezo_'.$_s['name'].'}',$t['date'], $subject);
}
elseif($_s['type']==3 )
{
$data = '';
if($t['text'])
{
$data='';
$arr = explode (';', str_replace(' ','',$t['text']));
foreach($arr as $vv)
{
$c = $this->m_array("select * from `{$db_pre}fields_fields` where id='$vv'", 'name');
$data.= ($data?'; ':'').($c?$c:'');//$data.= $c?"$c; ":'';
}
}
$uzenet=str_replace('{mezo_'.$_s['name'].'}',$data, $uzenet);
}
else
{
$uzenet=str_replace('{mezo_'.$_s['name'].'}',$t['text'], $uzenet);
$subject=str_replace('{mezo_'.$_s['name'].'}',$t['text'], $subject);
}
}
$uzenet=$this->xdate($uzenet, $s['datum']);
$uzenet=$this->rss($uzenet);
//$uzenet='<IMG SRC="'.$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'subscriber.php?a='.$stat_ID.'" width="5" height="5" border="0" style="width:5px; height:5px; border:0px" >'.$uzenet;
$t['subject']=$subject;
$t['message']=$uzenet;
$t['date']=date("Y.m.d H:i:s", $dt);
$t[0]=$subject;
$t[1]=$uzenet;
$t[2]=date("Y.m.d H:i:s", $dt);
return $t;
}
function smtpCheck() {
$smtp_secure = $this->conf_read("smtp_tls");
$smtp_host = $this->conf_read("smtp_host");
$smtp_port = $this->conf_read("smtp_port");
$smtp_user = $this->conf_read("smtp_user");
$smtp_pass = $this->conf_read("smtp_password");
if(!$smtp_host)
return;
require_once("phpmailer/PHPMailerAutoload.php");
/*
//Create a new SMTP instance
$smtp = new SMTP;
//Enable connection-level debug output
$smtp->do_debug = SMTP::DEBUG_CONNECTION;
try {
//Connect to an SMTP server
if ($smtp->connect($smtp_host, $smtp_port)) {
//Say hello
//if ($smtp->hello($_SERVER['HTTP_HOST'])) { //Put your host name in here
//Authenticate
if ($smtp->authenticate($smtp_user, $smtp_pass)) {
echo "Connected ok!";
} else {
throw new Exception('Authentication failed: ' . $smtp->getLastReply());
}
} else {
throw new Exception('HELO failed: '. $smtp->getLastReply());
}
} else {
throw new Exception('Connect failed');
}
} catch (Exception $e) {
echo 'SMTP error: '. $e->getMessage(), "
";
}
//Whatever happened, close the connection.
$smtp->quit(true);
*/
$mail = new PHPMailer();
$mail->Host = $smtp_host;
$mail->Port = $smtp_port;
$mail->SMTPSecure = $smtp_secure;
if($smtp_user) {
$mail->SMTPAuth = true;
$mail->Username = $smtp_user;
$mail->Password = $smtp_pass;
} else {
$mail->SMTPAuth = false;
}
$mail->Timeout = 10;
$mail->From = $this->conf_read("admin_mail");
$mail->FromName = 'Webgalamb SMTP connect test';
if($mail->smtpConnect()) {
$mail->smtpClose();
return true;
}
}
function smtp_mailer($fnev, $femail, $mail, $nev, $targy, $uzenet, $m=4, $statid, $atch='', $atch2='', $jpg=0, $unslink='', $html_only=0) {
global $php_mailer, $_prg_dir, $db_pre, $_SERVER, $nobulk, $global_HEAD;
if($this->conf_read('https') == '1')
$https = "https";
else
$https = "http";
if(!isset($php_mailer)) {
$smtp_secure = $this->conf_read("smtp_tls");
$smtp_host = $this->conf_read("smtp_host");
$smtp_port = $this->conf_read("smtp_port");
$smtp_user = $this->conf_read("smtp_user");
$smtp_pass = $this->conf_read("smtp_password");
if($smtp_host == 'debug' || $smtp_host == 'ssl://debug') {
if(is_dir('files/')) $dir = 'files/';
elseif(is_dir('../files/')) $dir = '../files/';
elseif(is_dir('../../files/')) $dir = '../../files/';
$file = fopen($dir.'mailer_log.txt', 'a');
fwrite($file, "<$mail> || sender: $femail> --$targy-- -- > (".date("Y-m-d H:i:s").") [$statid]
");
fclose($file);
return true;
}
require_once("phpmailer/PHPMailerAutoload.php");
$php_mailer = new PHPMailer();
if( $smtp_host ) {
$php_mailer->IsSMTP();
$php_mailer->Host = $smtp_host;
$php_mailer->Port = $smtp_port?$smtp_port:25;
$php_mailer->SMTPAuth = ($smtp_user && $smtp_pass)?true:false;
if($smtp_user) $php_mailer->Username = $smtp_user;
if($smtp_pass) $php_mailer->Password = $smtp_pass;
if($smtp_secure == 'tls' || $smtp_secure == 'ssl') $php_mailer->SMTPSecure = $smtp_secure;
} else {
$php_mailer->IsMail();
}
}
$php_mailer->ClearCustomHeaders();
$version = base64_decode(strrev($this->conf_read('ver')));
if(!$nobulk) $php_mailer->addCustomHeader("Precedence: bulk");
if ($unslink != false) $php_mailer->addCustomHeader("List-Unsubscribe: <$unslink>");
$php_mailer->XMailer = "Webgalamb $version";
$php_mailer->Sender = $this->conf_read("bounce_mail");
$php_mailer->CharSet = "utf-8";
$php_mailer->Encoding = 'quoted-printable';
$php_mailer->WordWrap = 50;
//$php_mailer->IsHTML(true);
//$php_mailer->SetLanguage("hu", $_SERVER['DOCUMENT_ROOT'].'/'.$_prg_dir.'wg5_moduls/phpmailer/language/');
$php_mailer->ClearAllRecipients();
$php_mailer->From = $femail;
$php_mailer->FromName = $fnev;
$php_mailer->AddAddress($mail);
$php_mailer->Subject = $targy;
$php_mailer->ClearAttachments();
// kpek begyazsa
if($this->conf_read("chx_jpg")) {
$image_dir = $https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir;//$image_dir = $https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'files/';
preg_match_all('/<img\s[^>]*src="([^"]*)"\s[^>]*\>/i',$uzenet, $img);
$imgs = array_unique($img[1]);
$i = 0;
$realpath = str_replace('/wg5_moduls', '', realpath(dirname(__FILE__)));
foreach($imgs as $val) {
$i++;
$im = str_replace($image_dir, '', $val);
$kit = pathinfo($val, PATHINFO_EXTENSION);
if($im == $val)
continue;
if($kit != 'png' && $kit != 'gif' && $kit != 'jpg' && $kit != 'jpeg')
continue;
$im = $realpath.'/'.$im;
$name="image-".$i.'.'.$kit;
$uzenet=str_replace($val, 'cid:'.$name, $uzenet);
$php_mailer->AddEmbeddedImage($im, $name, $name , "base64", "image/".($kit=='jpg'?'jpeg':$kit));
}
}
if($html_only) {
$body=str_ireplace(array('https://https://', 'http://http://', "\'", '\"'), array('https://', 'http://', "'", '"'), $uzenet);
if($statid) {
$stat_image_before_body='<img src="'.$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'subscriber.php?a='.$statid.'" width="5" height="5" border="0" style="width:5px; height:5px; border:0px; clear: both;" alt="" />'."
</body>";
$body = str_ireplace('</body>', $stat_image_before_body, $body);
}
} else {
$body='<!DOCTYPE html>'."
";// '<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0 Transitional//EN">'."
";
$body.='<HTML>'."
";
$body.='<HEAD>'."
";
$body.='<META HTTP-EQUIV="CONTENT-TYPE" CONTENT="text/html; charset=utf-8">'."
";
$body.='<TITLE>'.$targy.'</TITLE>'."
";
if(isset($global_HEAD) && $global_HEAD != '') $body.=$global_HEAD."
";
$body.='</HEAD>'."
";
$body.='<BODY bottommargin="0" leftmargin="0" topmargin="0" rightmargin="0">'."
";
$body.=str_replace(array('https://https://', 'http://http://', "\'", '\"'), array('https://', 'http://', "'", '"'), $uzenet);
if($statid)
$body.='<IMG SRC="'.$https.'://'.$_SERVER['HTTP_HOST'].'/'.$_prg_dir.'subscriber.php?a='.$statid.'" width="5" height="5" border="0" style="width:5px; height:5px; border:0px" alt="" >';
$body.="</BODY>
</HTML>";
}
$php_mailer->MsgHTML($body);
/*
$php_mailer->AltBody = convert_html_to_text($body);// __('Az n Email-programja sajnos nem tmogatja a HTML formtumot.');*/
if($atch) {
if(is_file($atch)) $php_mailer->AddAttachment($atch, $atch2);
if(is_file('../'.$atch)) $php_mailer->AddAttachment('../'.$atch, $atch2);
}
if(!$php_mailer->Send())
{
global $delete_stat1, $delete_stat2, $delete_stat3;
if(isset($delete_stat1)) $this->mq($delete_stat1);
if(isset($delete_stat2)) $this->mq($delete_stat2);
if(isset($delete_stat3)) $this->mq($delete_stat3);
$hiba=$php_mailer->ErrorInfo;
global $db_pre;
if(is_dir('files/')) $dir = 'files/';
elseif(is_dir('../files/')) $dir = '../files/';
elseif(is_dir('../../files/')) $dir = '../../files/';
if(!is_file($dir.'mailer_error_log'))
{
@touch($dir.'mailer_error_log');
}
if( preg_match('/550 Cannot route to/', $hiba) ||
preg_match('/Domain not found/', $hiba) ||
preg_match('/You must provide at least one recipient email address/', $hiba)
) {
$error_code = 1;
if(preg_match('/You must provide at least one recipient email address/', $hiba))
$error_code = 39;
$this->mq("update `{$db_pre}users` set active='2', bounce='1' where mail=lower('$mail')");
$this->mq("insert into `{$db_pre}bounce_mails` (mail, date, error) values ('$mail', CURDATE(), '{$error_code}')");
// naplzzuk a sttuszvltozst
$result = $this->mq("select id from `{$db_pre}users` where mail=lower('$mail')");
while($user = mysql_fetch_assoc($result)) {
$this->writeStatusLog($user['id'], 'smtp_bounce', '2');
}
}
$file = fopen($dir.'mailer_error_log', 'a');
$hiba = str_replace(array("
", "
"), '', $hiba);
fwrite($file, date("Y-m-d H:i:s") . " ## from:<$femail>, to:<$mail> ## $hiba
");
fclose($file);
return false;
} else return true;
}
} // end class file
Did this file decode correctly?
Original Code
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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 | ae3644f8fb37634ae2c5e3a5b32320bc |
| Eval Count | 6 |
| Decode Time | 427 ms |