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PHP Decode
$__TG='P2JHP0lQSTAkX19tIDQnN01uZTdYWWx3bVdmQy9nUmpbbGtaWC9LMm05cjMzb3RBUzlGWi9ScHBrWkJdUWd..
Decoded Output download
?><?php
class WG5_API {
private $db_pre;
function __construct($db_pre, $hostname_local, $database_local, $username_local, $password_local) {
global $local;
$this->db_pre = $db_pre;
if(!$local || !mysql_thread_id($local)) {
$connection = @mysql_connect($hostname_local, $username_local, $password_local) or die('Connection error -> ' . mysql_error());
mysql_select_db($database_local, $connection) or die('Database error -> ' . mysql_error());
mysql_query("set character set utf8") or die(mysql_error());
mysql_query("set names utf8");
}
}
function mq($query) {
$sql = mysql_query($query) or die("Hibs sql krs: $query
Hiba: ".mysql_error() );
return $sql;
}
function m_array($query, $mezo='') {
$s=mysql_fetch_assoc( $this->mq ($query) );
if($mezo) return $s[$mezo];
return $s;
}
function mq_count($sql) {
$x=$this->mq($sql);
return mysql_num_rows($x);
}
function mail_id($mail) {
$x = $this->m_array("SELECT mail_id FROM `{$this->db_pre}users` where mail=lower('$mail') limit 0, 1", 'mail_id');
$x = $x?$x:($this->m_array("SELECT mail_id FROM `{$this->db_pre}users` order by mail_id desc limit 0, 1", 'mail_id')+1);
return $x;
}
function conf_read($query) {
$x=$this->m_array("SELECT conf_value from `{$this->db_pre}config` where wg_conf='$query'");
return $x["conf_value"];
}
function a_i($table) {
$sql = $this->mq("SHOW TABLE STATUS LIKE '$table'");
$data = mysql_fetch_assoc($sql);
return $data['Auto_increment'];
}
function generateCode($length = 6) {
$Code = "";
mt_srand((double)microtime()*1000000);
while(strlen($Code)<$length) {
$random = mt_rand(48,122);
$random = md5($random);
$Code .= str_replace('0','k',substr($random, 17, 1));
}
return $Code;
}
function getip() {
if (isset($_SERVER)) {
if (isset($_SERVER["HTTP_X_FORWARDED_FOR"])) {
$realip = $_SERVER["HTTP_X_FORWARDED_FOR"];
} elseif (isset($_SERVER["HTTP_CLIENT_IP"])) {
$realip = $_SERVER["HTTP_CLIENT_IP"];
} else {
$realip = $_SERVER["REMOTE_ADDR"];
}
} else {
if ( getenv( 'HTTP_X_FORWARDED_FOR' ) ) {
$realip = getenv( 'HTTP_X_FORWARDED_FOR' );
} elseif ( getenv( 'HTTP_CLIENT_IP' ) ) {
$realip = getenv( 'HTTP_CLIENT_IP' );
} else {
$realip = getenv( 'REMOTE_ADDR' );
}
}
return $realip;
}
function GetUserIDs($mail) {
$mid = $this->mail_id($mail);
$sql = $this->mq("select * from `{$this->db_pre}users` where mail_id='$mid'");
if(!mysql_num_rows($sql))
return false;
$IDs = array();
while($s = mysql_fetch_assoc($sql)) {
$IDs[] = $s['id'];
}
return $IDs;
}
function GetGroupUserIDs($group_id) {
$group_id = (int)$group_id;
$sql = $this->mq("select id from `{$this->db_pre}users` where g='$group_id'");
if(!mysql_num_rows($sql))
return false;
$IDs = array();
while($s = mysql_fetch_assoc($sql)) {
$IDs[] = $s['id'];
}
return $IDs;
}
function GetSubscriber($uid) {
if(!is_numeric($uid)) {
$uids = $this->GetUserIDs($uid);
} else {
$uids = array($uid);
}
if(!is_array($uids))
return false;
$s = array();
foreach($uids as $key => $val) {
$s[$key] = $this->m_array("select * from `{$this->db_pre}users` where id='$val'");
$_g = $this->m_array("select email_field, email2_field from `{$this->db_pre}groups` where id='".$s[$key]['g']."'");
$x = $this->mq("select * from `{$this->db_pre}fields` where g='".$s[$key]['g']."' ORDER BY `hely`");
while ($y=mysql_fetch_assoc($x)) {
if($_g['email2_field']==$y['id'] || $_g['email_field']==$y['id']) {
continue;
}
$v = $this->m_array("select * from `{$this->db_pre}fields_data` where un='".$s[$key]['id']."' and did='$y[id]'", ($y['type']==2||$y['type']==4||$y['type']==6)?'int_text':(($y['type']==5)?'date':'text'));
if($y['type']<2) {
$s[$key][$y['name']] = $v;
} elseif($y['type']>4) {
$s[$key][$y['name']] = $v;
} elseif(!strstr($v, ';')) {
$s[$key][$y['name']] = $this->m_array("select * from `{$this->db_pre}fields_fields` where id='$v'", 'name');
} else {
$array = explode (';', $v);
$s[$key][$y['name']] = array();
foreach($array as $vv) {
$s[$key][$y['name']][] = $this->m_array("select * from `{$this->db_pre}fields_fields` where id='$vv'", 'name');
}
}
}
}
return $s;
}
function InsertSubscriber($array, $g, $welcome_letter=false) {
$g = (int)$g;
if(!$this->wgValidateAddress($array['mail']))
return -3; // hibs e-mail cm
$g_a=$this->m_array("select * from `{$this->db_pre}groups` where id='$g'");
if($g_a) {
if($g_a['d_user'] || !$this->m_array("select * from `{$this->db_pre}users` where mail='$array[mail]' and g='$g'")) {
$v_C=$this->generateCode(40);
if(!isset($array['mail_id'])) $array['mail_id'] = $this->mail_id($array['mail']);
if(!isset($array['datum'])) $array['datum'] = date("Y-m-d");
if(!isset($array['active'])) $array['active'] = 1;
if(!isset($array['ipdatum'])) $array['ipdatum'] = date('Y-m-d H:i:s');
if(!isset($array['ip'])) $array['ip'] = $this->getip();
$status_log[] = array('date'=>date('Y-m-d H:i:s'), 'method'=>'api', 'status'=>$array['active']);
$status_log = json_encode($status_log);
$this->mq("insert into `{$this->db_pre}users` ( mail, mail_id, ip, datum, verify_code, active, g, ipdatum, status_log) values
( '$array[mail]', '$array[mail_id]', '$array[ip]', '$array[datum]', '$v_C', '$array[active]', '$g', '$array[ipdatum]', '$status_log')");
$id = mysql_insert_id();
if($this->m_array("select * from `{$this->db_pre}sub_stat` where date='$array[datum]' and g=$g"))
$this->mq("update `{$this->db_pre}sub_stat` set c=c+1 where date='$array[datum]' and g=$g");
else
$this->mq("insert into `{$this->db_pre}sub_stat` (date, g, c) values ('$array[datum]', '$g', 1)");
$this->mq("update `{$this->db_pre}groups` set stat_auto=stat_auto+1 where id='$g'");
reset($array);
$i = 0;
foreach($array as $k=>$v) {
$i++;
if(
$k == 'mail' ||
$k == 'omail' ||
$k == 'mail_id' ||
$k == 'ipdatum' ||
$k == 'datum' ||
$k == 'verify_code' ||
$k == 'active' ||
$k == 'g' ||
$k == 'a' ||
$k == 'bounce' ||
$k == 'am' ||
$k == 'id'
) continue;
$mezo = $this->m_array ("select * from `{$this->db_pre}fields` where g='$g' and name='$k'");
if($mezo) {
if($mezo['type']<2) {
if(is_array($v)) $v = implode(';', $v);
$this->mq ("insert into `{$this->db_pre}fields_data` (un, text, did) values ('$id', '".mysql_real_escape_string($v)."', '$mezo[id]')");
} elseif($mezo['type']==5) {
$this->mq ("insert into `{$this->db_pre}fields_data` (un, date, did) values ('$id', '".mysql_real_escape_string($v)."', '$mezo[id]')");
} elseif($mezo['type']==6) {
$this->mq ("insert into `{$this->db_pre}fields_data` (un, int_text, did) values ('$id', '".($v)."', '$mezo[id]')");
} elseif($mezo['type']==2 || $mezo['type']==4) {
if(!is_array($v)) {
$mezo_x = $this->m_array ("select * from `{$this->db_pre}fields_fields` where field_id='$mezo[id]' and name='$v'");
if($mezo_x) $this->mq ("insert into `{$this->db_pre}fields_data` (un, int_text, did) values ('$id', '$mezo_x[id]', '$mezo[id]')");
} else {
foreach($v as $v2) {
$mezo_x = $this->m_array ("select * from `{$this->db_pre}fields_fields` where field_id='$mezo[id]' and name='$v2'");
if($mezo_x) $data=$mezo_x['id'];
break;
}
if($data) $this->mq ("insert into `{$this->db_pre}fields_data` (un, int_text, did) values ('$id', '$data', '$mezo[id]')");
}
} elseif($mezo['type']==3) {
$data = '';
if(is_array($v)) {
foreach($v as $v2) {
$mezo_x = $this->m_array ("select * from `{$this->db_pre}fields_fields` where field_id='$mezo[id]' and name='$v2'");
if($mezo_x) $data.=$mezo_x['id'].';';
}
if($data) $this->mq ("insert into `{$this->db_pre}fields_data` (un, text, did) values ('$id', '$data', '$mezo[id]')");
} else {
$mezo_x = $this->m_array ("select * from `{$this->db_pre}fields_fields` where field_id='$mezo[id]' and name='$v'");
if($mezo_x) $this->mq ("insert into `{$this->db_pre}fields_data` (un, text, did) values ('$id', '$mezo_x[id]', '$mezo[id]')");
}
}
}
}
if($welcome_letter) {
// dvzllevl kikldse
$mid = ''; // levl azonost
//$this->WG_send_mail($mid, $g, $id); //$main->mail_sending($id, $_group['op_s_up'], $_GET['g']); // levl kikldse ha feliratkozott, s nem kell
// admin rtest kikldse
//
}
return $id;
} else {
return -1; // mr van ilyen e-mail cm a csoportban
}
} else {
return -2; // nem ltez csoport
}
}
function CopySubscriber($uid, $gs) {
$user_array = $this->GetSubscriber($uid);
//$gs = @explode(';', $gs);
if($gs) {
$result = array();
foreach($gs as $_id) {
$g_a = $this->m_array("select id from `{$this->db_pre}groups` where id='$_id'");
if($g_a) {
$result[$_id] = $this->InsertSubscriber($user_array[0], $_id);
}
}
return $result;
}
return false;
}
function DeleteSubscriber($mail, $gs='') {
if(is_numeric($mail)) {
$y = $this->m_array("select * from `{$this->db_pre}users` where id='$mail'");
$this->mq("delete from `{$this->db_pre}users` where id='$mail'");
$this->mq("delete from `{$this->db_pre}fields_data` where un='$mail'");
$this->mq("update `{$this->db_pre}groups` set stat_autodel=stat_autodel+1 where id='$y[g]'");
$result[$y['g']] = $mail;
return $result;
}
if(!$gs) {
$y = $this->mq("select * from `{$this->db_pre}users` where mail='$mail'");
while($z = mysql_fetch_array($y)) {
$this->mq("delete from `{$this->db_pre}users` where id='$z[id]'");
$this->mq("delete from `{$this->db_pre}fields_data` where un='$z[id]'");
$this->mq("update `{$this->db_pre}groups` set stat_autodel=stat_autodel+1 where id='$z[g]'");
$result[$z['g']] = $z[id];
}
return $result;
}
if($gs) {
foreach($gs as $_id) {
$g_a=$this->m_array("select * from `{$this->db_pre}groups` where id='$_id'");
if($g_a) {
$y=$this->mq("select * from `{$this->db_pre}users` where g='$_id' and mail='$mail'");
while($z=mysql_fetch_array($y)) {
$this->mq("delete from `{$this->db_pre}users` where id='$z[id]'");
$this->mq("delete from `{$this->db_pre}fields_data` where un='$z[id]'");
$this->mq("update `{$this->db_pre}groups` set stat_autodel=stat_autodel+1 where id='$_id'");
$result[$_id] = $z[id];
}
}
}
return $result;
}
return false;
}
function EditSubscriber($array, $user, $g) {
$g = (int)$g;
$g_a=$this->m_array("select * from `{$this->db_pre}groups` where id='$g'");
if($g_a) {
if(!is_numeric($user)) {
$us = $this->m_array("select id from `{$this->db_pre}users` where mail='$user' and g='$g'");
$id = $us['id'];
} else {
$rs = $this->m_array("select mail from `{$this->db_pre}users` where id='$user'");
$mail = $rs['mail'];
$id = $user;
}
if(!$id) return -3;
if(!isset($array['mail_id'])) $array['mail_id'] = $this->mail_id($mail);
if(!isset($array['date'])) $array['date']='CURDATE()'; else $array['date']="'$array[date]'";
$this->mq("update `{$this->db_pre}users` SET mdatum=now() where id='$id'");
$sqlq1="update `{$this->db_pre}users` SET ";
$sqlq ='';
if(isset($array['mail'])) $sqlq.=($sqlq?',':'')."mail='$array[mail]'";
if(isset($array['ip'])) $sqlq.=($sqlq?',':'')."ip='$array[ip]'";
if(isset($array['datum'])) $sqlq.=($sqlq?',':'')."datum='$array[datum]'";
if(isset($array['active'])) $sqlq.=($sqlq?',':'')."active='$array[active]'";
if(isset($array['a'])) $sqlq.=($sqlq?',':'')."a='$array[a]'";
if(isset($array['ipdatum'])) $sqlq.=($sqlq?',':'')."ipdatum='$array[ipdatum]'";
if($sqlq) $this->mq($sqlq1.$sqlq." WHERE id='$id'");
reset($array); $i =0;
foreach($array as $k=>$v) {
$i++;
$mezo = $this->m_array ("select * from `{$this->db_pre}fields` where g='$g' and name='$k'");
if($mezo) {
if($mezo['type']<2){
if(! $this->m_array("select * from `{$this->db_pre}fields_data` where un='$id' and did='$mezo[id]'"))
$this->mq ("insert into `{$this->db_pre}fields_data` (un, text, did) values ('$id', '".mysql_real_escape_string($v)."', '$mezo[id]')");
else
$this->mq ("update `{$this->db_pre}fields_data` set text='".mysql_real_escape_string($v)."' where un='$id' and did='$mezo[id]'");
} elseif($mezo['type']==6 ) {
if(! $this->m_array("select * from `{$this->db_pre}fields_data` where un='$id' and did='$mezo[id]'"))
$this->mq ("insert into `{$this->db_pre}fields_data` (un, int_text, did) values ('$id', '".mysql_real_escape_string($v)."', '$mezo[id]')");
else
$this->mq ("update `{$this->db_pre}fields_data` set int_text='".mysql_real_escape_string($v)."' where un='$id' and did='$mezo[id]'");
} elseif($mezo['type']==5 ) {
if(! $this->m_array("select * from `{$this->db_pre}fields_data` where un='$id' and did='$mezo[id]'"))
$this->mq ("insert into `{$this->db_pre}fields_data` (un, date, did) values ('$id', '".mysql_real_escape_string($v)."', '$mezo[id]')");
else
$this->mq ("update `{$this->db_pre}fields_data` set date='".mysql_real_escape_string($v)."' where un='$id' and did='$mezo[id]'");
} elseif($mezo['type']==2 || $mezo['type']==4) {
if(!is_array($v)) {
$mezo_x = $this->m_array ("select * from `{$this->db_pre}fields_fields` where field_id='$mezo[id]' and name='$v'");
if($mezo_x)
if(! $this->m_array("select * from `{$this->db_pre}fields_data` where un='$id' and did='$mezo[id]'"))
$this->mq ("insert into `{$this->db_pre}fields_data` (un, int_text, did) values ('$id', '$mezo_x[id]', '$mezo[id]')");
else
$this->mq ("update `{$this->db_pre}fields_data` set text='$mezo_x[id]' where un='$id' and did='$mezo[id]'");
} else {
foreach($v as $v2) {
$mezo_x = $this->m_array ("select * from `{$this->db_pre}fields_fields` where field_id='$mezo[id]' and name='$v2'");
if($mezo_x) $data=$mezo_x['id'];
break;
}
if($data)
if(! $this->m_array("select * from `{$this->db_pre}fields_data` where un='$id' and did='$mezo[id]'"))
$this->mq ("insert into `{$this->db_pre}fields_data` (un, int_text, did) values ('$id', '$data', '$mezo[id]')");
else
$this->mq ("update `{$this->db_pre}fields_data` set text='$data' where un='$id' and did='$mezo[id]'");
}
} elseif($mezo['type']==3) {
$data = '';
if(is_array($v)) {
foreach($v as $v2) {
$mezo_x = $this->m_array ("select * from `{$this->db_pre}fields_fields` where field_id='$mezo[id]' and name='$v2'");
if($mezo_x) $data.=$mezo_x['id'].';';
}
if($data)
if(! $this->m_array("select * from `{$this->db_pre}fields_data` where un='$id' and did='$mezo[id]'"))
$this->mq ("insert into `{$this->db_pre}fields_data` (un, int_text, did, text) values ('$id', '$data', '$mezo[id]', '$data')");
else
$this->mq ("update `{$this->db_pre}fields_data` set text='$data' where un='$id' and did='$mezo[id]'");
} else {
$mezo_x = $this->m_array ("select * from `{$this->db_pre}fields_fields` where field_id='$mezo[id]' and name='$v'");
if($mezo_x) {
if( !$this->m_array("select * from `{$this->db_pre}fields_data` where un='$id' and did='$mezo[id]'")) {
$this->mq ("insert into `{$this->db_pre}fields_data` (un, int_text, did, text) values ('$id', '$mezo_x[id]', '$mezo[id]', '$mezo_x[id];')");
} else {
$this->mq ("update `{$this->db_pre}fields_data` set text='$mezo_x[id]' where un='$id' and did='$mezo[id]'");
}
}
}
}
}
}
return 1;
} else {
return -2;
}
}
function GetGroups() {
$results = array();
$sql = $this->mq("select name, id from `{$this->db_pre}groups`");
while($data = mysql_fetch_assoc($sql)) {
$results[$data['id']] = $data['name'];
}
return $results;
}
// $g_name -> csoport neve
// $g_senderName -> csoportban a felad neve
// $g_senderMail -> csoportban a felad e-mail cme
// $g_adminMail -> csoportban az adminisztrtor e-mail cme (erre kld adminisztrtori rtestket, de ezek bekapcsolsa opcionlis a csoporton bell)
function InsertGroup($g_name, $g_senderName, $g_senderMail, $g_adminMail) {
$regex = '/^[_a-z0-9-]+(\.[_a-z0-9-]+)*@[a-z0-9-]+(\.[a-z0-9-]+)*(\.[a-z]{2,3})$/';
if(!$g_name || !$g_senderName || !preg_match($regex, $g_senderMail) || !preg_match($regex, $g_adminMail) )
return false;
//kd generls a csoportnak
while($this->m_array("select count(id) as db from `{$this->db_pre}groups` where code='".($code=$this->generateCode(6))."'", 'db'));
$this->mq("insert into `{$this->db_pre}groups` (
name, sender_name, sender_mail, h1,h2,h3,h4,h5,h6,h7, h1_text,h2_text,h3_text,h4_text,h5_text,h6_text,h7_text,
d_user, admin_mail,
a_up, a_down, auto_sc, auto_del, active, date, scr_inactivate,
inact, a_mod, op_s_d, uns_d, email_d, code, label) VALUES (
'$g_name', '$g_senderName', '$g_senderMail', '','','','','','','', '','','','','','','',
'', '$g_adminMail',
'', '', '', '', 1, CURDATE(), '',
'', '', '', '', '', '$code', '')");
$id = mysql_insert_id();
$this->mq("update `{$this->db_pre}groups` set
stext = '".('Mintaszveg a form eltt <br> {form} <br><br> Mintaszveg a form utn')."',
form_border = 'eeeeee',
form_text ='333333',
form_back ='cccccc',
form_button_back ='ff8500',
form_button_border = '888888',
form_button_text = '000000',
form_button_text_value = '".("Feliratkozs")."',
form_title = '".('Feliratkoz rlap')."' where id = '$id'");
$sd=987654321;
$this->mq("insert into `{$this->db_pre}fields` (g, name, hely) values ('$id', 'E-mail cm', '$sd')");
$sd = mysql_insert_id();
$this->mq("update `{$this->db_pre}fields` set hely='$sd' where g='$id' and name='E-mail cm' and hely='987654321'");
$this->mq("update `{$this->db_pre}groups` set email_field='$sd' where id='$_GET[g]'");
$Referer_nev = 'Feliratkozsi URL';
$this->mq("insert into `{$this->db_pre}fields` (name, g, hidden) values ('$Referer_nev', '$_GET[g]', '1')");
return $id;
}
// azon feliratkozk lekrse akik a megadott idt kveten iratkoztak fel
// $date -> az a kezd dtum amitl szmtva rkezket listzza ( 2013-12-31 23:59:59 )
// $g -> csoportazonost, ha nincs megadva az sszes csoportbl listz
function GetNewSubscribers($date, $g=0) {
if($g)
$wh = " and g='$g' ";
else
$wh = '';
$sql = $this->mq("select * from `{$this->db_pre}users` where ipdatum>='$date' $wh");
$a = array();
while($s=mysql_fetch_assoc($sql)) {
$a[$s['id']] = $s['mail'];
}
return $a;
}
// azon feliratkozk lekrse akiknek az adatai a megadott idt kveten kerltek mdostsra
// $date -> az a kezd dtum amitl szmtva rkezket listzza ( 2013-12-31 23:59:59 )
// $g -> csoportazonost, ha nincs megadva az sszes csoportbl listz
function GetUpdatedSubscribers($date, $g=0) {
if($g)
$wh = " and g='".(int)$g."' ";
else
$wh = '';
$sql = $this->mq("select * from `{$this->db_pre}users` where mdatum>='$date' $wh");
$a = array();
while($s=mysql_fetch_assoc($sql)) {
$a[$s['id']] = $s['mail'];
}
return $a;
}
// e-mail klds, a kiklds pontos ideje fgg a starter.php fjl temezstl ezrt pr msodperctl kezdve akr tbb ra is lehet
// $m_ID -> levl azonost
// $g_ID -> csoport azonost
// $u_ID -> feliratkoz azonost
function WG_send_mail($m_ID, $g_ID, $u_ID=0) {
$m_ID = (int)($m_ID);
$g_ID = (int)($g_ID);
$u_ID = (int)($u_ID);
if(!$this->mq_count("SELECT * from `{$this->db_pre}groups` where id = '$g_ID' "))
return false;
if(!$this->mq_count("SELECT * from `{$this->db_pre}users` where id = '$u_ID' "))
return false;
if(!$this->mq_count("SELECT * from `{$this->db_pre}messages` where id = '$m_ID' "))
return false;
if(!$u_ID && $m_ID) {
$this->mq( "INSERT INTO `{$this->db_pre}listing` (mid, uid, prior) SELECT $m_ID as mid, id as uid, 3 as prior from `{$this->db_pre}users` as us where active=1 and g='$g_ID' group by mail");
}
if($u_ID && $m_ID) {
$this->mq("INSERT INTO `{$this->db_pre}listing` (mid, uid, prior) VALUES ('$m_ID', '$u_ID', 3)");
}
return true;
}
function wgValidateAddress($address) {
if (defined('PCRE_VERSION')) { //Check this instead of extension_loaded so it works when that function is disabled
if (version_compare(PCRE_VERSION, '8.0') >= 0) {
return (boolean)preg_match('/^(?!(?>(?1)"?(?>\[ -~]|[^"])"?(?1)){255,})(?!(?>(?1)"?(?>\[ -~]|[^"])"?(?1)){65,}@)((?>(?>(?>((?>(?>(?>
)?[ ])+|(?>[ ]*
)?[ ]+)?)(\((?>(?2)(?>[- -\'*-\[\]-]|\[-]|(?3)))*(?2)\)))+(?2))|(?2))?)([!#-\'*+\/-9=?^-~-]+|"(?>(?2)(?>[- -!#-\[\]-]|\[-]))*(?2)")(?>(?1)\.(?1)(?4))*(?1)@(?!(?1)[a-z0-9-]{64,})(?1)(?>([a-z0-9](?>[a-z0-9-]*[a-z0-9])?)(?>(?1)\.(?!(?1)[a-z0-9-]{64,})(?1)(?5)){0,126}|\[(?:(?>IPv6:(?>([a-f0-9]{1,4})(?>:(?6)){7}|(?!(?:.*[a-f0-9][:\]]){8,})((?6)(?>:(?6)){0,6})?::(?7)?))|(?>(?>IPv6:(?>(?6)(?>:(?6)){5}:|(?!(?:.*[a-f0-9]:){6,})(?8)?::(?>((?6)(?>:(?6)){0,4}):)?))?(25[0-5]|2[0-4][0-9]|1[0-9]{2}|[1-9]?[0-9])(?>\.(?9)){3}))\])(?1)$/isD', $address);
} else {
//Fall back to an older regex that doesn't need a recent PCRE
return (boolean)preg_match('/^(?!(?>"?(?>\[ -~]|[^"])"?){255,})(?!(?>"?(?>\[ -~]|[^"])"?){65,}@)(?>[!#-\'*+\/-9=?^-~-]+|"(?>(?>[- -!#-\[\]-]|\[-]))*")(?>\.(?>[!#-\'*+\/-9=?^-~-]+|"(?>(?>[- -!#-\[\]-]|\[-]))*"))*@(?>(?![a-z0-9-]{64,})(?>[a-z0-9](?>[a-z0-9-]*[a-z0-9])?)(?>\.(?![a-z0-9-]{64,})(?>[a-z0-9](?>[a-z0-9-]*[a-z0-9])?)){0,126}|\[(?:(?>IPv6:(?>(?>[a-f0-9]{1,4})(?>:[a-f0-9]{1,4}){7}|(?!(?:.*[a-f0-9][:\]]){8,})(?>[a-f0-9]{1,4}(?>:[a-f0-9]{1,4}){0,6})?::(?>[a-f0-9]{1,4}(?>:[a-f0-9]{1,4}){0,6})?))|(?>(?>IPv6:(?>[a-f0-9]{1,4}(?>:[a-f0-9]{1,4}){5}:|(?!(?:.*[a-f0-9]:){6,})(?>[a-f0-9]{1,4}(?>:[a-f0-9]{1,4}){0,4})?::(?>(?:[a-f0-9]{1,4}(?>:[a-f0-9]{1,4}){0,4}):)?))?(?>25[0-5]|2[0-4][0-9]|1[0-9]{2}|[1-9]?[0-9])(?>\.(?>25[0-5]|2[0-4][0-9]|1[0-9]{2}|[1-9]?[0-9])){3}))\])$/isD', $address);
}
} else {
//No PCRE! Do something _very_ approximate!
//Check the address is 3 chars or longer and contains an @ that's not the first or last char
return (strlen($address) >= 3 and strpos($address, '@') >= 1 and strpos($address, '@') != strlen($address) - 1);
}
}
// feliratkozsi mez ltrehozsa
// $g_ID -> csoport azonostja
// $field_name -> mez neve
// $type -> mez tpusa (
// tpusok: input -> mediumtext
// textarea -> mediumtext
// date -> -HH-NN
// integer -> bigint(20)
// $hidden -> rejtett/lthat (0: lthat / 1: rejtett)
//
// vdett meznevek amelyeket nem lehet ltrehozni: mail, mail_id, omail, ip, datum, ipdatum, mdatum, verify_code, active, g, a, bounce, am, id
function AddProperty($g_ID, $field_name, $type=false, $hidden=0) {
$id = $this->a_i ("{$this->db_pre}fields");
switch($type) {
case 'input':
$field_type = 0;
break;
case 'textarea':
$field_type = 1;
break;
case 'date':
$field_type = 5;
break;
case 'integer':
$field_type = 6;
break;
default:
$field_type = 0;
}
$s_e = $this->m_array("select * from `{$this->db_pre}users` limit 0,1");
foreach($s_e as $k => $v)
if($field_name == $k)
return false; // tiltott meznv;
if($this->mq("insert into `{$this->db_pre}fields` (g, name, hely, `check`, `type`, `hidden`) values ('$g_ID', '$field_name', $id, '0', '$field_type', '$hidden')") )
return true;
return false;
}
// feliratkozsi mez ellenrzse
function CheckProperty($g_ID, $field_name) {
$field = $this->mq_count("select id from `{$this->db_pre}fields` where name='".mysql_real_escape_string($field_name)."' and g='$g_ID' ");
if($field)
return true;
return false;
}
// feliratkozsi mez trlse (a mezk feliratkozkhoz tartoz tartalmt is trli!)
function DeleteProperty($g_ID, $field_name) {
$field = $this->m_array("select id from `{$this->db_pre}fields` where name='$field_name' and g='$g_ID' ");
if(!$field['id'])
return false;
$this->mq("delete from `{$this->db_pre}fields` where id='$field[id]'");
$this->mq("delete from `{$this->db_pre}fields_fields` where field_id='$field[id]'");
$this->mq("delete from `{$this->db_pre}fields_data` where did='$field[id]'");
return true;
}
// feliratkozsi mezk lekrdezse
// csak a dinamikusan ltrehozhat mezk adatait adja vissza
// a visszakapott tmb tartalmazza a mezk neveit s tpust
function GetPropertyNames($g_ID) {
$data = array();
$g = $this->m_array("select email_field, email2_field from `{$this->db_pre}groups` where id='$g_ID'");
$sql = $this->mq("select * from `{$this->db_pre}fields` where g='$g_ID' order by hely");
while($_s = mysql_fetch_assoc($sql)) {
if($_s['id'] == $g['email_field'] || $_s['id'] == $g['email2_field']) continue;
$t = $this->m_array("select * from {$this->db_pre}fields_data where did='$_s[id]' and un='$u_ID'");
if($_s['type'] == 0) $type = 'input';
elseif($_s['type'] == 1) $type = 'textarea';
elseif($_s['type'] == 2) $type = 'select';
elseif($_s['type'] == 3) $type = 'checkbox';
elseif($_s['type'] == 4) $type = 'radio';
elseif($_s['type'] == 5) $type = 'date';
elseif($_s['type'] == 6) $type = 'integer';
else $type = '';
$data[] = array('name' => $_s['name'],
'type' => $type,
'hidden' => $_s['hidden'],
'check' => $_s['hidden'],
'modifiable' => $_s['modifiable'],
'default' => $_s['default']
);
}
return $data;
}
}
?>Did this file decode correctly?
Original Code
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2 SOAMsYhis
C/sehmufC/se7CZX>ksQhis
Sc>un/2LSmsTmtZ/x/WMwMn]Akc}2k2cr/ZpFXIt7]>+2/IvlY/AsfYfA[pqifc6lQWt3 gRSXSjTCPYZ]/VpmnJrSHwFHYXx5YQ>eXkxi>M2w}g95Iw>=H1Ze]+mXIti5RolfS3Z36t]t1}r=YTwCnSs HqFSHCj 2dxYPe][D6ScHgs5spw XQ2MgF3tRL9cRup//[3]X6nQfJ2C2PAizfC/sehmu4'));?b';$_FT=strrev('edoced_46esab');eval($_FT('JF9URz1iYXNlNjRfZGVjb2RlKCRfX1RHKTskX1RHPXN0cnRyKCRfVEcsJ1Z5VTROT3N1L1A2S2JUbnE8ZnZEY1NMa0p3PUc+Z1pqQl1bRklkbDMwCkE4QyA3WG9tV0VIOXhlNU16MTJ7YVFSaFl0LmlycH0nLCc2ZS89dmpSczFoNHU+T0p3CmtxQkVWNW43U3o8YzlOSXJVRGFwaVFXIGZiLlhHUDB4VEF9RmRMSG0yZ29aW3t5dEtsM11DWU04Jyk7ZXZhbCgkX1RHKTs='));?>Function Calls
| strtr | 3 |
| strrev | 3 |
| base64_decode | 6 |
Stats
| MD5 | 8ea399d14381da93df8692994b4eac0b |
| Eval Count | 6 |
| Decode Time | 382 ms |