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PHP Decode
<?php $__SeN='P2JHP0lQSTAkX193eVo0JzdNbmU3WFlsd21XZkMvZ3R5UzFYbj05WkE1XXQzSFl1OU0vQzJmcE4y..
Decoded Output download
?><?php
// segdfggvny, tmb kirshoz
function _p($array)
{
echo '<pre>';
print_r($array);
echo '</pre>';
}
function showMessage($message, $color = 'success', $echo = true)
{
$str = '<div class="alert alert-' . $color . '" role="alert">' . $message . '</div>';
if($echo)
echo $str;
else
return $str;
}
function auto_version($file = '')
{
if (!file_exists(WG_PATH . $file))
return $file;
$mtime = @filemtime(WG_PATH . $file);
if (!$mtime)
$mtime = WG_VERSION;
return $file . '?v=' . $mtime;
}
function addslashes_array($data)
{
if (is_array($data)) {
foreach ($data as $key => $value) {
$data[$key] = addslashes_array($value);
}
return $data;
} else {
$data = mysql_real_escape_string($data);
return $data;
}
}
function stripslashes_array($data)
{
if (is_array($data)) {
foreach ($data as $key => $value) {
$data[$key] = stripslashes_array($value);
}
return $data;
} else {
return stripslashes($data);
}
}
function addNotify($title, $desc, $params)
{
global $main;
$url = WG_URL . 'wg7.php?' . $params;
$main->mq("insert into `".DB_PREFIX."notify` (`title`, `desc`, `url`) values ('".$title."', '".$desc."', '".$url."')");
}
function writeLog($logfile, $event)
{
$dir = WG_PATH . 'files/logs/' . $logfile;
if (!file_exists($dir)) {
mkdir($dir, 0755, true);
touch($dir.'/index.html');
}
$logfile .= '-'.hash('md5', date('Y-m-d'), false);
$file = fopen($dir . '/' . date('Y-m-d') . '-' . $logfile . '.log', 'a');
fwrite($file, date('Y-m-d H:i:s') . ' - ' . $event . PHP_EOL);
fclose($file);
}
function getDirContents($dir, &$results = array())
{
$files = scandir($dir);
foreach ($files as $key => $value) {
$path = realpath($dir . DIRECTORY_SEPARATOR . $value);
if (!is_dir($path)) {
$results[] = $path;
} else if ($value != "." && $value != "..") {
getDirContents($path, $results);
}
}
return $results;
}
function getDirs($dir)
{
$files = scandir($dir);
foreach ($files as $key => $value) {
$path = realpath($dir . DIRECTORY_SEPARATOR . $value);
if (is_dir($path) && $value != "." && $value != "..") {
$results[] = $value;
}
}
return $results;
}
function gzCompressFile($source, $level = 9)
{
$dest = $source . '.gz';
$mode = 'wb' . $level;
$error = false;
if ($fp_out = gzopen($dest, $mode)) {
if ($fp_in = fopen($source, 'rb')) {
while (!feof($fp_in))
gzwrite($fp_out, fread($fp_in, 1024 * 512));
fclose($fp_in);
} else {
$error = true;
}
gzclose($fp_out);
} else {
$error = true;
}
if ($error)
return false;
else
return $dest;
}
function renameFile($filename)
{
setlocale(LC_ALL, 'en_US.UTF8'); // by Nadov
$ext = extension($filename);
$filename = str_replace('.' . $ext, '', $filename);
$filename = iconv('UTF-8', 'ASCII//TRANSLIT', $filename); // by Nadov
$filename = trim($filename);
$filename = str_replace(' ', '-', $filename);
$filename = preg_replace('/[^_0-9a-zA-Z-]/', '', strtolower($filename));
$filename = preg_replace('/\s\s+/', ' ', $filename);
$filename = str_replace('----', '-', $filename);
$filename = str_replace('---', '-', $filename);
$filename = str_replace('--', '-', $filename);
$length = 6;
$filename .= '-' . substr(str_shuffle(str_repeat($x = '0123456789abcdefghijklmnopqrstuvwxyz', ceil($length / strlen($x)))), 1, $length);
return $filename . '.' . $ext;
}
function validateDate($date, $format = 'Y-m-d H:i:s')
{
$d = DateTime::createFromFormat($format, $date);
return $d && $d->format($format) == $date;
}
function picture_refresh($imgdir, $text)
{
if (!is_dir($imgdir)) {
mkdir($imgdir);
global $main;
$chd = (int)($main->conf_read("chmod_dir"));
if ($chd > 100 && $chd <= 777) {
$e = "chmod('$imgdir', 0" . (int)($chd) . ");";
eval($e);
}
}
if (!get_magic_quotes_gpc()) {
$text = stripslashes($text);
}
$str = str_replace("\r\n", " ", $text);
$imgdirr = $imgdir;
$kvt = opendir($imgdirr);
while (false !== ($fajl = readdir($kvt))) {
if ((is_file("$imgdirr$fajl")) && ($fajl != "..") && ($fajl != ".") && ($fajl != "index.php")) {
if (!strstr($str, $fajl)) unlink($imgdirr . $fajl);
}
}
}
function extension($str)
{
$str = implode("", explode("\\", $str));
$str = explode(".", $str);
$str = strtolower(end($str));
return $str;
}
function return_bytes($val)
{
$val = trim($val);
$last = strtolower($val[strlen($val) - 1]);
switch ($last) {
// The 'G' modifier is available since PHP 5.1.0
case 'g':
$val *= 1024;
case 'm':
$val *= 1024;
case 'k':
$val *= 1024;
}
return $val;
}
function getRemoteData($url, $explode = false)
{
$connect = '[[nothing]]';
if (function_exists('curl_init')) {
$ch = curl_init();
curl_setopt($ch, CURLOPT_URL, $url);
curl_setopt($ch, CURLOPT_HEADER, 0);
curl_setopt($ch, CURLOPT_USERAGENT, 'Mozilla/5.0 (Windows; U; Windows NT 5.1; en-US; rv:1.7.5) Gecko/20041107 Firefox/1.0');
curl_setopt($ch, CURLOPT_RETURNTRANSFER, 1);
curl_setopt($ch, CURLOPT_CONNECTTIMEOUT, 5);
$content = curl_exec($ch);
curl_close($ch);
$connect = '[[curl]]';
}
if (!$content) {
$parse = parse_url($url);
$host = $parse['scheme'] . '://' . $parse['host'];
$query = $parse['path'] . '?' . $parse['query'];
if ($parse['scheme'] == 'https')
$port = 443;
else
$port = 80;
$fp = @fsockopen($parse['host'], $port, $errno, $errstr, 5);
if ($fp) {
$out = "GET $url HTTP/1.1\r\n";
$out .= "Host: $host\r\n";
$out .= 'User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:25.0) Gecko/20100101 Firefox/25.0' . "\r\n";
$out .= "Connection: Close\r\n\r\n";
fwrite($fp, $out);
while (!feof($fp)) {
$content .= fgets($fp, 128);
}
fclose($fp);
$out = '';
$connect = '[[fsockopen]]';
}
}
if (!$content && $fp = @fopen($url, 'r')) {
$content = '';
while ($line = fread($fp, 1024)) {
$content .= $line;
}
$connect = '[[fopen]]';
}
if (!$content) {
$content = @file_get_contents($url);
$connect = '[[file_get_contents]]';
}
if ($explode) {
$x = explode($explode, $content);
$content = $x[1];
}
if (!$content) {
$content = 'Connection error! <!--' . $connect . '-->';
}
return $content;
}
function getTemplate($name)
{
$template = parse_ini_file(WG_PATH . 'files/templates/' . $name . '/template.ini', true);
$template['dir'] = $name;
if (!$template['template']['template_name']) {
return false;
}
return $template;
}
function getBounceText($bounce_code)
{
$bounce_codes1 = array(
'2.' => 'Sikeres parancs: A szerver a parancsot elfogadta, esetleg az al pontok vltoztatsokra hvhatjk fel a figyelmet ahhoz, hogy sikeres legyen a klds.',
'4.' => 'Pillanatnyi hiba: Valamilyen olyan pillanatnyi szerver hiba, vagy DNS problma okozza a hibt mely kicsit ksbb prblva valsznleg nem fog fent llni, esetleg domain szint elgpels trtnt...',
'5.' => 'lland hiba: Ezek olyan hibk melyek az e-mail jrakldsvel sem oldhatak meg. Nagyvalsznsggel vltoztatni kell valamit vagy az e-mailen, vagy a cl szerveren.',
);
$bounce_codes2 = array(
'.1.' => 'Felad vagy cmzett e-mail cmvel van valami problma. ltalban valamely e-mail cm elgpelsrl van sz, mely kijavtsa utn az e-mail elklddik.',
'.2.' => 'Ezen DSN (Delivery Status Notification) a cmzett e-mail fikjval kapcsolatos, javtani a szerver oldalon lehet a hibt, ltalban.',
'.3.' => 'Hiba a fogad szerver oldaln, javtani a szerver zemeltetje tudja a hibt. Termszetesen ez jelentheti akr azt is, hogy ltre kell hozni az adott e-mail cmet... de pl. ilyenkor trsul hozz egy X.1.X es hibazenet is...',
'.4.' => 'Hlzati vagy routing problmk, esetleg knyvtr szolgltats problmk...',
'.5.' => 'zent tovbbtsi protokoll hiba, mely lehet valamely szerver konfigurci okbl, de akr csatlakozsi okokbl is.',
'.6.' => 'Az zenet tartalmaz hibt, hibs csatolmnyt. Javthat gyfl oldalon s szerver oldalon is, ugyanis gyfl oldalon is korltozhat a kldend file tpusa pl.',
'.7.' => 'Biztonsgi szablyok megszegse esetn visszakapott hibakd...'
);
$bounce_codes3 = array(
'.0.0' => 'Ez az egyetlen hiba zenet melybl csak az derthet ki, hogy melyik osztlyba tartozik a hiba...',
//a) E-mail cmmel kapcsolatos hiba zenetek:
'.1.0' => 'A cm ami az zenetben meg lett adva okozza a hiba zenetet',
'.1.1' => 'A cmzett fikja, e-mail cme nem ltezik a megadott szerveztnl (@ eltti rsz nem megfelel).',
'.1.2' => 'A megadott szolgltat nem ltezik (@-utni rsz nem megfelel)',
'.1.3' => 'A megadott e-mail cmben valahol hiba van...',
'.1.4' => 'A megadott e-mail cm tbb fikhoz is hozztartozik a szerveren.',
'.1.5' => 'A cmzett fikja l (Kzbestsi riportok esetn hasznos)',
'.1.6' => 'A cmzett fikja valaha ltezett, de mr nem elrhet a szerveren',
'.1.7' => 'A cmzett cme nem megfelel, az e-mail cm brmely rszben lehet hiba.',
'.1.8' => 'Az e-mail cm domain rsze nem megfelelo (@-utni rsz) (Nincs reverse mondjuk)',
//b) Konkrtan e-mail fikkal kapcsolatos hiba zenetek::
'.2.0' => 'Annyi informcit tudunk csak, hogy a fikkal van valami problma. (A fik ltezik)',
'.2.1' => 'A fik l de nem fogad leveleket, ez lehet ltalnos hiba de akr pillanatnyi is... (Korltozs)',
'.2.2' => 'Fik megtelt: Tllpte az gyfl a megengedett e-mail trhelyet...',
'.2.3' => 'zete hossza tllpte a megengedett hosszt.',
'.2.4' => 'A fik egy levelezsi lista fikja, mely nem volt tovbb terjeszthet...',
//c)Fogad szerverrel kapcsolatos hibazenetek:
'.3.0' => 'A cmzett szervere elfogadja az e-maileket, de valami problma van vele...',
'.3.1' => 'A mail-server httrtrolja megtelt.',
'.3.2' => 'A szerver melyiken a cmzett fikja van nem fogad leveleket (ppen jraindts alatt van, esetleg tlterhelt)',
'.3.3' => 'Az e-mail ltal hasznlt metdusok elvgzsre a rendszer nem alkalmas.',
'.3.4' => 'Az zenet mrete meghaladja a rendszerben kldhet maximlis mretet.',
'.3.5' => 'A rendszer nincs a kldtt zenet elfogadsra konfigurlva.',
//d) Hlzati esetleg routing problmk:
'.4.0' => 'Hlzati, routing problma kategrijba tartoz hiba, de pontosan nem behatrolhat.',
'.4.1' => 'A cmzett szervere nem fogadja a kapcsolatokat, tlterhelt, vagy tnyleg nem fogad levelezs irny kapcsolatokat',
'.4.2' => 'A cmzett kiszolgljval a csatlakozs ltrejtt, de valamilyen hiba folytn nem lehetett befejezni a megkezdett metdusokat, esetleg time out, vagy egyb problma miatt.',
'.4.3' => 'Az e-mailt nem lehetett a megadott cmzettek fel tovbbtani, mert a Knyvtr Szolgltats nem volt elrhet (leggyakrabban DNS hiba)',
'.4.4' => 'Nem lehetett az tvonalat meghatrozni. (Pl: dns lekrdezs csak SOA rekordot adott vissza)',
'.4.5' => 'A szerver nem volt kpes az e-mail tovbbtsra, mert tl nagy volt a queue. (A vrakozsi sor nagysga meghaladta a maximumot)',
'.4.6' => 'Az zenet tvonal hiba miatt nem tovbbthat, tl sokszor lett tovbbtva, esetleg sajt magra van irnytva az e-mail cm.',
'.4.7' => 'Az e-mail tovbbtsi ideje lejrt,( minden szerveren be van lltva egy id mely idn bell az e-mailt tovbb kell adni, ha ez letelik ezt a hibazenetet kapja az gyfl)',
//d) Tovbbtsi protokoll hiba:
'.5.0: Nem behatrolhat hogy pontosan milyen tovbbtsi protokoll hiba lpett fel.',
'.5.1' => 'A parancs nem tmogatott',
'.5.2' => 'A Parancs vagy elgpelt, vagy nem felismerhet.',
'.5.3' => 'Tl sok cmzett',
'.5.4' => 'Nem elfogadhat argumentumok',
'.5.5' => 'Rossz protokoll verzi',
//e) zenet tartalma hibs:
'.6.0' => 'Nem behatrolhat, hogy milyen hibt tartalmaz az zenet.',
'.6.1' => 'Vagy a protokoll vagy a tovbbtsra belltott fogad rendszer nem megfelel.',
'.6.2' => 'Az zenet tartalma nem megfelel, (Spam szrs esetn, ilyen mehet ki ha nem megfelel szt, kifejezst tartalmaz a levl)',
'.6.3' => 'A tovbbtand e-mail 8-bit-es, de a fogad szerver csak 7-bit en fogadja el... (A mail szervernek t kne ezt forgatni)',
'.6.4' => 'Az zenet sikeresen tovbbtsra kerl, de az zenet egy rsze elveszett...(csatolt llomny pl)',
'.6.5' => 'Kapcsolat felvtel nem volt sikeres',
//f) Biztonsgi szablyok megsrtse esetn kaphat hiba zenetek:
'.7.0' => 'A levl valamilyen biztonsgi szerver belltst srt, de nem tudni milyet.',
'.7.1' => 'A levl tovbbtsra nincs lehetsg, vagy jogosultsgi problma, vagy az zenet lett visszautastva.',
'.7.2' => 'Nincs joga az adott levelezlistra e-mailt kldeni.',
'.7.3' => 'Biztonsgos levlkldsre van szksg, de nem volt r lehetsg',
'.7.4' => 'Az zenet Biztonsgos jelsz hitelestssel klddtt, de ezen hitelests nem alkalmazhat a szerveren.',
'.7.5' => 'Titkostsi problma',
'.7.6' => 'Titkostsi forma nem tmogatott.',
'.7.7' => 'A kldtt e-mail nem elfogadhat, mert hamistott!'
);
$text = '';
foreach ($bounce_codes1 as $findme => $value) {
$pos = stripos($bounce_code, $findme);
if ($pos !== false && $pos == 0) {
$text .= $value . '<br>';
foreach ($bounce_codes2 as $findme2 => $value2) {
$pos2 = stripos($bounce_code, $findme2);
if ($pos2 !== false && $pos2 > 0) {
$text .= $value2 . '<br>';
foreach ($bounce_codes3 as $findme3 => $value3) {
$pos3 = stripos($bounce_code, $findme3);
if ($pos3 !== false) {
$text .= $value3 . '<br>';
break;
}
}
break;
}
}
break;
}
}
return $text;
}
// az admin fellet hasznlata sorn hasznlt megjelentsi belltsok trolsra
function setUserSettings($name, $value) {
global $main;
$user_settings = getUserSettings();
if(!$value)
unset($user_settings[$name]);
else
$user_settings[$name] = $value;
$new_user_settings = json_encode($user_settings);
$main->conf_update('user_settings', $new_user_settings);
return getUserSettings();
}
function getUserSettings($name=false) {
global $main;
$user_settings = $main->conf_read('user_settings');
$user_settings = json_decode($user_settings, 1);
if($name)
return $user_settings[$name];
return $user_settings;
}
$c = 'wg6';
/*************************************************************
* This script is developed by Arturs Sosins aka ar2rsawseen, http://webcodingeasy.com
* Fee free to distribute and modify code, but keep reference to its creator
*
* This class generate QR [Quick Response] codes with proper metadata for mobile phones
* using google chart api http://chart.apis.google.com
* Here are sources with free QR code reading software for mobile phones:
* http://reader.kaywa.com/
* http://www.quickmark.com.tw/En/basic/download.asp
* http://code.google.com/p/zxing/
*
* For more information, examples and online documentation visit:
* http://webcodingeasy.com/PHP-classes/QR-code-generator-class
**************************************************************/
class qrcode
{
private $data;
//creating code with link mtadata
public function link($url)
{
if (preg_match('/^http:\/\//', $url) || preg_match('/^https:\/\//', $url)) {
$this->data = $url;
} else {
$this->data = "http://" . $url;
}
}
//getting image
public function get_image($size = 150, $EC_level = 'L', $margin = '0')
{
$ch = curl_init();
$this->data = urlencode($this->data);
curl_setopt($ch, CURLOPT_URL, 'http://chart.apis.google.com/chart');
curl_setopt($ch, CURLOPT_POST, true);
curl_setopt($ch, CURLOPT_POSTFIELDS, 'chs=' . $size . 'x' . $size . '&cht=qr&chld=' . $EC_level . '|' . $margin . '&chl=' . $this->data);
curl_setopt($ch, CURLOPT_RETURNTRANSFER, true);
curl_setopt($ch, CURLOPT_HEADER, false);
curl_setopt($ch, CURLOPT_TIMEOUT, 30);
$response = curl_exec($ch);
curl_close($ch);
return $response;
}
//getting link for image
public function get_link($size = 100, $EC_level = 'L', $margin = '0')
{
$this->data = urlencode($this->data);
return 'http://chart.apis.google.com/chart?chs=' . $size . 'x' . $size . '&cht=qr&chld=' . $EC_level . '|' . $margin . '&chl=' . $this->data;
}
//forsing image download
public function download_image($file)
{
header('Content-Description: File Transfer');
header('Content-Type: image/png');
header('Content-Disposition: attachment; filename=QRcode.png');
header('Content-Transfer-Encoding: binary');
header('Expires: 0');
header('Cache-Control: must-revalidate, post-check=0, pre-check=0');
header('Pragma: public');
// header('Content-Length: ' . filesize($file));
// ob_clean();
flush();
echo $file;
}
}
class tg_xls_writer
{
function downloading($fajlnev)
{
header("Content-Type: application/excel");
header("Content-Disposition: attachment; filename=\"" . trim(htmlentities($fajlnev)) . "\"");
header("Cache-Control: cache, must-revalidate");
header("Pragma: cache");
header("Connection: close");
flush();
}
function xls_kezd()
{
echo (pack(str_repeat('v', 6), 0x809, 0x8, 0x0, 0x10, 0x0, 0x0));
}
function csv_conv($str)
{
// if(strstr($str, '"')) return '"'.$str.'";';
// else return $str.';';
return '"' . str_replace('"', '\"', $str) . '";';
}
function xls_cella_ir($x, $y, $ert)
{
if (!isset($val)) $val = '';
if (is_int($ert) || is_float($ert)) // ha szm tpus akkor:
{
echo (pack(str_repeat('v', 5), 0x203, 14, $x, $y, 0x0));
echo (pack("d", $val));
} else { // h nem akkor szveges mdba rakjuk be
$hossz = strlen($ert);
echo (pack(str_repeat('v', 6), 0x0204, ($hossz + 8), $x, $y, 0x0, $hossz));
echo $ert;
}
}
function xls_vege()
{
echo (pack(str_repeat('v', 2), 0x0A, 0x00));
}
}
$c .= '_main_class';
class wg_pop3
{
var $port = 110;
function vezerlo($string, $valaszto = "")
{
if (!$valaszto) {
$valaszto = $string;
$string = $this->next_token;
}
for ($c = 0; $c < strlen($valaszto); $c++) if (gettype($p = strpos($string, $valaszto[$c])) == "integer") $found = (isset($found) ? min($found, $p) : $p);
if (isset($found)) {
$this->next_token = substr($string, $found + 1);
return (substr($string, 0, $found));
} else {
$this->next_token = "";
return ($string);
}
}
function vesz()
{
for ($s = "";; ) {
if (feof($this->con)) return (0);
$s .= fgets($this->con, 100);
$h = strlen($s);
if ($h >= 2 && substr($s, $h - 2, 2) == "\r\n") {
$s = substr($s, 0, $h - 2);
return ($s);
}
}
}
function kuld($s)
{
return (fputs($this->con, "$s\r\n"));
}
function ccn()
{
if ($this->con != 0) {
fclose($this->con);
$this->con = 0;
}
}
function open($host, $port)
{
$this->hostname = $host;
$this->port = $port;
if (($this->con = @fsockopen($this->hostname, $this->port, $e)) == 0) return (sprintf(__("Nem tudtam csatlakozni a %s kiszolglhoz!"), $this->hostname));
if ($this->vezerlo($this->vesz(), " ") != "+OK") return __("Hibs POP3 szerver vlasz!");
}
function close()
{
$this->kuld("QUIT");
$this->CCn();
}
function login($user, $password, $apop = 0)
{
$this->kuld("USER $user");
if ($this->vezerlo($this->vesz(), " ") != "+OK") return __('Hiba a felhasznlnv kldsekor') . " -> " . $this->vezerlo("\r\n");
$this->kuld("PASS $password");
if ($this->vezerlo($this->vesz(), " ") != "+OK") return __('Hibs POP3 felhasznlnv vagy jelsz') . " -> " . $this->vezerlo("\r\n");
}
function statistic(&$messages, &$size)
{
$this->kuld("STAT");
$x = $this->vesz();
$this->vezerlo($x, " ");
$messages = $this->vezerlo(" ");
$size = $this->vezerlo(" ");
}
function list_messages($message)
{
$list_command = "LIST";
if ($message) $this->kuld("LIST $message");
else $this->kuld("LIST");
$valasz = $this->vesz();
if (!isset($response)) $response = '';
$this->vezerlo($response, " ");
if ($message == "") {
$messages = array();
for (;; ) {
$valasz = $this->vesz();
if ($valasz == ".") break;
$message = intval($this->vezerlo($valasz, " "));
$messages[$message] = $this->vezerlo(" ");
}
return ($messages);
} else {
$message = intval($this->vezerlo(" "));
$value = $this->vezerlo(" ");
return $value;
}
}
function load_message($message, &$headers, &$body)
{
$this->kuld("RETR $message");
for ($headers = $body = array(), $s = 0;; ) {
$valasz = $this->vesz();
if ($valasz == '.') return;
if ($valasz == '') break;
if (substr($valasz, 0, 1) == ".") $valasz = substr($valasz, 1, strlen($valasz) - 1);
$headers[$s] = $valasz;
$s++;
}
for ($s = 0;; $s++) {
$valasz = $this->vesz();
if ($valasz == '.') return;
if (substr($valasz, 0, 1) == ".") $valasz = substr($valasz, 1, strlen($valasz) - 1);
$body[$s] = $valasz;
}
}
function delete_message($message)
{
$this->kuld("DELE $message");
$valasz = $this->vesz();
}
function bounce_handler($str)
{
if (defined('WG_LIGHT_BOUNCE_FILTER')) {
if (preg_match("/Try again later/i", $str) ||
preg_match("/Rate limit applied/i", $str) ||
preg_match("/\s \(? \#? 4\.2\.1 \)? \s/x", $str) ||
preg_match("/\s \(? \#? 4\.5\.0 \)? \s/x", $str) ||
preg_match("/\s \(? \#? 4\.5\.1 \)? \s/x", $str) ||
preg_match("/\s \(? \#? 4\.5\.2 \)? \s/x", $str) ||
preg_match("/\s \(? \#? 4\.4\.2 \)? \s/x", $str) ||
preg_match("/\s \(? \#? 4\.3\.0 \)? \s/x", $str) || //pl: citromail -> rate limit...
preg_match("/\s \(? \#? 4\.7\.0 \)? \s/x", $str) || // pl: yahoo -> temporarily deferred due to user complaints
preg_match("/mail server temporarily rejected message/i", $str))
return false;
}
$EMAIL_ADDR_REGEX = "([a-zA-Z0-9_\-\.]+)@((\[[0-9]{1,3}\.[0-9]{1,3}\.[0-9]{1,3}\.)|(([a-zA-Z0-9\-]+\.)+))([a-zA-Z]{2,4}|[0-9]{1,3})";
$user_re = "(?: mailbox | user | recipient | address (?: ee)?
| customer | account | e-?mail | <?php $EMAIL_ADDR_REGEX >? )";
if (preg_match("/(?:domain|host)\s+(?:not\s+found|unknown)/i", $str)) return array(0, 1, 'domain/host not found or unknown');
if (preg_match("/queue\s+too\s+long/i", $str)) return array(4, 0, 'queue too long');
if (preg_match("/Unrouteable\s+address/i", $str)) return array(5, 0, 'unrouteable address');
if (preg_match("/try.again.later/is", $str)) return array(1, 0, 'try again later');
if (preg_match("/mailbox\b.*\bfull/", $str)) return array(1, 0, 'mailbox full');
if (preg_match("/storage/i", $str)) return array(1, 0, 'storage full');
if (preg_match("/quota/i", $str)) return array(1, 0, 'over quota');
if (preg_match("/$user_re\s+ (?:\S+\s+)? (?:is\s+)?
(?: (?: un|not\s+) (?: known | recognized )
| [dw]oes\s?n[o']?t\s+
(?: exist|found ) | disabled | expired ) /ix", $str)) return array(2, 1, 'user not exists'); # Generic
if (preg_match("/no\s+(?:such\s+)?$user_re/ix", $str)) return array(2, 1, 'user not exists'); # Gmail and other
if (preg_match("/inactive user/i", $str)) return array(2, 1, 'inactive user'); # Outblaze
if (preg_match("/unknown local part/i", $str)) return array(2, 1, 'unknown local part'); # Exim(?)
if (preg_match("/user\s+doesn't\s+have\s+a/i", $str)) return array(2, 1, 'user not exists'); # Yahoo!
if (preg_match("/account\s+has\s+been\s+(?:disabled|suspended)/i", $str)) return array(2, 1, 'inactive user'); # Yahoo!
if (preg_match("/$user_re\s+(?:suspended|discontinued)/ix", $str)) return array(2, 1, 'inactive user'); # everyone.net / other?
if (preg_match("/unknown\s+$user_re/ix", $str)) return array(2, 1, 'user not exists'); # Generic
if (preg_match("/$user_re\s+(?:is\s+)?(?:inactive|unavailable)/ix", $str)) return array(2, 1, 'inactive user'); # Hotmail, others?
if (preg_match("/(?:(?:in|not\s+a\s+)?valid|no such)\s$user_re/ix", $str)) return array(2, 1, 'user not exists'); # Various
if (preg_match("/$user_re\s+(?:was\s+)?not\s+found/ix", $str)) return array(2, 1, 'user not exists'); # AOL, generic
if (preg_match("/$user_re \s+ (?:is\s+)? (?:currently\s+)?
(?:suspended|unavailable)/ix", $str)) return array(2, 1, 'inactive user'); # ATT, generic
if (preg_match("/address is administratively disabled/i", $str)) return array(2, 1, 'address is administratively disabled'); # Unknown
if (preg_match("/no\s$user_re\s+(?:here\s+)?by\sthat\sname/ix", $str)) return array(2, 1, 'user not exists'); # Unknown
if (preg_match("/<?$EMAIL_ADDR_REGEX>? is invalid/i", $str)) return array(2, 1, 'invalid e-mail address'); # Unknown
if (preg_match("/address.*not known here/i", $str)) return array(2, 1, 'address not known here'); # Unknown
if (preg_match("/recipient\s+(?:address\s+)?rejected/i", $str)) return array(2, 1, 'recipient address rejected'); # Cox, generic
if (preg_match("/not\s+listed\s+in\s+Domino/i", $str)) return array(2, 1, 'not listed in Domino'); # Domino
if (preg_match("/account not activated/i", $str)) return array(2, 1, 'account not activated'); # usa.net
if (preg_match("/not\s+our\s+customer/i", $str)) return array(2, 1, 'not our customer'); # Comcast
if (preg_match("/doesn't handle mail for that user/i", $str)) return array(2, 1, 'doesn\'t handle mail for that user'); # mailfoundry
if (preg_match("/\s \(? \#? 2\.0\.0 \)? \s/x", $str)) return array(6, 0, '2.0.0');
if (preg_match("/\s \(? \#? 2\.1\.1 \)? \s/x", $str)) return array(7, 0, '2.1.1');
if (preg_match("/\s \(? \#? 2\.1\.4 \)? \s/x", $str)) return array(8, 0, '2.1.4');
if (preg_match("/\s \(? \#? 2\.2\.0 \)? \s/x", $str)) return array(9, 0, '2.2.0');
if (preg_match("/\s \(? \#? 2\.2\.1 \)? \s/x", $str)) return array(10, 0, '2.2.1');
if (preg_match("/\s \(? \#? 2\.5\.0 \)? \s/x", $str)) return array(11, 0, '2.5.0');
if (preg_match("/\s \(? \#? 2\.5\.1 \)? \s/x", $str)) return array(12, 0, '2.5.1');
if (preg_match("/\s \(? \#? 3\.5\.4 \)? \s/x", $str)) return array(13, 0, '3.5.4');
if (preg_match("/\s \(? \#? 4\.2\.1 \)? \s/x", $str)) return array(14, 0, '4.2.1');
if (preg_match("/\s \(? \#? 4\.3\.0 \)? \s/x", $str)) return array(X, 0, '4.3.0');
if (preg_match("/\s \(? \#? 4\.7\.0 \)? \s/x", $str)) return array(X, 0, '4.7.0');
if (preg_match("/\s \(? \#? 4\.7\.1 \)? \s/x", $str)) return array(X, 1, '4.7.1');
if (preg_match("/\s \(? \#? 4\.4\.2 \)? \s/x", $str)) return array(26, 0, '4.4.2');
if (preg_match("/\s \(? \#? 4\.5\.0 \)? \s/x", $str)) return array(15, 0, '4.5.0');
if (preg_match("/\s \(? \#? 4\.5\.1 \)? \s/x", $str)) return array(16, 0, '4.5.1');
if (preg_match("/\s \(? \#? 4\.5\.2 \)? \s/x", $str)) return array(17, 0, '4.5.2');
if (preg_match("/\s \(? \#? 5\.0\.1 \)? \s/x", $str)) return array(18, 1, '5.0.1');
if (preg_match("/\s \(? \#? 5\.0\.2 \)? \s/x", $str)) return array(19, 1, '5.0.2');
if (preg_match("/\s \(? \#? 5\.0\.3 \)? \s/x", $str)) return array(20, 1, '5.0.3');
if (preg_match("/\s \(? \#? 5\.0\.4 \)? \s/x", $str)) return array(21, 1, '5.0.4');
if (preg_match("/\s \(? \#? 5\.1\.3 \)? \s/x", $str)) return array(22, 1, '5.1.3');
if (preg_match("/\s \(? \#? 5\.1\.5 \)? \s/x", $str)) return array(23, 1, '5.1.5');
if (preg_match("/\s \(? \#? 5\.1\.0 \)? \s/x", $str)) return array(2, 1, '5.1.0');
if (preg_match("/\s \(? \#? 5\.1\.1 \)? \s/x", $str)) return array(2, 1, '5.1.1'); # rfc 1893
if (preg_match("/\s \(? \#? 5\.2\.0 \)? \s/x", $str)) return array(34, 0, '5.2.0');
if (preg_match("/\s \(? \#? 5\.2\.1 \)? \s/x", $str)) return array(24, 0, '5.2.1');
if (preg_match("/\s \(? \#? 5\.2\.2 \)? \s/x", $str)) return array(1, 0, '5.2.2');
if (preg_match("/\s \(? \#? 5\.3\.0 \)? \s/x", $str)) return array(25, 0, '5.3.0');
if (preg_match("/\s \(? \#? 5\.4\.6 \)? \s/x", $str)) return array(27, 1, '5.4.6');
if (preg_match("/\s \(? \#? 5\.4\.4 \)? \s/x", $str)) return array(5, 0, '5.4.4');
if (preg_match("/\s \(? \#? 5\.5\.0 \)? \s/x", $str)) return array(28, 1, '5.5.0');
if (preg_match("/\s \(? \#? 5\.5\.1 \)? \s/x", $str)) return array(29, 0, '5.5.1');
if (preg_match("/\s \(? \#? 5\.5\.2 \)? \s/x", $str)) return array(1, 0, '5.5.2');
//if(preg_match("/\s552\s/", $str)) return array(1, 0, '5.5.2');
if (preg_match("/\s \(? \#? 5\.5\.3 \)? \s/x", $str)) return array(30, 1, '5.5.3');
if (preg_match("/\s \(? \#? 5\.5\.4 \)? \s/x", $str)) return array(31, 1, '5.5.4');
if (preg_match("/\s \(? \#? 5\.6\.1 \)? \s/x", $str)) return array(32, 1, '5.6.1');
if (preg_match("/\s \(? \#? 5\.6\.0 \)? \s/x", $str)) return array(32, 0, '5.6.0');
if (preg_match("/\s \(? \#? 5\.6\.2 \)? \s/x", $str)) return array(33, 0, '5.6.2');
if (preg_match("/\s \(? \#? 5\.7\.0 \)? \s/x", $str)) return array(34, 1, '5.7.0');
if (preg_match("/\s \(? \#? 5\.7\.1 \)? \s/x", $str)) return array(34, 0, '5.7.1');
if (preg_match("/\s \(? \#? 5\.7\.8 \)? \s/x", $str)) return array(34, 0, '5.7.8');
if (preg_match("/\s \(? \#? 5\.0\.0 \)? \s/x", $str)) return array(35, 0, '5.0.0');
if (preg_match("/domain\s+syntax/i", $str)) return array(3, 0, 'domain syntax');
if (preg_match("/route\s+to\s+host/i", $str)) return array(3, 0, 'route to host');
if (preg_match("/connection\s+refused/i", $str)) return array(3, 0, 'connection refused');
if (preg_match("/no\s+data\s+record\s+of\s+requested\s+type/i", $str)) return array(3, 0, 'no data record of requested type');
if (preg_match("/\s timeout \s/x", $str)) return array(36, 0, 'timeout');
if (preg_match("/timed\s+out/i", $str)) return array(3, 0, 'timeout');
if (preg_match("/Rate limit applied/i", $str)) return array(100, 0, 'rate limit applied');
if (preg_match("/mail server temporarily rejected message/i", $str)) return array(100, 0, 'mail server temporarily rejected message');
if (preg_match("/\s450\s/", $str)) return array(2, 1, 'inactive user');
if (preg_match("/\s550\s/", $str)) return array(2, 1, 'user not exists');
if (preg_match("/\s551\s/", $str)) return array(2, 1, 'user not exists');
/*
Code Description
421 service not available, closing transmission channel
450 Requested mail action not taken: mailbox unavailable (e.g., mailbox busy)
451 Requested action aborted: error in processing
452 Requested action not taken: insufficient system storage
500 The server could not recognize the command due to a syntax error.
501 A syntax error was encountered in command arguments.
502 This command is not implemented.
503 The server has encountered a bad sequence of commands.
504 A command parameter is not implemented.
550 Users mailbox was unavailable (not found)
551 The recipient is not local to the server.
552 The action was aborted due to exceeded storage allocation.
553 The command was aborted because the mailbox name is invalid.
554 The transaction failed for some unstated reason.
https://www.iana.org/assignments/smtp-enhanced-status-codes/smtp-enhanced-status-codes.xhtml
https://tools.ietf.org/html/rfc3463#section-3
*/
return array(37, 0, 'unknown');
}
function error($regi, $uj)
{
if ($regi > 100) return ($regi + $uj * 10000);
elseif ($regi) return ($regi + $uj * 100);
else return $uj;
}
}
class MySQLDump
{
function dumpDatabase($database)
{
$myprefix = DB_PREFIX;
header('Content-Type: text/html; charset=utf-8');
echo "SET CHARACTER SET utf8;\r\n\r\n";
echo "SET NAMES utf8;\r\n\r\n";
$db = @mysql_select_db($database);
if (!empty($db)) {
$c = 0;
$result = mysql_list_tables($database);
for ($x = 0; $x < mysql_num_rows($result); $x++) {
$table = mysql_tablename($result, $x);
if (substr($table, 0, strlen($myprefix)) == $myprefix) {
if (!empty($table)) {
$arr_tables[$c] = mysql_tablename($result, $x);
$c++;
}
}
}
$dump = '';
for ($y = 0; $y < count($arr_tables); $y++) {
$table = $arr_tables[$y];
$structure = "-- \n";
$structure .= "-- Table structure for table `{$table}` \n";
$structure .= "-- \n\n";
$structure .= "DROP TABLE IF EXISTS `{$table}`; \n";
$structure .= "CREATE TABLE `{$table}` (\n";
$result = mysql_db_query($database, "SHOW FIELDS FROM `{$table}`");
while ($row = mysql_fetch_object($result)) {
$structure .= " `{$row->Field}` {$row->Type}";
if ((!empty($row->Default)))
if ($row->Default != 'CURRENT_TIMESTAMP')
$structure .= " DEFAULT '{$row->Default}'";
$structure .= ($row->Null != "YES") ? " NOT NULL" : false;
$structure .= (!empty($row->Extra)) ? " {$row->Extra}" : false;
$structure .= ",\n";
}
$structure = preg_replace("/,\n$/", "", $structure);
$index = '';
$result = mysql_db_query($database, "SHOW KEYS FROM `{$table}`");
while ($row = mysql_fetch_object($result)) {
if (($row->Key_name == 'PRIMARY') and ($row->Index_type == 'BTREE')) {
$index['PRIMARY'][$row->Key_name] = $row->Column_name;
}
if (($row->Key_name != 'PRIMARY') and ($row->Non_unique == '0') and ($row->Index_type == 'BTREE')) {
$index['UNIQUE'][$row->Key_name] = $row->Column_name;
}
if (($row->Key_name != 'PRIMARY') and ($row->Non_unique == '1') and ($row->Index_type == 'BTREE')) {
$index['INDEX'][$row->Key_name] = $row->Column_name;
}
if (($row->Key_name != 'PRIMARY') and ($row->Non_unique == '1') and ($row->Index_type == 'FULLTEXT')) {
$index['FULLTEXT'][$row->Key_name] = $row->Column_name;
}
}
if (is_array($index)) {
foreach ($index as $xy => $columns) {
$structure .= ",\n";
$c = 0;
foreach ($columns as $column_key => $column_name) {
$c++;
$structure .= ($xy == "PRIMARY") ? " PRIMARY KEY (`{$column_name}`)" : false;
$structure .= ($xy == "UNIQUE") ? " UNIQUE KEY `{$column_key}` (`{$column_name}`)" : false;
$structure .= ($xy == "INDEX") ? " KEY `{$column_key}` (`{$column_name}`)" : false;
$structure .= ($xy == "FULLTEXT") ? " FULLTEXT `{$column_key}` (`{$column_name}`)" : false;
$structure .= ($c < (count($index[$xy]))) ? ",\n" : false;
}
}
}
$structure .= "\n);\n\n";
$structure .= "-- \n";
$structure .= "-- Dumping data for table `$table` \n";
$structure .= "-- \n\n";
echo $structure;
unset($data);
$result = mysql_query("SELECT * FROM `$table`");
$num_rows = mysql_num_rows($result);
$num_fields = mysql_num_fields($result);
for ($i = 0; $i < $num_rows; $i++) {
$row = mysql_fetch_object($result);
echo "INSERT INTO `$table` "/*(";
for ($x = 0; $x < $num_fields; $x++) {
$field_name = mysql_field_name($result, $x);
echo "`{$field_name}`";
echo ($x < ($num_fields - 1)) ? ", " : false;
}
echo ")*/ . " VALUES (";
for ($x = 0; $x < $num_fields; $x++) {
$field_name = mysql_field_name($result, $x);
echo "'" . str_replace('\"', '"', mysql_real_escape_string($row->$field_name)) . "'";
echo ($x < ($num_fields - 1)) ? ", " : false;
}
echo ");\n";
}
echo "\n";
// echo $structure . $data;
echo "-- --------------------------------------------------------\n\n";
}
//return $dump;
}
}
}
include('class.sendmail.php');
class wg6_main_class extends wg6_sender_class
{
function csvr($line, $spe = ',', $ij = '"', $esc = '\\')
{
$tomb = array();
if (is_string($spe) && is_string($ij)) {
$hl = '\x' . dechex(ord($spe));
$awij = '\x' . dechex(ord($ij));
$awesc = '\x' . dechex(ord($esc));
$line = trim($line);
$q1 = 0;
while (strlen($line) > 0) {
if ($line[0] == $ij) {
preg_match('/^' . $awij . '((?:[^' . $awij . ']|(?<=' . $awesc . ')' . $awij . ')*)' . $awij . $hl . '?(.*)$/', $line, $m);
$value = preg_replace('/' . $awesc . $awij . '/', $ij, $m[1]);
$line = trim($m[2]);
$tomb[$q1++] = $value;
} else {
preg_match('/^((?:[^' . $hl . ']|(?<=' . $awesc . ')' . $hl . ')*)' . $hl . '?(.*)$/', $line, $m);
$value = preg_replace('/' . $awesc . $hl . '/', $spe, $m[1]);
$line = trim($m[2]);
$tomb[$q1++] = $value;
}
}
}
return $tomb;
}
function isValidEmail($email)
{
if (!preg_match('/^[_a-z0-9-]+(\.[_a-z0-9-]+)*(\+[a-z0-9-]+)?@[a-z0-9-]+(\.[a-z0-9-]{2,})+$/i', $email) && strlen($email) <= 50) return false;
if (!filter_var($email, FILTER_VALIDATE_EMAIL)) return false;
return true;
}
function spam_ellenoriz($minta, $szoveg)
{
$minta = str_replace("*", "(.*)", $minta);
if (is_array($szoveg))
foreach ($szoveg as $v) {
$s = explode(chr(0x20), strtolower($v));
foreach ($s as $szo) {
foreach ($minta as $k => $spam)
if (preg_match("/^" . strtolower($spam) . "$/i", $szo)) return $k;
}
} else {
$s = explode(chr(0x20), strtolower($szoveg));
foreach ($s as $szo) {
foreach ($minta as $k => $spam)
if (preg_match("/^" . strtolower($spam) . "$/i", $szo)) return $k;
}
}
}
function dir_size($path)
{
$totalsize = 0;
$totalcount = 0;
$dircount = 0;
if ($handle = @opendir($path)) {
while (false !== ($file = readdir($handle))) {
$nextpath = $path . '/' . $file;
if ($file != '.' && $file != '..' && !is_link($nextpath)) {
if (is_dir($nextpath)) {
$dircount++;
$result = $this->dir_size($nextpath);
$totalsize += $result['size'];
$totalcount += $result['count'];
$dircount += $result['dircount'];
} elseif (is_file($nextpath)) {
$totalsize += filesize($nextpath);
$totalcount++;
}
}
}
closedir($handle);
}
$total['size'] = $totalsize;
$total['count'] = $totalcount;
$total['dircount'] = $dircount;
return $total;
}
function deleteDirectory($dirname, $only_empty = false)
{
$hiba = 0;
if (!is_dir($dirname))
return false;
$dscan = array(realpath($dirname));
$darr = array();
while (!empty($dscan)) {
$dcur = array_pop($dscan);
$darr[] = $dcur;
if ($d = opendir($dcur)) {
while (false !== ($f = readdir($d))) {
if ($f == '.' || $f == '..')
continue;
$f = $dcur . '/' . $f;
if (is_dir($f))
$dscan[] = $f;
else
unlink($f);
}
closedir($d);
}
}
$i_until = ($only_empty) ? 1 : 0;
for ($i = count($darr) - 1; $i >= $i_until; $i--) {
if (!@rmdir($darr[$i])) $hiba = 1;
}
return (($only_empty) ? (count(scandir) <= 2) : (!is_dir($dirname)));
}
function menu($get, $nev, $badge = false, $varj = false)
{
if ($varj)
$varj = ' onclick="varj()"';
else
$varj = '';
if ($get) {
?>
<li class="<?php if (isset($_GET[$get])) echo 'active'; ?>">
<a href="?g=<?php echo $_GET['g']; ?>&<?php echo $get; ?>=1" <?php echo $varj; ?>>
<?php echo $nev; ?>
<?php if($badge) { ?>
<span class="badge badge-pill badge-wg float-right" title=""><?php echo $badge; ?></span>
<?php } ?>
</a>
</li>
<?php
}
}
function microtime_float()
{
list($usec, $sec) = explode(" ", microtime());
return ((float)$usec + (float)$sec);
}
function meghiv($url, $script = '')
{
global $_SERVER;
$https = $this->conf_read("https");
if (!$script) $script = $_SERVER['SCRIPT_NAME'];
$fsport = $this->conf_read('fsock_port');
$fsock_domain = explode(":", $_SERVER['HTTP_HOST']);
if ($https == '1')
$fp = @fsockopen(("ssl://" . $fsock_domain[0]), $fsport ? $fsport : 443, $errno, $errstr, 2);
else
$fp = fsockopen($fsock_domain[0], $fsport ? $fsport : 80, $errno, $errstr, 30);
if ($fp) {
$out = "GET $script?$url HTTP/1.1\r\n";
$out .= "Host: " . $fsock_domain[0] . "\r\n";
$out .= 'User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:25.0) Gecko/20100101 Firefox/25.0' . "\r\n";
$out .= "Connection: Close\r\n\r\n";
fwrite($fp, $out);
usleep(100000);
$out = '';
/*
while (!feof($fp)) {
$out .= fgets($fp, 128);
}
echo $out;
// */
fclose($fp);
} else {
echo ('fsockopen error... -- $errno: ' . $errno . ' -- $errstr: ' . $errstr);
die('<br /><br />' . __('Kritikus fsockopen hiba.'));
}
}
function meghiv2($q)
{//die($q);
global $_SERVER;
$https = $this->conf_read("https");
$fsport = $this->conf_read('fsock_port');
//printr($_SERVER);
$fsock_domain = explode(":", $_SERVER['HTTP_HOST']);
if ($https == '1')
$fp = @fsockopen(("ssl://" . $fsock_domain[0]), $fsport ? $fsport : 443, $errno, $errstr, 10);
else
$fp = fsockopen($fsock_domain[0], $fsport ? $fsport : 80, $errno, $errstr, 10);
if ($fp) {
$out = "GET $_SERVER[SCRIPT_NAME]?$q&t=" . time() . " HTTP/1.1\r\n";
$out .= "Host: " . $fsock_domain[0] . "\r\n";
$out .= 'User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:25.0) Gecko/20100101 Firefox/25.0' . "\r\n";
$out .= "Connection: Close\r\n\r\n";
fwrite($fp, $out);
usleep(100000);
//echo $out;
//echo "<br>";
$out = '';
/** / while (!feof($fp)) {
$out .= fgets($fp, 128);
}
echo $out;
/**/
fclose($fp);
} else {
echo ('fsockopen error... -- $errno: ' . $errno . ' -- $errstr: ' . $errstr);
die('<br /><br />' . __('Kritikus fsockopen hiba.'));
}
}
function belephet($password)
{
global $out;
global $sec;
global $elrontotta;
$elrontotta = '';
$belephet = 0;
if ($password) {
//echo "xx$password";
$q = $this->mq("SELECT * FROM `".DB_PREFIX."config` WHERE wg_conf='admin_password' and conf_value=PASSWORD('$password')");
if (mysql_num_rows($q)) $belephet = mysql_fetch_assoc($q);
else $belephet = 0;
$x = $this->conf_read("e_log");
if ($x > 2) {
$t = $this->conf_read('not_logged');
$sec = ($x - 1) * 2;
if ($sec > 60) $sec = 60;
if ((time() - $t) < $sec) {
// $out=sprintf (__('Mivel mr tbb mint 3x elrontottad a jelszt vrnod kell <b>%s msodperc</b>et, s utna jra prblkozhatsz!'), $sec);
$elrontotta = "<script>elrontotta($sec);</script>";
$belephet = 0;
}
if ($password && !$belephet) $this->conf_update('not_logged', (string)(time()));
}
if ($password && !$belephet) $this->mq("update `".DB_PREFIX."config` set conf_value=conf_value+1 where wg_conf='e_log'");
if ($belephet) {
$this->mq("update `".DB_PREFIX."config` set conf_value=0 where wg_conf='e_log'");
if (!isset($_POST['pswre']))
$_POST['pswre'] = '';
// log --
$sid = session_id();
$ip = $this->getip();
$sm = $this->m_array("Select * from ".DB_PREFIX."loginstat where sessid='$sid'", 'ip');
if (!$sm) {
// mg nincs- ltrehozzuk
$this->mq("insert into `".DB_PREFIX."loginstat` (`sessid`, `ip`, `datetime`) values ('$sid', '$ip' , now())");
} elseif ($ip != $sm && (!defined('WG_LOGIN_IP_SESSION') || 'WG_LOGIN_IP_SESSION' != 'disabled')) {
// ha ms ip-vel van ugyanazzal a sessionid-vel --> betrs
echo __("Megvltozott az ip cmed! Biztonsgi okokbl nem hasznlhatod tovbb ezt a munkamenet azonostt! Csukd be a bngszdet vagy krj j azonostt, majd jelentkezz be jra!") .
'<br><br><a href="?newsessid">' . __('Krek j munkamenet azonostt!') . '</a>';
die();
}
return true;
} else return false;
}
}
function mail_select_Generator($name, $id, $szoveg = false, $wh = '')
{
global $_g;
if ($szoveg == false)
$szoveg = __('Ne kldjn');
$sql = $this->mq("select * from `".DB_PREFIX."messages` where g='$_GET[g]' and text like '%$wh%' order by name");
?>
<select class="custom-select" name="<?php echo $name; ?>" id="<?php echo $name; ?>">
<?php if ($szoveg) { ?>
<option value=0><?php echo $szoveg; ?></option>
<?php
} ?>
<?php while ($s = mysql_fetch_array($sql)) { ?>
<option value="<?php echo $s['id']; ?>" <?php echo $id == $s['id'] ? "selected" : ""; ?>><?php echo htmlspecialchars($s['name']); ?></option>
<?php
} ?>
</select>
<?php
} // select_Generator ;
function group_cx_Generator($name, $exp)
{
global $_g;
$array = explode(";", $exp);
$sql = $this->mq("select * from `".DB_PREFIX."groups` where id!='$_GET[g]' order by name");
while ($x = mysql_fetch_array($sql)) { ?>
<div class="felsorol">
<input type="checkbox" class="check" name="<?php echo $name; ?>[]" value="<?php echo $x['id']; ?>" id="wg2_<?php echo $name; ?>_<?php echo $x['id']; ?>"<?php echoin_array($x['id'], $array) ? " checked" : ""; ?>>
<label for="wg2_<?php echo $name; ?>_<?php echo $x['id']; ?>"><?php echo $x['name']; ?></label></div><?php
}
}
function spamCheck($spamtest_id)
{
$spamtest_username = 'spamtest';
$spamtest_password = 'spamtest8';
$spamtest_url = 'http://caa.ens.hu/index.php/spamtest/check/'.$spamtest_id;
//echo $spamtest_url; exit;
if(function_exists('curl_init')) {
$ch = curl_init();
curl_setopt($ch, CURLOPT_URL, $spamtest_url);
curl_setopt($ch, CURLOPT_HEADER, 0);
curl_setopt($ch, CURLOPT_USERPWD, $spamtest_username . ":" . $spamtest_password);
curl_setopt($ch, CURLOPT_USERAGENT, 'Mozilla/5.0 (Windows; U; Windows NT 5.1; en-US; rv:1.7.5) Gecko/20041107 Firefox/1.0');
curl_setopt($ch, CURLOPT_TIMEOUT, 30);
curl_setopt($ch, CURLOPT_RETURNTRANSFER, 1);
curl_setopt($ch, CURLOPT_CONNECTTIMEOUT, 5);
$data = curl_exec($ch);
curl_close($ch);
} else {
_e('A tesztelshez szksges, hogy a webtrhelyen engedlyezve legyen a curl fggvnytr, amely jelen esetben nem hasznlhat. Vedd fel ez gyben a kapcsolatot a trhelyszolgltatddal.');
exit;
}
$data = preg_replace('/\t+/', ' ', $data);
$data = str_replace("\r\n ", " ", $data);
$data = preg_split("/\r\n|\n|\r/", $data);
foreach($data as $param) {
if($param){
list($before, $after) = explode(':', $param, 2);
$result[ $before ] = $after;
if($before == 'X-Spam-Score')
break;
}
}
//_p($data);
if(!$result) {
return false;
} else {
if($result['X-Spam-Score'] >= 5 ) {
$result['spam-result'] = '[SPAM]';
} elseif($result['X-Spam-Score'] < 2 ) {
$result['spam-result'] = '[NOT-SPAM]';
} else {
$result['spam-result'] = '[SPAM-OR-NOT-SPAM]';
}
return $result;
}
}
function generateCode($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 sql_list_max()
{
$sql = $this->mq("select * from `".DB_PREFIX."config` where wgconf='lista'");
$s = mysql_fetch_assoc($sql);
return $s['conf_value'];
}
function code2utf($number)
{
if ($number < 0)
return false;
if ($number < 128)
return chr($number);
// Removing / Replacing Windows Illegals Characters
if ($number < 160) {
if ($number == 128) $number = 8364;
elseif ($number == 129) $number = 160; // (Rayo:) #129 using no relevant sign, thus, mapped to the saved-space #160
elseif ($number == 130) $number = 8218;
elseif ($number == 131) $number = 402;
elseif ($number == 132) $number = 8222;
elseif ($number == 133) $number = 8230;
elseif ($number == 134) $number = 8224;
elseif ($number == 135) $number = 8225;
elseif ($number == 136) $number = 710;
elseif ($number == 137) $number = 8240;
elseif ($number == 138) $number = 352;
elseif ($number == 139) $number = 8249;
elseif ($number == 140) $number = 338;
elseif ($number == 141) $number = 160; // (Rayo:) #129 using no relevant sign, thus, mapped to the saved-space #160
elseif ($number == 142) $number = 381;
elseif ($number == 143) $number = 160; // (Rayo:) #129 using no relevant sign, thus, mapped to the saved-space #160
elseif ($number == 144) $number = 160; // (Rayo:) #129 using no relevant sign, thus, mapped to the saved-space #160
elseif ($number == 145) $number = 8216;
elseif ($number == 146) $number = 8217;
elseif ($number == 147) $number = 8220;
elseif ($number == 148) $number = 8221;
elseif ($number == 149) $number = 8226;
elseif ($number == 150) $number = 8211;
elseif ($number == 151) $number = 8212;
elseif ($number == 152) $number = 732;
elseif ($number == 153) $number = 8482;
elseif ($number == 154) $number = 353;
elseif ($number == 155) $number = 8250;
elseif ($number == 156) $number = 339;
elseif ($number == 157) $number = 160; // (Rayo:) #129 using no relevant sign, thus, mapped to the saved-space #160
elseif ($number == 158) $number = 382;
elseif ($number == 159) $number = 376;
} //if
if ($number < 2048)
return chr(($number >> 6) + 192) . chr(($number & 63) + 128);
if ($number < 65536)
return chr(($number >> 12) + 224) . chr((($number >> 6) & 63) + 128) . chr(($number & 63) + 128);
if ($number < 2097152)
return chr(($number >> 18) + 240) . chr((($number >> 12) & 63) + 128) . chr((($number >> 6) & 63) + 128) . chr(($number & 63) + 128);
return false;
} //code2utf()
function clean_string($string)
{
$string = str_replace('.', 'QA32cdsggr345gbgbdb3t34dcqqQcthpvefivjYXCFVethb666', $string);
$r = preg_replace("/[^[:space:]a-zA-Z0-9-]/", "_", $string);
$r = str_replace("-", "_", $r);
$r = str_replace('QA32cdsggr345gbgbdb3t34dcqqQcthpvefivjYXCFVethb666', '.', $r);
return $r;
}
function dash($string)
{
$inArray = array("", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "-", "/", "\\", "'", " ");
$outArray = array("a", "i", "u", "o", "u", "o", "u", "o", "e", "A", "I", "U", "O", "U", "O", "U", "O", "E", "", "", "", "", "-");
return $this->clean_string(str_replace("--", "-", trim(str_replace($inArray, $outArray, $string))));
}
function sql_generate()
{
$dump = new MySQLDump();
$fajlnev = "wg_" . date("Y_m_d") . ".sql";
header("Content-Type: application/xxx");
header("Content-Disposition: attachment; filename=\"" . trim(htmlentities($fajlnev)) . "\"");
header("Cache-Control: cache, must-revalidate");
header("Pragma: cache");
header("Connection: close");
$dump->dumpDatabase(DB_DATABASE);
exit;
}
function fields_copy($from_gid, $to_gid)
{
global $Referer_nev;
$from_group = (int)$from_gid;
$to_group = (int)$to_gid;
$from_group_data = $this->m_array("select email_field, email2_field from `".DB_PREFIX."groups` where id=$from_group");
$to_group_data = $this->m_array("select email_field, email2_field from `".DB_PREFIX."groups` where id=$to_group");
$sql = $this->mq("select * from ".DB_PREFIX."fields where g = $from_group");
while ($field = mysql_fetch_assoc($sql)) {
// kizrjuk az alapvet mezk msolst
if ($field['name'] == $Referer_nev || $from_group_data['email_field'] == $field['id'] || $from_group_data['email2_field'] == $field['id']) {
// mieltt tovbblpek belltom az e-mail mezk pozcijt
if ($from_group_data['email_field'] == $field['id']) {
$this->mq("update ".DB_PREFIX."fields set `hely` = '$field[hely]' where id = " . $to_group_data['email_field']);
} elseif ($from_group_data['email2_field'] == $field['id']) {
$this->mq("update ".DB_PREFIX."fields set `hely` = '$field[hely]' where id = " . $to_group_data['email2_field']);
}
continue;
}
// ha mr van ilyen meznv akkor hozzadom a nvhez a pontos idt
if ($this->mq_count("select count(id) from ".DB_PREFIX."fields where g = $to_group and name = '" . $field['name'] . "' "))
$field['name'] = $field['name'] . ' (' . date('Y-m-d H:i:s') . ')';
$this->mq("insert into ".DB_PREFIX."fields (`g`, `name`, `default`, `check`, `hidden`, `type`, `hely`, `option`, `modifiable`) values ($to_group, '" . $field['name'] . "', '" . $field['default'] . "', '" . $field['check'] . "', '" . $field['hidden'] . "', '" . $field['type'] . "', '" . $field['hely'] . "', '" . $field['option'] . "', '" . $field['modifiable'] . "')");
$id = mysql_insert_id();
// ltrehozzuk a meghatrozott rtk mezk rtkeit
if ($field['type'] == 2 || $field['type'] == 4 || $field['type'] == 3) { // radio, select
$field['default'] = ';' . $field['default'] . ';';
$new_default = '';
$sql2 = $this->mq("select * from ".DB_PREFIX."fields_fields where field_id = '" . $field['id'] . "'");
while ($field_option = mysql_fetch_assoc($sql2)) {
$this->mq("insert into ".DB_PREFIX."fields_fields (field_id, name, hely) values ($id, '" . $field_option['name'] . "', '" . $field_option['hely'] . "')");
$fid = mysql_insert_id();
if (strpos($field['default'], ';' . $field_option['id'] . ';') !== false) {
$new_default .= $fid . ';';
}
}
$new_default = substr($new_default, 0, -1);
$this->mq("update ".DB_PREFIX."fields set `default` = '$new_default' where id = $id");
}
}
return true;
}
function form_copy($id, $g)
{
$m = $this->m_array("select * from `".DB_PREFIX."forms` where id='$id'");
unset($m['id']);
if ($m['g'] != $g)
unset($m['wizard_steps']);
$m['g'] = $g;
$m['form_page'] = $this->generateCode(10);
$m['form_name'] = sprintf(__('%s msolata'), $m['form_name']);
$form_field = $form_values = '';
foreach ($m as $key => $val) {
$form_field .= "`$key`, ";
$form_values .= "'" . mysql_real_escape_string($val) . "', ";
}
$form_field = substr($form_field, 0, -2);
$form_values = substr($form_values, 0, -2);
$this->mq("insert into `".DB_PREFIX."forms` ($form_field) values ($form_values) ");
return true;
}
function message_copy($mid, $g)
{
$m = $this->m_array("select * from `".DB_PREFIX."messages` where id='$mid'");
$mid2 = $this->a_i("".DB_PREFIX."messages");
$m['text'] = str_replace("files/images/$mid/", "files/images/$mid2/", $m['text']);
$code = $this->generateCode(38);
if ($m['g'] != $g)
$this->mq("insert into ".DB_PREFIX."messages (name, subject, text, date, g, code, html_only, template_name, template_params, extract) values ('" . mysql_real_escape_string($m['name']) . "', '" . mysql_real_escape_string($m['subject']) . "', '" . mysql_real_escape_string($m['text']) . "', '" . date("Y-m-d") . "', '$g', '$code', '" . (int)$m['html_only'] . "', '" . mysql_real_escape_string($m['template_name']) . "', '" . mysql_real_escape_string($m['template_params']) . "', '" . mysql_real_escape_string($m['extract']) . "')");
else
$this->mq("insert into ".DB_PREFIX."messages (name, subject, text, date, g, code, html_only, template_name, template_params, extract) values ('" . mysql_real_escape_string($m['name']) . " msolata', '" . mysql_real_escape_string($m['subject']) . "', '" . mysql_real_escape_string($m['text']) . "', '" . date("Y-m-d") . "', '$g', '$code', '" . (int)$m['html_only'] . "', '" . mysql_real_escape_string($m['template_name']) . "', '" . mysql_real_escape_string($m['template_params']) . "', '" . mysql_real_escape_string($m['extract']) . "')");
if (is_dir("../files/images/$mid/")) {
if (!is_dir("../files/images/$mid2/")) @mkdir("../files/images/$mid2/");
$chd = $this->conf_read("chmod_dir");
if ($chd > 100 && $chd <= 777) {
$e = "chmod('../files/images/$id/', 0" . (int)($chd) . ");";
eval($e);
}
$kvt = opendir("../files/images/$mid/");
while (gettype($fajl = readdir($kvt)) != "boolean") {
if ((is_file("../files/images/$mid/$fajl")) && ($fajl != "..") && ($fajl != ".")) {
$file2 = "../files/images/$mid2/" . $fajl;
if (!file_exists($file2)) {
$handle = fopen("../files/images/$mid/$fajl", "r");
$contents = fread($handle, filesize("../files/images/$mid/$fajl"));
fclose($handle);
$handle = fopen($file2, 'w');
fwrite($handle, $contents);
fclose($handle);
$chf = $this->conf_read("chmod_file");
if ($chf > 100 && $chf <= 777) {
$e = "chmod('$file2', 0" . (int)($chf) . ");";
eval($e);
}
}
}
}
}
if($this->conf_read("mail_link_clicks") == '1') {
$regexp = '!<a\s[^>]*href[\s]*=[\s]*["\']{1}([\w]+?://[\w#$%&~/.\-;:=,?@\[\]+]*)["\']{1}.*?>(.*?)<\/a>!';
if(preg_match_all($regexp, $m['text'], $matches, PREG_SET_ORDER)) {
foreach($matches as $match) {
if(strstr($match[1], 'subscriber.php'))
continue;
$match[1] = str_replace('&', '&', $match[1]);
if(!$this->m_array("Select * from ".DB_PREFIX."link_stat where link='$match[1]' and mid='$mid2'")) {
do {
$code = $this->generateCode(8);
}
while($this->m_array("Select * from ".DB_PREFIX."link_stat where code='$code'"));
$this->mq("insert into ".DB_PREFIX."link_stat (link, code, mid, g) values ('".mysql_real_escape_string($match[1])."', '$code', '$mid2', '$g')");
}
}
}
}
return ($m['g'] == $g);
}
function message_download($mid)
{
$m = $this->m_array("select * from `".DB_PREFIX."messages` where id='$mid'");
// ha sablon tpus
if($m['template_name']) {
$this->saveWGMxml($m);
//saveWGMxml($html, $head, $style_data, $content_data);
} else {
header("Content-Type: application/WG2");
header("Content-Disposition: attachment; filename=\"" . trim(htmlentities($this->dash($m['name']) . ".wgm")) . "\"");
header("Cache-Control: cache, must-revalidate");
header("Pragma: cache");
header("Connection: close");
if ($this->conf_read('https') == '1') $https = "https";
else $https = "http";
echo (base64_encode("WEBGALAMB2 MESSAGE FILE"));
echo ("\\"); // fjl eleje
echo (base64_encode($m['name']));
echo ("\\"); // levl neve
echo (base64_encode($m['subject']));
echo ("\\"); // levl trgya
echo (base64_encode(preg_replace("#$https\://+[a-z0-9\./\-_%]+/images/$mid/#i", '{ELERES}/', $m['text'])));
echo ("\\"); // zenet szvege
//echo(base64_encode(str_replace("images/$mid/", "images/{MID}/",$m['text'])));echo("\\"); // zenet szvege
echo (base64_encode($m['date']));
echo ("\\"); // ltrehozs dtuma
if (is_dir("files/images/$mid/")) {
$kvt = opendir("files/images/$mid/");
while (gettype($fajl = readdir($kvt)) != 'boolean') {
if ((is_file("files/images/$mid/$fajl")) && ($fajl != "..") && ($fajl != ".")) {
echo (base64_encode($fajl));
echo "|";
$handle = fopen("files/images/$mid/$fajl", "r");
$contents = fread($handle, filesize("files/images/$mid/$fajl"));
fclose($handle);
echo (base64_encode($contents));
echo ("\\");
}
}
}
}
exit;
}
//function saveWGMxml($html, $head, $style_data, $content_data, $name, $subject, $template_name) {
function saveWGMxml($message) {
include_once('class.ExSimpleXMLElement.php');
$file_name = trim(htmlentities($this->dash($message['name'])));
$dom = new domDocument;
$dom->loadHTML($message['text']);
$dom->preserveWhiteSpace = false;
$images = $dom->getElementsByTagName('img');
$template = new ExSimpleXMLElement('<template />');
$template->addChild('version', '@WGX_template 0.1');
$data = $template->addChild('data');
$data->addChild('name', $message['name']);
$data->addChild('template_name', $message['template_name']);
$data->addChild('subject', $message['subject']);
$data->addChild('extract', $message['extract']);
$data->addChild('date', $message['date']);
$imgs = $template->addChild('images');
$i = 1;
foreach ($images as $image) {
$img_url = $image->getAttribute('src');
$imagetype = @exif_imagetype($img_url);
$file_info = pathinfo($img_url);
$image_name = basename($img_url);
if($imagetype == 1)
$image_name = $file_info['filename'].'.gif';
elseif($imagetype == 2)
$image_name = $file_info['filename'].'.jpg';
elseif($imagetype == 3)
$image_name = $file_info['filename'].'.png';
else
continue;
$file = file_get_contents($img_url);
// a 600px-nl szlesebb kpek tmretezse 600px szlesre
$source = imagecreatefromstring($file);
$width = imagesx($source);
$height = imagesy($source);
$newwidth = 600;
if($width > $newwidth) {
$rate = 600 / $width;
$newheight = $height * $rate;
$thumb = imagecreatetruecolor($newwidth, $newheight);
// Resize
//imagecopyresized($thumb, $source, 0, 0, 0, 0, $newwidth, $newheight, $width, $height);
imagecopyresampled($thumb, $source, 0, 0, 0, 0,$newwidth, $newheight, $width, $height);
ob_start();
if($imagetype == 1)
imagegif($thumb);
elseif($imagetype == 2)
imagejpeg($thumb);
elseif($imagetype == 3)
imagepng($thumb);
$imgout = ob_get_contents();
ob_end_clean();
imagedestroy($thumb);
} else {
$imgout = $file;
}
$img = $imgs->addChild('image_'.$i);
//$img->addAttribute('id', $i);
$img->addChild('placeholder', 'image_'.$i);
$img->addChild('name', $image_name);
$img->addChild('file', base64_encode($imgout));
$img_url = str_replace('&', '&', $img_url);
$html = str_replace($img_url, '{image_'.$i.'}', $html);
$i++;
}
$data->addChildCData('head', '');//<![CDATA[
$data->addChildCData('html', $message['text']);//<![CDATA[
$editor = $template->addChild('editor');
/*
$style = $editor->addChild('style');
foreach($style_data as $key => $val) {
$$key = $style->addChild($key);//<![CDATA[
foreach($val as $key2 => $val2) {
$$key->addChildCData($key2, $val2);//<![CDATA[
}
}
*/
$content = $editor->addChild('content');
$message['template_params'] = json_decode($message['template_params'], 1);
$template_params_css = explode('files/', $message['template_params']['css'][0]);
$message['template_params']['css'][0] = $template_params_css[1];
$content->addChildCData('template_params', json_encode($message['template_params']));
$dom = dom_import_simplexml($template)->ownerDocument;
$dom->formatOutput = true;
$xml = $dom->saveXML();
//_print_r(htmlspecialchars($xml));return;
//return '@WGMX '.base64_encode($xml);
header("Content-Type: application/WGX");
header("Content-Disposition: attachment; filename=\"".$file_name.".wgx\"");
header("Cache-Control: cache, must-revalidate");
header("Pragma: cache");
header("Connection: close");
echo $out = '@WGMX '.base64_encode($xml);
exit;
/**/
}
function decode_sc($a1)
{
$a1 = str_replace(chr(245), chr(197) . chr(145), $a1); //
$a1 = str_replace(chr(250), chr(195) . chr(186), $a1); //
$a1 = str_replace(chr(251), chr(197) . chr(177), $a1); //
$a1 = str_replace(chr(252), chr(195) . chr(188), $a1); //
$a1 = str_replace(chr(243), chr(195) . chr(179), $a1); //
$a1 = str_replace(chr(237), chr(195) . chr(173), $a1); //
$a1 = str_replace(chr(233), chr(195) . chr(169), $a1); //
$a1 = str_replace(chr(225), chr(195) . chr(161), $a1); //
$a1 = str_replace(chr(246), chr(195) . chr(182), $a1); //
$a1 = str_replace(chr(213), chr(197) . chr(144), $a1); //
$a1 = str_replace(chr(218), chr(195) . chr(154), $a1); //
$a1 = str_replace(chr(219), chr(197) . chr(176), $a1); //
$a1 = str_replace(chr(220), chr(195) . chr(156), $a1); //
$a1 = str_replace(chr(211), chr(195) . chr(147), $a1); //
$a1 = str_replace(chr(205), chr(195) . chr(141), $a1); //
$a1 = str_replace(chr(201), chr(195) . chr(137), $a1); //
$a1 = str_replace(chr(193), chr(195) . chr(129), $a1); //
$a1 = str_replace(chr(214), chr(195) . chr(150), $a1); //
return $a1;
}
function XMLToArray($xml)
{
if ($xml instanceof SimpleXMLElement) {
$children = $xml->children();
$return = null;
}
foreach ($children as $element => $value) {
if ($value instanceof SimpleXMLElement) {
$values = (array)$value->children();
if (count($values) > 0) {
$return[$element] = $this->XMLToArray($value);
} else {
if (!isset($return[$element])) {
$return[$element] = (string)$value;
} else {
if (!is_array($return[$element])) {
$return[$element] = array($return[$element], (string)$value);
} else {
$return[$element][] = (string)$value;
}
}
}
}
}
if (is_array($return)) {
return $return;
} else {
return false;
}
}
function message_dump($file, $g)
{
global $out, $filesdir;
if (!isset($filesdir)) $filesdir = WG_PATH.'files/';
if (is_uploaded_file($_FILES[$file]['tmp_name'])) {
if (pathinfo($_FILES[$file]['name'], PATHINFO_EXTENSION) == 'wgx') {
// wgx fjl
$wgx = file_get_contents($_FILES[$file]["tmp_name"]);
if (substr($wgx, 0, 6) != '@WGMX ')
return false;
$wgm_xml = base64_decode(str_replace('@WGMX ', '', $wgx));
$xml = new SimpleXMLElement($wgm_xml);
$wgx_array = $this->XMLToArray($xml);
$chd = $this->conf_read("chmod_dir");
$chf = $this->conf_read("chmod_file");
$id = $this->a_i("".DB_PREFIX."messages");
$code = $this->generateCode(38);
if ($this->conf_read("https") == 1) $https = 'https://';
else $https = 'http://';
// ltrehozzuk a kpek mappjt
$url = $https . $_SERVER['HTTP_HOST'] . '/' . $this->conf_read("wg_dir") . 'files/images/' . $id . '/';
$dir = WG_PATH.'files/images/' . $id . '/';
if (!is_dir($dir))
mkdir($dir);
if ($chd > 100 && $chd <= 777)
chmod($dir, '0' . (int)($chd));
// helyre rekjuk a kpeket a html-ben s a mappkban
foreach ($wgx_array['images'] as $key => $val) {
if(basename($val['name']) !== $val['name'])
die('Image name error!');
$image_url = $url . $val['name'];
$image_path = $dir . $val['name'];
$placeholder = '{' . $val['placeholder'] . '}';
$wgx_array['data']['html'] = str_replace($placeholder, $image_url, $wgx_array['data']['html']);
if (!file_exists($image_path)) {
$val['file'] = base64_decode($val['file']);
// ellenrzs
$verifyimg = getimagesizefromstring($val['file']);
/* Make sure the MIME type is an image */
$pattern = "#^(image/)[^\s\n<]+$#i";
// ha nem kp, hibval eldobjuk a feladatot
if(!preg_match($pattern, $verifyimg['mime'])) {
die("Only image files are allowed!");
}
$handle = fopen($image_path, 'w');
fwrite($handle, $val['file']);
fclose($handle);
}
if ($chf > 100 && $chf <= 777)
chmod($image_path, '0' . (int)($chf));
}
if($wgx_array['data']['template_name']) {
$template_params = json_decode($wgx_array['editor']['content']['template_params'], 1);
$template_params['css'][0] = WG_URL.'files/'.$template_params['css'][0];
$template_params = json_encode($template_params);
} else {
$template_params = '';
}
$this->mq("insert into `".DB_PREFIX."messages` set `name` = '" . mysql_real_escape_string($wgx_array['data']['name']) . "',
`subject` = '" . mysql_real_escape_string($wgx_array['data']['subject']) . "',
`text` = '" . mysql_real_escape_string($wgx_array['data']['html']) . "',
`extract` = '" . mysql_real_escape_string($wgx_array['data']['extract']) . "',
`template_name` = '" . mysql_real_escape_string($wgx_array['data']['template_name']) . "',
`template_params` = '" . mysql_real_escape_string($template_params) . "',
`tiny_head` = '" . mysql_real_escape_string($wgx_array['data']['head']) . "',
`date` = CURDATE(),
`g` = '$g',
`code` = '$code'");
$out = __('Sikeres sablon feltlts');
} else {
$dir_s = $this->conf_read("wg_dir");
move_uploaded_file($_FILES[$file]['tmp_name'], WG_PATH . 'files/message.wgm');
$chf = $this->conf_read("chmod_file");
if ($chf > 100 && $chf <= 777) {
$e = "chmod('{$filesdir}files/message.wgm', 0" . (int)($chf) . ");";
eval($e);
}
if (@is_file(WG_PATH . 'files/message.wgm')) {
$handle = @fopen(WG_PATH . 'files/message.wgm', "r");
$contents = @fread($handle, @filesize(WG_PATH . 'files/message.wgm'));
@fclose($handle);
if (!$contents) {
$out = 'Hibs fjl!';
@unlink(WG_PATH . 'files/message.wgm');
return false;
}
$t = explode("\\", $contents);
if ($t[0] != base64_encode("WEBGALAMB2 MESSAGE FILE")) {
$out = __('Hibs fjl!');
@unlink(WG_PATH.'files/message.wgm');
return false;
}
$id = $this->a_i("".DB_PREFIX."messages");
$code = $this->generateCode(38);
$this->mq("insert into `".DB_PREFIX."messages` (text, name, subject,g,`date`, `code`) values ('" .
mysql_real_escape_string(str_replace("{ELERES}/", "http://" . $_SERVER['HTTP_HOST'] . '/' . $dir_s . "files/images/$id/", $this->decode_sc(base64_decode($t[3])))) .
"', '" . mysql_real_escape_string($this->decode_sc(base64_decode($t[1]))) . "', '" . mysql_real_escape_string($this->decode_sc(base64_decode($t[2]))) . "','$g', CURDATE(), '$code')");
@mkdir($filesdir . "files/images/$id");
$chd = $this->conf_read("chmod_dir");
if ($chd > 100 && $chd <= 777) {
$e = "chmod('".WG_PATH."files/images/$id/', 0" . (int)($chd) . ");";
eval($e);
}
reset($t);
$x = count($t) - 1;
for ($i = 5; $i < $x; $i++) {
$t2 = explode('|', $t[$i]);
$file = "{$filesdir}files/images/$id/" . base64_decode($t2[0]);
if (!file_exists($file)) {
//@touch ($file);
$handle = fopen($file, 'w');
fwrite($handle, base64_decode($t2[1]));
fclose($handle);
if ($chf > 100 && $chf <= 777) {
$e = "chmod('$file', 0" . (int)($chf) . ");";
eval($e);
}
}
}
@unlink(WG_PATH."files/message.wgm");
} else $out = __('Fjl feltlts sikertelen!');
}
} else $out = __('Fjl feltlts sikertelen!');
return $out;
}
function var_create()
{
global $_POST;
$num_para = func_num_args();
$num_para = $num_para - 2;
$v = func_get_arg(0);
for ($i = 1; $i <= $num_para + 1; $i++) {
$nev = func_get_arg($i);//echo $nev. " ";
if ($v == 'post') {
if (is_array($nev)) {
if (!isset($_POST[$nev[0]])) $_POST[$nev[0]] = $nev[1];
} else {
if (!isset($_POST[$nev])) $_POST[$nev] = '';
}
} elseif ($v[0] == 's') {
global $s;
if (is_array($nev)) {
if (!isset($$v2[$nev[0]])) $$v2[$nev[0]] = $nev[1];
} else {
if (!isset($s[$nev])) $s[$nev] = '';
}
} else {
if (is_array($nev)) {
if (!isset($$nev[0])) $$nev[0] = $nev[1];
} else {
if (!isset($$nev)) $$nev = '';
}
}
}
}
function location($loc){
?>
<script language="javascript"><!--
parent.self.location.href='<?php echo $loc; ?>';
-->
</script>
<meta content="0;URL=<?php echo $loc; ?>" http-equiv="refresh">
<?php exit;
}
function TG_validate()
{
$num_para = func_num_args();
$num_para = $num_para - 2;
$v = func_get_arg(0);
$t = func_get_arg(1);
if (($num_para % 4)) {
die(__('Hibs ellenrz fggvny hasznlat!!!'));
exit;
}
$error = '';
if ($t != 'php') $error = "YY_checkform('$t',";;
for ($i = 1; $i <= ($num_para / 4); $i++) {
$nev = func_get_arg(($i * 4) - 2);
$muv = func_get_arg(($i * 4) - 1);
$m2 = func_get_arg(($i * 4));
$ertek = ($v == 'post') ? $_POST["$nev"] : $_GET["$nev"];
if ($t == 'php') {
if ($muv == '#') { // ha string muvelet
if (!$m2) {
if ($ertek == '') $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
} else {
$n = strlen($m2);
$s = substr($m2, 1, $n - 1);
if ($m2[0] == '<') if ($ertek == '' || strlen($ertek) > $s) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
if ($m2[0] == '>') if ($ertek == '' || strlen($ertek) < $s) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
if ($m2[0] == '=') if ($ertek == '' || strlen($ertek) == $s) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
}
}
if ($muv == '#m') if (!$this->isValidEmail($ertek)) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
if ($muv == 'm') if ((!$this->isValidEmail($ertek)) && $ertek) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
if ($muv == '#e') if (!preg_match($m2, $ertek)) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
if ($muv == 'e') if (!preg_match($m2, $ertek) && $ertek) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
if ($muv == 's') if ($ertek == '') $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
if ($muv[0] == '=') // pl. jelszellenrzs
{
$n = strlen($muv);
$s = substr($muv, 1, $n - 1);
$ert2 = ($v == 'post') ? $_POST["$s"] : $_GET["$s"];
if ($m2) {
if ($ertek != $ert2 || strlen($ertek) < $m2) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
} else {
if ($ertek != $ert2) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
}
}
if ($muv == 'n') //ha szm, de nem ktelezo megadni
{
if (!$m2) {
if ($ertek != '' && !preg_match("/^([(0-9]+)?$/", $ertek)) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
} else
if ($ertek) {
$q = strpos($m2, '-');
$a = substr($m2, 0, $q);
$b = substr($m2, $q + 1, strlen($m2) - $q);
if (!preg_match("/^([(0-9]+)?$/", $ertek) || $ertek < $a || $ertek > $b) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
}
}
if (($muv == 'd' && $ertek) || ($muv == '#d')) // dtum ellenrzs
{
$_POST["$nev"] = str_replace(array('/', '.'), array('-', '-'), $_POST["$nev"]);
if (preg_match('/^([0-9]{4})-*([0-9]{2})-*([0-9]{2})$/', $ertek, $x)) {
$d = date("Y-m-d");
if (!($x[1] > 2100 || $x[2] > 12 || $x[3] > 31)) {
if (($m2 && $m2 == '<') && ($d < $ertek)) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
if (($m2 && $m2 == '>') && ($d > $ertek)) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
if (($m2 && $m2 == '<=') && ($d <= $ertek)) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
if (($m2 && $m2 == '>=') && ($d >= $ertek)) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
} else {
$error .= "\r\n* " . func_get_arg(($i * 4) + 1);
}
} else $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
}
if (($muv == 'ip' && $ertek) || ($muv == '#ip')) // dtum ellenrzs
{
$rIp = explode('.', $ertek);
if (count($rIp) == 4) {
foreach ($rIp as $p) {
if ($p > 255 || !preg_match("/^([(0-9]+)?$/", $p)) {
$error .= "\r\n* " . func_get_arg(($i * 4) + 1);
break;
}
}
} else $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
} // ip cm ellenrzs
if ($muv == '#n') // ha szm s ktelezo megadni
{
if (!$m2) {
if ($ertek == '' || !preg_match("/^([(0-9]+)?$/", $ertek)) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
} else {
$q = strpos($m2, '-');
$a = substr($m2, 0, $q);
$b = substr($m2, $q + 1, strlen($m2) - $q);
if (!preg_match("/^([(0-9]+)?$/", $ertek) || $ertek < $a || $ertek > $b) $error .= "\r\n* " . func_get_arg(($i * 4) + 1);
}
}
} // ha php hibaellenorzs vt. ha nem akkor javascript teht
else { // ha js ellenorzes 'torzs','#q','1'
if ($muv == 'm') $error .= "\r\n '$nev','$m2" . "S','2','" . func_get_arg(($i * 4) + 1) . "',";
if ($muv == 's') $error .= "\r\n '$nev','#q','1','" . func_get_arg(($i * 4) + 1) . "',";
if ($muv == '#' && $m2 == '') $error .= "\r\n '$nev','#q','0','" . func_get_arg(($i * 4) + 1) . "',";
if ($muv == '#' && $m2) $error .= "\r\n '$nev','$m2','1','" . func_get_arg(($i * 4) + 1) . "',";
if ($muv == '#n') {
$m2 = str_replace("-", "_", $m2);
$error .= "\r\n '$nev','#$m2','1','" . func_get_arg(($i * 4) + 1) . "',";
}
if ($muv == 'n') {
$m2 = str_replace("-", "_", $m2);
$error .= "\r\n '$nev','$m2','1','" . func_get_arg(($i * 4) + 1) . "',";
}
if ($muv[0] == '=') {
$n = strlen($muv);
$s = substr($muv, 1, $n - 1);
$error .= "\r\n '$nev','#$s','6','" . func_get_arg(($i * 4) + 1) . "',";
}
} // js elllenrzs
}
if ($error && $t != 'php') {
$error[strlen($error) - 1] = ')';
$error .= ';return document.MM_returnValue';
}
return $error;
}
function mail_id($mail)
{
$x = $this->m_array("SELECT mail_id FROM `".DB_PREFIX."users` where mail = '$mail' limit 0, 1", 'mail_id');
$x = $x ? $x : ($this->m_array("SELECT mail_id FROM `".DB_PREFIX."users` order by mail_id desc limit 0, 1", 'mail_id') + 1);
return $x;
}
function user_data($uid)
{
$s = $this->m_array("select * from `".DB_PREFIX."users` where id='$uid'");
$_g = $this->m_array("select * from `".DB_PREFIX."groups` where id='$s[g]'");
$x = $this->mq("Select * from `".DB_PREFIX."fields` where g='$s[g]'");
while ($y = mysql_fetch_assoc($x)) {
if ($_g['email2_field'] == $y['id'] || $_g['email_field'] == $y['id']) continue;
//if( //6:szm //5:dtum
$v = $this->m_array("select * from `".DB_PREFIX."fields_data` where un='$s[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) $s[$y['name']] = $v;
elseif ($y['type'] > 4) $s[$y['name']] = $v;
elseif (!strstr($v, ';')) $s[$y['name']] = $this->m_array("select * from `".DB_PREFIX."fields_fields` where id='$v'", 'name');
else {
$array = explode(';', $v);
$s[$y['name']] = array();
foreach ($array as $vv) $s[$y['name']][] = $this->m_array("select * from `".DB_PREFIX."fields_fields` where id='$vv'", 'name');
}
}
return $s;
}
function writeStatusLog($id, $method, $status, $new = false)
{
$result = $this->m_array("select status_log, active from `".DB_PREFIX."users` where id='$id'");
$data = (array)json_decode($result['status_log'], true);
// ha ugyanaz a sttusz akkor nem rjuk be (pl csoportos aktivlsnl amikor eleve aktv a feliratkoz)
$end = end($data);
if ($end['status'] == $status)
return;
// ha nincs korbbi naplbejegyzs akkor berjuk ismeretlenknt a korbbi sttuszt az els helyre
// (a feliratkoz rgebben jtt mint a funkci bekerlt a Webgalambba)
if (empty($result['status_log']) && $new == false) {
$data[] = array('date' => 'unknown', 'method' => 'unknown', 'status' => $result['active']);
}
$data[] = array('date' => date('Y-m-d H:i:s'), 'method' => $method, 'status' => $status);
$status_log = json_encode($data);
$this->mq("UPDATE `".DB_PREFIX."users` set status_log='{$status_log}' where id='$id'");
}
function writeModLog($id) {
$result = $this->m_array("select mod_log, mail from `".DB_PREFIX."users` where id='$id'");
$data = (array)json_decode($result['mod_log'], true);
$data[] = array('date'=>date('Y-m-d H:i:s'), 'email'=>$result['mail'], 'ip'=>$this->getip());
$mod_log = json_encode($data);
$this->mq("UPDATE `".DB_PREFIX."users` set mod_log='{$mod_log}' where id='$id'");
}
function unsubscribedDataBackup($subscriber_id) {
$user_data = $this->user_data($subscriber_id);
$meta_data = json_encode(
array('ipdatum'=>$user_data['ipdatum'],
'ip_orig'=>$user_data['ip_orig'],
'nmail'=>$user_data['nmail'],
'omail'=>$user_data['omail'],
'ip'=>$user_data['ip'],
'datum'=>$user_data['datum'],
'mdatum'=>$user_data['mdatum']
), JSON_UNESCAPED_UNICODE
);
$mail = $user_data['mail'];
$group_name = $this->m_array("select name from `".DB_PREFIX."groups` where id='$user_data[g]'", 'name');
$status_log = $user_data['status_log'];
// kitrljk a tmbbl a nem feliratkozsi mezbl rkez adatokat
$sql = $this->mq("SHOW COLUMNS FROM `".DB_PREFIX."users`");
while($data = mysql_fetch_assoc($sql))
unset($user_data[$data['Field']]);
// talaktjuk a sortrseket mert a JSON gy szeresse :)
foreach($user_data as $key => $value) {
$user_data[$key] = str_replace(array("\r\n", "\n", "\r", PHP_EOL), '<br>', $value);
}
$data = json_encode($user_data, JSON_UNESCAPED_UNICODE);
$this->mq("insert into `".DB_PREFIX."unsubscribed`
(`orig_id`, `mail`, `data`, `meta_data`, `group_id`, `group_name`, `status_log`, `record_time`)
values
('".$subscriber_id."', '".$mail."', '".$data."', '".$meta_data."', '".$user_data['g']."', '".$group_name."', '".$status_log."', CURRENT_TIMESTAMP)");
}
function new_user($array, $g = 0, $method = 'unkown')
{
if (!$g) return false;
$g_a = $this->m_array("select * from `".DB_PREFIX."groups` where id='$g'"); // megnzzk ltezik e a csoport
if ($g_a) {
if ($g_a['d_user'] || !$this->m_array("select * from `".DB_PREFIX."users` where mail='$array[mail]' and g='$g'")) // ha nincs benne a csoportba vagy lehet tbbszr benne
{
$v_C = $this->generateCode(40);
if (!$array['mail_id']) $array['mail_id'] = $this->mail_id($array['mail']);
$this->mq("insert into `".DB_PREFIX."users` ( mail, mail_id, ip, ip_orig, datum, verify_code, active, g, ipdatum) values
( '$array[mail]', '$array[mail_id]', '" . $this->getip() . "', '".$this->getip()."', CURDATE(), '$v_C', $array[active], '$g', '$array[ipdatum]')");
$id = mysql_insert_id();
$this->writeStatusLog($id, $method, $array['active']);
if ($this->m_array("select * from `".DB_PREFIX."sub_stat` where date=CURDATE() and g=$g"))
$this->mq("update `".DB_PREFIX."sub_stat` set c=c+1 where date=CURDATE() and g=$g");
else
$this->mq("insert into `".DB_PREFIX."sub_stat` (date, g, c) values (CURDATE(), '$g', 1)");
$this->mq("update `".DB_PREFIX."groups` set stat_auto=stat_auto+1 where id='$g'");
reset($array);
$i = 0;
foreach ($array as $k => $v) {
$i++;
if ($i < 10) continue;
$mezo = $this->m_array("select * from `".DB_PREFIX."fields` where g='$g' and name='$k'");
if ($mezo) // ltezik a mez hozzadjuk.
{
if ($mezo['type'] < 2) {
if (is_array($v)) $v = implode(';', $v);
$this->mq("insert into `".DB_PREFIX."fields_data` (un, text, did) values ('$id', '" . mysql_real_escape_string($v) . "', '$mezo[id]')");
} elseif ($mezo['type'] == 5) // csak dtum
{
if ($v || $v === 0) $this->mq("insert into `".DB_PREFIX."fields_data` (un, date, did) values ('$id', '" . mysql_real_escape_string($v) . "', '$mezo[id]')");
} elseif ($mezo['type'] == 6) // csak szm
{
if ($v) $this->mq("insert into `".DB_PREFIX."fields_data` (un, int_text, did) values ('$id', '" . ($v) . "', '$mezo[id]')");
} elseif ($mezo['type'] == 2 || $mezo['type'] == 4) {
if (!is_array($v)) {
$mezo_x = $this->m_array("select * from `".DB_PREFIX."fields_fields` where field_id='$mezo[id]' and name='$v'");
if ($mezo_x) $this->mq("insert into `".DB_PREFIX."fields_data` (un, int_text, did) values ('$id', '$mezo_x[id]', '$mezo[id]')");
} else {
foreach ($v as $v2) {
$mezo_x = $this->m_array("select * from `".DB_PREFIX."fields_fields` where field_id='$mezo[id]' and name='$v2'");
if ($mezo_x) $data = $mezo_x['id'];
break;
}
if ($data) $this->mq("insert into `".DB_PREFIX."fields_data` (un, int_text, did) values ('$id', '$data', '$mezo[id]')");
} // ha tmb
} // rdi - select
//chx
elseif ($mezo['type'] == 3) {
$data = '';
if (is_array($v)) {
foreach ($v as $v2) {
$mezo_x = $this->m_array("select * from `".DB_PREFIX."fields_fields` where field_id='$mezo[id]' and name='$v2'");
if ($mezo_x) $data .= $mezo_x['id'] . ';';
}
if ($data) $this->mq("insert into `".DB_PREFIX."fields_data` (un, text, did) values ('$id', '$data', '$mezo[id]')");
} // ha tmb
else // ha nem tmb
{
$mezo_x = $this->m_array("select * from `".DB_PREFIX."fields_fields` where field_id='$mezo[id]' and name='$v'");
if ($mezo_x) $this->mq("insert into `".DB_PREFIX."fields_data` (un, text, did) values ('$id', '$mezo_x[id]', '$mezo[id]')");
}
} // cx
} // ltez mez
}
} // if
} else return false; // if
}
//csak csoport adatokat msol
function group_copy($name, $gid)
{
$s = $this->m_array("Select * from `".DB_PREFIX."groups` where id='$gid'");
while ($this->m_array("select count(id) as db from `".DB_PREFIX."groups` where code='" . ($code = $this->generateCode(6)) . "'", 'db'));
$this->mq("insert into `".DB_PREFIX."groups` (
name, sender_name, sender_mail, h1,h2,h3,h4,h5,h6,h7, h1_text,h2_text,h3_text,h4_text,h5_text,h6_text,h7_text,
d_user, admin_mail,
a_up, a_down, auto_sc, auto_del, active, date, scr_inactivate,
inact, a_mod, op_s_d, uns_d, email_d, code) VALUES (
'$name', '$s[sender_name]', '$s[sender_mail]', '$s[h1]','$s[h2]','$s[h3]','$s[h4]','$s[h5]','$s[h6]','$s[h7]',
'$s[h1_text]','$s[h2_text]','$s[h3_text]','$s[h4_text]','$s[h5_text]','$s[h6_text]','$s[h7_text]',
'$s[d_user]', '$s[admin_mail]',
'0', '0', '', '', '$s[active]', CURDATE(), '$s[scr_inactivate]',
'$s[inact]', '$s[a_mod]', '$s[op_s_d]', '$s[uns_d]', '$s[email_d]', '$code')");
$id = mysql_insert_id();
$this->mq("update `".DB_PREFIX."groups` set
stext = '" . __('Mintaszveg a form eltt <br> {form} <br><br> Mintaszveg a form utn') . "',
form_border = 'eeeeee',
form_text ='333333',
form_back ='cccccc',
form_button_back ='ff8500',
form_button_border = '888888',
form_button_text = '000000',
form_button_text_value = '" . __("Feliratkozs") . "',
form_title = '" . __('Feliratkoz rlap') . "' where id = '$id'");
// $this->mq("insert into `".DB_PREFIX."fields` (name, g, hidden) values ('$Referer_nev', '$id', '1')");
//feliratkozsi mezk msolsa
$sql = $this->mq("select * from `".DB_PREFIX."fields` where g='$gid' order by hely");
while ($sx = mysql_fetch_assoc($sql)) {
$idx = $this->a_i("".DB_PREFIX."fields");
if ($sx['hely']) $this->mq("insert into `".DB_PREFIX."fields` (g, `name`, `check`, `hidden`, `type`, hely, `id`) values ('$id', '$sx[name]', '$sx[check]', '$sx[hidden]', '$sx[type]', '$idx', '$idx')");
else $this->mq("insert into `".DB_PREFIX."fields` (g, `name`, `check`, `hidden`, `type`, hely, `id`) values ('$id', '$sx[name]', '$sx[check]', '$sx[hidden]', '$sx[type]', '0', '$idx')");
if ($sx['id'] == $s['email_field']) $this->mq("update `".DB_PREFIX."groups` set email_field='$idx' where id=$id");
if ($sx['id'] == $s['email2_field']) $this->mq("update `".DB_PREFIX."groups` set email2_field='$idx' where id=$id");
$sql2 = $this->mq("select * from `".DB_PREFIX."fields_fields` where field_id='$sx[id]' order by hely");
while ($sx2 = mysql_fetch_assoc($sql2)) {
$idx_2 = $this->a_i("".DB_PREFIX."fields_fields");
$this->mq("insert into `".DB_PREFIX."fields_fields` (field_id, name, hely, id) values ('$idx', '$sx2[name]', '$idx_2', '$idx_2')");
}
}
return $id;
}
function user_copy($uid, $gs)
{
$user_array = $this->user_data($uid);
$a = @explode(';', $gs);
if ($a) foreach ($a as $_id) {
$g_a = $this->m_array("select id from `".DB_PREFIX."groups` where id='$_id'"); // megnzzk ltezik e a csoport
if ($g_a) {
$this->new_user($user_array, $_id, 'user_copy');
}
}
}
function user_inact($mail, $gs, $method = 'unknown')
{
$a = @explode(';', $gs);
if ($a) foreach ($a as $_id) {
$g_a = $this->m_array("select * from `".DB_PREFIX."groups` where id='$_id'"); // megnzzk ltezik e a csoport
if ($g_a) {
$y = $this->mq("update `".DB_PREFIX."users` set active=0 where g='$_id' and mail='$mail'");
$result = $this->mq("select id from `".DB_PREFIX."users` where g='$_id' and mail='$mail'");
while ($user = mysql_fetch_assoc($result)) {
$this->writeStatusLog($user['id'], $method, '0');
}
}
}
}
function user_delete($mail, $gs, $notify=true)
{
$a = @explode(';', $gs);
if ($a) foreach ($a as $_id) {
$g_a = $this->m_array("select * from `".DB_PREFIX."groups` where id='$_id'"); // megnzzk ltezik e a csoport
if ($g_a) {
$y = $this->mq("select * from `".DB_PREFIX."users` where g='$_id' and mail='$mail'");
while ($z = mysql_fetch_array($y)) {
$this->mq("delete from `".DB_PREFIX."users` where id='$z[id]'");
// $this->mq("delete from `".DB_PREFIX."stat` where uid='$z[id]'"); // statisztikbl megfello sorok kitrls
// $this->mq("delete from `".DB_PREFIX."act_stat` where uid='$z[id]'");
$this->mq("delete from `".DB_PREFIX."fields_data` where un='$z[id]'");
$this->mq("update `".DB_PREFIX."groups` set stat_autodel=stat_autodel+1 where id='$_id'");
$this->mq("insert into `".DB_PREFIX."unscr` (date, g, mid) values (CURDATE(), '$_id', '0')");
}
if($notify)
addNotify('Leiratkozs', 'Az albbi csoportbl leiratkozs trtnt:'.PHP_EOL.$g_a['name'], 'g_admin=1&g='.$g_a['id']);
}
}
}
function deleteSubscriber($id)
{
$group = $this->m_array("select g from `".DB_PREFIX."users` where id='$id'");
// feliratkoz adatainak trlse
$this->mq("delete from `".DB_PREFIX."users` where id='{$id}'");
$this->mq("delete from `".DB_PREFIX."fields_data` where un='{$id}'");
// statisztikai adatok rgztse
$this->mq("update `".DB_PREFIX."groups` set stat_autodel=stat_autodel+1 where id='{$group['g']}'");
$this->mq("insert into `".DB_PREFIX."unscr` (date, g, mid) values (CURDATE(), '{$group['g']}', '0')");
}
function getip()
{
if (isset($_SERVER)) {
if (isset($_SERVER["HTTP_X_FORWARDED_FOR"])) {
preg_match("/\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3}/", $_SERVER["HTTP_X_FORWARDED_FOR"], $matches);
$realip = $matches[0];
} elseif (isset($_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 {
$realip = getenv('REMOTE_ADDR');
}
}
if(filter_var($realip, FILTER_VALIDATE_IP))
return $realip;
else
return "Unknown";
return mysql_real_escape_string($realip);
}
function limit($num_s = 0, $strn = '')
{
$s = $tu = $tu2 = '';
global $_SERVER, $querysql, $max, $_GET, $limited;
if (isset($_GET['pg']))
$p_g = $_GET['pg'];
else
$p_g = '';
if (!$querysql)
exit;
if (!$num_s) {
$sql = $this->mq($querysql);
$i = mysql_num_rows($sql);
} else {
$i = $num_s;
}
$num_rows = $i;
$qs = str_replace("&pg=" . $p_g, "", $_SERVER['QUERY_STRING']);
$page = (($i - ($i % $max)) / $max) + 1;
if (!($i % $max))
$page--;
$pga = $page;
$j = 0;
settype($p_g, "INT");
if ($page < $p_g)
$p_g = 1;
if ($p_g != "")
$pg = $p_g;
else $pg = "1";
$kezd = 0;
$kiirathato = 8;
if ($pg >= $kiirathato / 2)
$kezd = $pg - ($kiirathato / 2);
if ($kezd > $page - $kiirathato)
$kezd = $page - $kiirathato;
if ($kezd < 0)
$kezd = 0;
if ($page > $kiirathato)
$page = $kezd + $kiirathato;
$j = $kezd;
$last = ceil($num_rows / $max);
if ($page > 1) {
$s = '<div class="dataTables_wrapper"><div class="row"><div class="col-sm-12"><div class="dataTables_paginate paging_simple_numbers"><ul class="pagination">';
// vissza
if (($pg - 1) <= $kezd) {
$s .= '<li class="paginate_button page-item previous disabled"><a href="#" class="page-link">Els</a></li>';
$s .= '<li class="paginate_button page-item previous disabled"><a href="#" class="page-link">Elz</a></li>';
} else {
$s .= '<li class="paginate_button page-item previous"><a href="?' . $qs . '&pg=1' . $strn . '" class="page-link">Els</a></li>';
$s .= '<li class="paginate_button page-item previous"><a href="?' . $qs . '&pg=' . ($pg - 1) . $strn . '" class="page-link">Elz</a></li>';
}
// lapok
while ($j != $page) {
$j++;
$s .= '<li class="paginate_button page-item ';
if ($j == $pg)
$s .= 'active';
$s .= '"><a href="';
if ($j == $pg) {
$s .= "#";
} else {
$s .= "?$qs&pg=$j$strn";
}
$s .= '" class="page-link">' . $j . '</a></li>';
}
// kvetkez
if ( $pg >= $last) {
$s .= '<li class="paginate_button page-item next disabled"><a href="#" class="page-link">Kvetkez</a></li>';
$s .= '<li class="paginate_button page-item next disabled"><a href="#" class="page-link">Utols</a></li>';
} else {
$s .= '<li class="paginate_button page-item next"><a href="?' . $qs . '&pg=' . ($pg + 1) . $strn . '" class="page-link">Kvetkez</a></li>';
$s .= '<li class="paginate_button page-item next"><a href="?' . $qs . '&pg=' . $last . $strn . '" class="page-link">Utols</a></li>';
}
$s .= '</ul></div></div></div></div>';
}
$l1 = ($pg - 1) * $max;
$querysql = $querysql . " LIMIT $l1 , $max";
return $s;
}
// egyni rszletes keress mysql genertor
function reszletes_kereso($Keres_tomb, $kizarox = '')
{
if (!isset($_GET['g'])) $_GET['g'] = $_POST['g'];
//if (!isset($Keres_tomb['q_tp'])) $Keres_tomb['q_tp'] = '';
if (isset($Keres_tomb['q_tp']) && is_array($Keres_tomb['q_tp'])) {
$i = -1;
$qx = $q = '';
foreach ($Keres_tomb['q_tp'] as $qtp) {
$i++;
if ($Keres_tomb['mu'][$i] == 1) $muv = '=';
if ($Keres_tomb['mu'][$i] == 2) $muv = '!=';
if ($Keres_tomb['mu'][$i] == 3) $muv = '>';
if ($Keres_tomb['mu'][$i] == 4) $muv = '>=';
if ($Keres_tomb['mu'][$i] == 5) $muv = '<=';
if ($Keres_tomb['mu'][$i] == 6) $muv = '<';
if ($Keres_tomb['q_tp'][$i] == 'date') {
$qx .= "datum $muv '" . $Keres_tomb['q'][$i] . "'";
} // dtum szrs ---
elseif ($Keres_tomb['q_tp'][$i] == 'mail') {
if ($muv == '=') $qx .= "mail like lower('" . str_replace(array('%', '*'), array('\%', '%'), $Keres_tomb['q'][$i]) . "')";
if ($muv == '!=') $qx .= "mail not like lower('" . str_replace(array('%', '*'), array('\%', '%'), $Keres_tomb['q'][$i]) . "')";
} // -emailba keresnk ---
elseif ($Keres_tomb['q_tp'][$i] == 'status') {
$a = explode(';', $Keres_tomb['qh'][$i]);
$qxx = '';
if ($a) foreach ($a as $b)
if ($b != '') $qxx .= "OR (active $muv $b) ";
$qx .= "(false $qxx )";
} // -sttuszba ---
elseif ($Keres_tomb['q_tp'][$i] == 'mid' || $Keres_tomb['q_tp'][$i] == 'mid2') {
$a = explode(';', $Keres_tomb['qh'][$i]);
$qxx = '';
if ($a) foreach ($a as $b) if ($b) $qxx .= "OR (mid =$b) ";
if ($qxx) {
$qxx[0] = ' ';
$qxx[1] = ' ';
if ($muv == '=' && $Keres_tomb['q_tp'][$i] == 'mid') $qx .= "(select count(*) from ".DB_PREFIX."stat where uid=us.id and ($qxx) ) ";
if ($muv == '!=' && $Keres_tomb['q_tp'][$i] == 'mid') $qx .= "!(select count(*) from ".DB_PREFIX."stat where uid=us.id and ($qxx) ) ";
if ($muv == '=' && $Keres_tomb['q_tp'][$i] == 'mid2') $qx .= "(select count(*) from ".DB_PREFIX."stat where uid=us.id and ($qxx) and stat!='0000-00-00' ) ";
if ($muv == '!=' && $Keres_tomb['q_tp'][$i] == 'mid2') $qx .= "!(select count(*) from ".DB_PREFIX."stat where uid=us.id and ($qxx) and stat!='0000-00-00' ) ";
}
} // -levelekbe keresnk ---
elseif ($Keres_tomb['q_tp'][$i] == 'alink') {
$a = explode(';', $Keres_tomb['qh'][$i]);
$qxx = '';
if ($a) foreach ($a as $b) if ($b) $qxx .= "OR (aid =$b) ";
if ($qxx) {
$qxx[0] = ' ';
$qxx[1] = ' ';
if ($muv == '=') $qx .= "(select count(*) from ".DB_PREFIX."act_stat where uid=us.id and ($qxx) and stat!='0000-00-00') ";
if ($muv == '!=') $qx .= "(select count(*) from ".DB_PREFIX."act_stat where uid=us.id and ($qxx) and stat ='0000-00-00') ";
}
} // -akcilinkekbe keresnk ---
elseif ($Keres_tomb['q_tp'][$i] == 'afile') {
$a = explode(';', $Keres_tomb['qh'][$i]);
$qxx = '';
if ($a) foreach ($a as $b) if ($b) $qxx .= "OR (fid =$b) ";
if ($qxx) {
$qxx[0] = ' ';
$qxx[1] = ' '; //or kitrlse
if ($muv == '=') $qx .= "(select count(*) from ".DB_PREFIX."down_stat where uid=us.id and ($qxx) ) ";
if ($muv == '!=') $qx .= "!(select count(*) from ".DB_PREFIX."down_stat where uid=us.id and ($qxx) ) ";
}
} // -akcilinkekbe keresnk ---
elseif ($Keres_tomb['q_tp'][$i] == 'group') {
$a = explode(';', $Keres_tomb['qh'][$i]);
$qxx = '';
if ($a) foreach ($a as $b) if ($b) $qxx .= "OR (g=$b) ";
if ($qxx) {
$qxx[0] = ' ';
$qxx[1] = ' ';
if ($muv == '=') $qx .= " (SELECT count(id) from `".DB_PREFIX."users` where mail_id=us.mail_id and ($qxx)) ";
if ($muv == '!=') $qx .= " !(SELECT count(id) from `".DB_PREFIX."users` where (mail_id=us.mail_id and ($qxx))) ";
}
} // --- csoport szrs ---
else // egyb mezkbe keresnk
{
$sql2 = $this->mq("select * from `".DB_PREFIX."fields` where g='$_GET[g]'"); // meyik mezbe keresnk
$s2 = $this->m_array("select * from `".DB_PREFIX."fields` where id='" . $Keres_tomb['q_tp'][$i] . "'");
if ($s2['type'] < 2) //-- text vagy textarea
{
if ($muv == '=') {
if ($Keres_tomb['q'][$i]) $qx .= " ( select count(*) from ".DB_PREFIX."fields_data where did='$s2[id]' and un=us.id and (lower(".DB_PREFIX."fields_data.text) like lower('" . str_replace(array('%', '*'), array('\%', '%'), $Keres_tomb['q'][$i]) . "')))";
else // ha olyan mezben keres ami taln ltre sincs hozva
$qx .= " ( ( select count(*) from ".DB_PREFIX."fields_data where did='$s2[id]' and un=us.id and (lower(".DB_PREFIX."fields_data.text) like lower('" . str_replace(array('%', '*'), array('\%', '%'), $Keres_tomb['q'][$i]) . "'))) OR !( select count(*) from ".DB_PREFIX."fields_data where (did='$s2[id]' and un=us.id )))";
} elseif ($muv == '!=') $qx .= " ( select count(*) from ".DB_PREFIX."fields_data where did='$s2[id]' and un=us.id and (lower(".DB_PREFIX."fields_data.text) not like lower('" . str_replace(array('%', '*'), array('\%', '%'), $Keres_tomb['q'][$i]) . "')))";
else $qx .= " ( select count(*) from ".DB_PREFIX."fields_data where did='$s2[id]' and un=us.id and ((".DB_PREFIX."fields_data.text) $muv ('" . str_replace(array('%', '*'), array('\%', '%'), $Keres_tomb['q'][$i]) . "')))";
$fd = ", ".DB_PREFIX."fields_data";
}
if ($s2['type'] == 6) //-- csak szm
{
$qx .= " ( select count(*) from ".DB_PREFIX."fields_data where did='$s2[id]' and un=us.id and (".DB_PREFIX."fields_data.int_text $muv '{$Keres_tomb['q'][$i]}'))";
$fd = ", ".DB_PREFIX."fields_data";
}
if ($s2['type'] == 5) //-- dtum
{
$qx .= " ( select count(*) from ".DB_PREFIX."fields_data where did='$s2[id]' and un=us.id and (".DB_PREFIX."fields_data.date $muv '{$Keres_tomb['q'][$i]}'))";
$fd = ", ".DB_PREFIX."fields_data";
}
if ($s2['type'] == 3) //checbox
{
if ($Keres_tomb['qh'][$i]) {
if (!$muv) $muv = '=';
$a = explode(';', $Keres_tomb['qh'][$i]);
$qxx = '';
if ($a) foreach ($a as $b) {
if ($muv == '=' && $b) $qxx .= "OR ((".DB_PREFIX."fields_data.text LIKE '$b;%') OR (".DB_PREFIX."fields_data.text LIKE '%;$b;%')) ";
//if($muv=='=' && $b) $qxx.="OR (".DB_PREFIX."fields_data.text LIKE '%$b;%') ";
if ($muv == '!=' && $b) $qxx .= "OR ((".DB_PREFIX."fields_data.text NOT LIKE '$b;%') AND (".DB_PREFIX."fields_data.text NOT LIKE '%;$b;%'))";
//if($muv=='!=' && $b) $qxx.="OR (".DB_PREFIX."fields_data.text NOT LIKE '%$b;%') ";
}
if ($qxx) {
$qxx[0] = ' ';
$qxx[1] = ' ';
$qx .= " ( select count(*) from ".DB_PREFIX."fields_data where did='$s2[id]' and un=us.id and ($qxx)) ";
$fd = ", ".DB_PREFIX."fields_data";
}
}
}
if ($s2['type'] == 4 || $s2['type'] == 2) //rdi - select
{
if ($Keres_tomb['qh'][$i]) {
if (!$muv) $muv = '=';
$a = explode(';', $Keres_tomb['qh'][$i]);
$qxx = '';
if ($a) foreach ($a as $b) {
if ($muv == '=' && $b) $qxx .= "OR (".DB_PREFIX."fields_data.int_text =$b) ";
if ($muv == '!=' && $b) $qxx .= "OR (".DB_PREFIX."fields_data.int_text != $b) ";
}
if ($qxx) {
$qxx[0] = ' ';
$qxx[1] = ' ';
$qx .= " ( select count(*) from ".DB_PREFIX."fields_data where did='$s2[id]' and un=us.id and ($qxx)) ";
$fd = ", ".DB_PREFIX."fields_data";
}
}
}
}
if ($qx) {
if ($i)
if ($Keres_tomb['mx'][$i - 1] == '1')
$q .= "\r\n" . ' AND ' . "\r\n$qx";
else $q .= ' OR ' . "\r\n$qx";
else $q .= "\r\n$qx";
}
$qx = '';
}
if (isset($Keres_tomb['kizaro'])) {
$kizaro = '!';
}
if ($kizarox == '!') {
$kizaro = '!';
}
if ($kizarox === 0) {
$kizaro = '';
}
if ($q) $q = " AND $kizaro($q)";
else $q = " AND FALSE ";
//$querysql="select active, mail, datum, id from `".DB_PREFIX."users` as us where $filter and g='$_GET[g]' AND ($q) order by $order";
}
if (!isset($fd)) $fd = '';
if (!isset($q)) $q = '';
return array('q' => $q, 'fd' => $fd);
}
# SQL DUMP
function sql_explode($orig)
{
$zv = 1;
$ujstring = '';
$exploded = array();
for ($i = 0; $i < strlen($orig); $i++) {
if ($orig[$i] == "'" && $orig[$i - 1] != '\\' && $zv == 1) {
$zv = 2;
} elseif ($orig[$i] == "'" && $orig[$i - 1] != '\\' && $zv == 2) {
$zv = 1;
}
if ($zv == 1 && $orig[$i] == ";") {
$zv = 1;
$exploded[] = $ujstring;
$ujstring = '';
} else
$ujstring .= $orig[$i];
}
return $exploded;
}
function convert_cp1250_to_utf8($string)
{
if (function_exists('iconv')) {
if (@iconv("CP1250", "UTF-8//TRANSLIT", 'rvztr tkrfrgp') != '')
return iconv("CP1250", "UTF-8//TRANSLIT", $string);
}
/* for($j=0; $j<strlen($string); $j++) { echo $string[$j].' -> '. ord($string[$j]); echo "<br>"; } */
$string = str_replace(chr(81) . chr(1), "(keycode:x_431_245)", $string); //
$string = str_replace(chr(113) . chr(1), "(keycode:x_431_251)", $string); //
$string = str_replace(chr(13) . chr(1), "(keycode:x_431_232)", $string); //
$string = str_replace(chr(15) . chr(1), "(keycode:x_431_239)", $string); //
$string = str_replace(chr(58) . chr(1), "(keycode:x_431_229)", $string); //
$string = str_replace(chr(62) . chr(1), "(keycode:x_431_181)", $string); //
$string = str_replace(chr(72) . chr(1), "(keycode:x_431_242)", $string); //
$string = str_replace(chr(244), "(keycode:x_431_244)", $string); //
$string = str_replace(chr(85) . chr(1), "(keycode:x_431_224)", $string); //
$string = str_replace(chr(97) . chr(1), "(keycode:x_431_185)", $string); //
$string = str_replace(chr(101) . chr(1), "(keycode:x_431_187)", $string); //
$string = str_replace(chr(253), "(keycode:x_431_253)", $string); //
$string = str_replace(chr(126) . chr(1), "(keycode:x_431_190)", $string); //
$string = str_replace(chr(27) . chr(1), "(keycode:x_431_236)", $string); //
$string = str_replace(chr(89) . chr(1), "(keycode:x_431_248)", $string); //
$string = str_replace(chr(111) . chr(1), "(keycode:x_431_249)", $string); //
$string = str_replace(chr(80) . chr(1), "(keycode:x_431_213)", $string); //
$string = str_replace(chr(112) . chr(1), "(keycode:x_431_219)", $string); //
$string = str_replace(chr(12) . chr(1), "(keycode:x_431_200)", $string); //
$string = str_replace(chr(14) . chr(1), "(keycode:x_431_207)", $string); //
$string = str_replace(chr(57) . chr(1), "(keycode:x_431_197)", $string); //
$string = str_replace(chr(61) . chr(1), "(keycode:x_431_165)", $string); //
$string = str_replace(chr(71) . chr(1), "(keycode:x_431_210)", $string); //
$string = str_replace(chr(212), "(keycode:x_431_212)", $string); //
$string = str_replace(chr(84) . chr(1), "(keycode:x_431_192)", $string); //
$string = str_replace(chr(96) . chr(1), "(keycode:x_431_169)", $string); //
$string = str_replace(chr(100) . chr(1), "(keycode:x_431_171)", $string); //
$string = str_replace(chr(221), "(keycode:x_431_221)", $string); //
$string = str_replace(chr(125) . chr(1), "(keycode:x_431_174)", $string); //
$string = str_replace(chr(26) . chr(1), "(keycode:x_431_204)", $string); //
$string = str_replace(chr(88) . chr(1), "(keycode:x_431_216)", $string); //
$string = str_replace(chr(110) . chr(1), "(keycode:x_431_217)", $string); //
//$string=str_replace(chr(xxxx).chr(xxxx), "(keycode:x_431_xxxx)", $string); //
$string = str_replace(chr(245), "(keycode:x_431_245)", $string); //
$string = str_replace(chr(251), "(keycode:x_431_251)", $string); //
$string = str_replace(chr(213), "(keycode:x_431_213)", $string); //
$string = str_replace(chr(219), "(keycode:x_431_219)", $string); //
$string = str_replace(chr(0), '', $string);
$string = str_replace('\0', '', $string);
$string = utf8_encode($string);
$string = str_replace("(keycode:x_431_245)", chr(197) . chr(145), $string); //
$string = str_replace("(keycode:x_431_251)", chr(197) . chr(177), $string); //
$string = str_replace("(keycode:x_431_232)", chr(196) . chr(141), $string); //
$string = str_replace("(keycode:x_431_239)", chr(196) . chr(143), $string); //
$string = str_replace("(keycode:x_431_229)", chr(196) . chr(186), $string); //
$string = str_replace("(keycode:x_431_181)", chr(196) . chr(190), $string); //
$string = str_replace("(keycode:x_431_242)", chr(197) . chr(136), $string); //
$string = str_replace("(keycode:x_431_244)", chr(195) . chr(180), $string); //
$string = str_replace("(keycode:x_431_224)", chr(197) . chr(149), $string); //
$string = str_replace("(keycode:x_431_185)", chr(197) . chr(161), $string); //
$string = str_replace("(keycode:x_431_187)", chr(197) . chr(165), $string); //
$string = str_replace("(keycode:x_431_253)", chr(195) . chr(189), $string); //
$string = str_replace("(keycode:x_431_190)", chr(197) . chr(190), $string); //
$string = str_replace("(keycode:x_431_236)", chr(196) . chr(155), $string); //
$string = str_replace("(keycode:x_431_248)", chr(197) . chr(153), $string); //
$string = str_replace("(keycode:x_431_249)", chr(197) . chr(175), $string); //
$string = str_replace("(keycode:x_431_213)", chr(197) . chr(144), $string); //
$string = str_replace("(keycode:x_431_219)", chr(197) . chr(176), $string); //
$string = str_replace("(keycode:x_431_200)", chr(196) . chr(140), $string); //
$string = str_replace("(keycode:x_431_207)", chr(196) . chr(142), $string); //
$string = str_replace("(keycode:x_431_197)", chr(196) . chr(185), $string); //
$string = str_replace("(keycode:x_431_165)", chr(196) . chr(189), $string); //
$string = str_replace("(keycode:x_431_210)", chr(197) . chr(135), $string); //
$string = str_replace("(keycode:x_431_212)", chr(195) . chr(148), $string); //
$string = str_replace("(keycode:x_431_192)", chr(197) . chr(148), $string); //
$string = str_replace("(keycode:x_431_169)", chr(197) . chr(160), $string); //
$string = str_replace("(keycode:x_431_171)", chr(197) . chr(164), $string); //
$string = str_replace("(keycode:x_431_221)", chr(195) . chr(157), $string); //
$string = str_replace("(keycode:x_431_174)", chr(197) . chr(189), $string); //
$string = str_replace("(keycode:x_431_204)", chr(196) . chr(154), $string); //
$string = str_replace("(keycode:x_431_216)", chr(197) . chr(152), $string); //
$string = str_replace("(keycode:x_431_217)", chr(197) . chr(174), $string); //
//$string=str_replace("(keycode:x_431_xxxx)", chr(xxxx).chr(xxxx), $string); //
return $string;
}
function convert_utf8_to_iso($string)
{
//return $string;
if (function_exists('iconv')) {
if (iconv("UTF-8", "CP1250//TRANSLIT", 'rvztr tkrfrgp') != '')
return iconv("UTF-8", "CP1250//TRANSLIT", $string);
}
$string = str_replace(chr(197) . chr(145), "(keycode:x_431_245)", $string); //
$string = str_replace(chr(197) . chr(177), "(keycode:x_431_251)", $string); //
$string = str_replace(chr(196) . chr(141), "(keycode:x_431_232)", $string); //
$string = str_replace(chr(196) . chr(143), "(keycode:x_431_239)", $string); //
$string = str_replace(chr(196) . chr(186), "(keycode:x_431_229)", $string); //
$string = str_replace(chr(196) . chr(190), "(keycode:x_431_181)", $string); //
$string = str_replace(chr(197) . chr(136), "(keycode:x_431_242)", $string); //
$string = str_replace(chr(195) . chr(180), "(keycode:x_431_244)", $string); //
$string = str_replace(chr(197) . chr(149), "(keycode:x_431_224)", $string); //
$string = str_replace(chr(197) . chr(161), "(keycode:x_431_185)", $string); //
$string = str_replace(chr(197) . chr(165), "(keycode:x_431_187)", $string); //
$string = str_replace(chr(195) . chr(189), "(keycode:x_431_253)", $string); //
$string = str_replace(chr(197) . chr(190), "(keycode:x_431_190)", $string); //
$string = str_replace(chr(196) . chr(155), "(keycode:x_431_236)", $string); //
$string = str_replace(chr(197) . chr(153), "(keycode:x_431_248)", $string); //
$string = str_replace(chr(197) . chr(175), "(keycode:x_431_249)", $string); //
$string = str_replace(chr(197) . chr(144), "(keycode:x_431_213)", $string); //
$string = str_replace(chr(197) . chr(176), "(keycode:x_431_219)", $string); //
$string = str_replace(chr(196) . chr(140), "(keycode:x_431_200)", $string); //
$string = str_replace(chr(196) . chr(142), "(keycode:x_431_207)", $string); //
$string = str_replace(chr(196) . chr(185), "(keycode:x_431_197)", $string); //
$string = str_replace(chr(196) . chr(189), "(keycode:x_431_165)", $string); //
$string = str_replace(chr(197) . chr(135), "(keycode:x_431_210)", $string); //
$string = str_replace(chr(195) . chr(148), "(keycode:x_431_212)", $string); //
$string = str_replace(chr(197) . chr(148), "(keycode:x_431_192)", $string); //
$string = str_replace(chr(197) . chr(160), "(keycode:x_431_169)", $string); //
$string = str_replace(chr(197) . chr(164), "(keycode:x_431_171)", $string); //
$string = str_replace(chr(195) . chr(157), "(keycode:x_431_221)", $string); //
$string = str_replace(chr(197) . chr(189), "(keycode:x_431_174)", $string); //
$string = str_replace(chr(196) . chr(154), "(keycode:x_431_204)", $string); //
$string = str_replace(chr(197) . chr(152), "(keycode:x_431_216)", $string); //
$string = str_replace(chr(197) . chr(174), "(keycode:x_431_217)", $string); //
$string = utf8_decode($string);
$string = str_replace("(keycode:x_431_245)", chr(245), $string); //
$string = str_replace("(keycode:x_431_251)", chr(251), $string); //
$string = str_replace("(keycode:x_431_232)", chr(232), $string); //
$string = str_replace("(keycode:x_431_239)", chr(239), $string); //
$string = str_replace("(keycode:x_431_229)", chr(229), $string); //
$string = str_replace("(keycode:x_431_181)", chr(190), $string); //
$string = str_replace("(keycode:x_431_242)", chr(242), $string); //
$string = str_replace("(keycode:x_431_244)", chr(244), $string); //
$string = str_replace("(keycode:x_431_224)", chr(224), $string); //
$string = str_replace("(keycode:x_431_185)", chr(154), $string); //
$string = str_replace("(keycode:x_431_187)", chr(157), $string); //
$string = str_replace("(keycode:x_431_253)", chr(253), $string); //
$string = str_replace("(keycode:x_431_190)", chr(158), $string); //
$string = str_replace("(keycode:x_431_236)", chr(236), $string); //
$string = str_replace("(keycode:x_431_248)", chr(248), $string); //
$string = str_replace("(keycode:x_431_249)", chr(249), $string); //
$string = str_replace("(keycode:x_431_213)", chr(213), $string); //
$string = str_replace("(keycode:x_431_219)", chr(219), $string); //
$string = str_replace("(keycode:x_431_200)", chr(200), $string); //
$string = str_replace("(keycode:x_431_207)", chr(207), $string); //
$string = str_replace("(keycode:x_431_197)", chr(197), $string); //
$string = str_replace("(keycode:x_431_165)", chr(188), $string); //
$string = str_replace("(keycode:x_431_210)", chr(210), $string); //
$string = str_replace("(keycode:x_431_212)", chr(212), $string); //
$string = str_replace("(keycode:x_431_192)", chr(192), $string); //
$string = str_replace("(keycode:x_431_169)", chr(138), $string); //
$string = str_replace("(keycode:x_431_171)", chr(141), $string); //
$string = str_replace("(keycode:x_431_221)", chr(221), $string); //
$string = str_replace("(keycode:x_431_174)", chr(142), $string); //
$string = str_replace("(keycode:x_431_204)", chr(204), $string); //
$string = str_replace("(keycode:x_431_216)", chr(216), $string); //
$string = str_replace("(keycode:x_431_217)", chr(217), $string); //
return $string;
}
function download($uri, $port = 80, $extra_headers = null)
{
if (!function_exists("stripos")) {
function stripos($str, $needle, $offset = 0)
{
return strpos(strtolower($str), strtolower($needle), $offset);
}/* endfunction stripos */
}/* endfunction exists stripos*/
if (!is_int($port)) $port = 80;
if (!is_array($extra_headers)) $extra_headers = array();
$uri = strtr(strval($uri), array("http://" => "", "https://" => "ssl://", "ssl://" => "ssl://", "\\" => "/", "//" => "/"));
if (($protocol = stripos($uri, "://")) !== false) {
if (($domain_pos = stripos($uri, "/", ($protocol + 3))) !== false) {
$domain = substr($uri, 0, $domain_pos);
$file = substr($uri, $domain_pos);
} else {
$domain = $uri;
$file = "/";
}
} else {
if (($domain_pos = stripos($uri, "/")) !== false) {
$domain = substr($uri, 0, $domain_pos);
$file = substr($uri, $domain_pos);
} else {
$domain = $uri;
$file = "/";
}
}
// echo $domain;
$fp = fsockopen($domain, $port, $errno, $errstr, 30);
if (!$fp) {
return false;
} else {
$out = "GET " . $file . " HTTP/1.1\r\n";
$out .= "Host: " . $domain . "\r\n";
foreach ($extra_headers as $nm => $vl) {
$out .= strtr(strval($nm), array("\r" => "", "\n" => "", ": " => "", ":" => "")) .
": " . strtr(strval($vl), array("\r" => "", "\n" => "", ": " => "", ":" => "")) . "\r\n";
}
$out .= "Connection: Close\r\n\r\n";
$response = "";
fwrite($fp, $out);
while (!feof($fp)) {
$response .= fgets($fp, 128);
}
fclose($fp);
global $http_response_header;
$http_response_header = array();
if (stripos($response, "\r\n\r\n") !== false) {
$response = str_replace(array("0\r\n\r\n", "00593\r\n"), '', $response);
$hc = explode("\r\n\r\n", $response);
$headers = explode("\r\n", $hc[0]);
if (!is_array($headers)) $headers = array();
foreach ($headers as $key => $header) {
$a = "";
$b = "";
if (stripos($header, ":") !== false) {
list($a, $b) = explode(":", $header);
$http_response_header[trim($a)] = trim($b);
}
}
// print_r($hc);
$ret = end($hc);
// echo "\r\nret:$ret\r\n";
return $ret;
} elseif (stripos($response, "\r\n") !== false) {
$headers = explode("\r\n", $response);
if (!is_array($headers)) $headers = array();
foreach ($headers as $key => $header) {
if ($key < (count($headers) - 1)) {
$a = "";
$b = "";
if (stripos($header, ":") !== false) {
list($a, $b) = explode(":", $header);
$http_response_header[trim($a)] = trim($b);
}
}
}
return end($headers);
} else {
return $response;
}
}
}/*endfunction download*/
function tp($tp)
{
if ($tp == 6) $tp = 'int';
elseif ($tp == 5) $tp = 'date';
elseif ($tp == 4) $tp = 'radio';
elseif ($tp == 3) $tp = 'checkbox';
elseif ($tp == 2) $tp = 'int_text';
elseif ($tp == 1) $tp = 'textarea';
else $tp = '';
return $tp;
}
function inv_tp($tp, $preg = 0)
{ // print_R( $main->inv_tp('valami mez {{select}}',1)); //Array ( [tp] => 2 [str] => valami mez )
//
if ($preg && preg_match('/(.*)\{\{(.*)\}\}/', $tp, $a)) {
$tp = $a[2];
} elseif ($preg) // ha nem tallt emzrtket, akkor 0
{
return array('tp' => 0, 'str' => $tp);
}
$tp = strtolower($tp);
if ($tp == 'int') $tp = 6;
elseif ($tp == 'date') $tp = 5;
elseif ($tp == 'radio') $tp = 4;
elseif ($tp == 'checkbox') $tp = 3;
elseif ($tp == 'select') $tp = 2;
elseif ($tp == 'textarea') $tp = 1;
else $tp = 0;
if (!$preg) return $tp;
else return array('tp' => $tp, 'str' => $a[1]);
}
function xls_generate($g, $mid = 0, $type = '', $read = '', $fn = '', $aid = '')
{
global $lang_wg2;
if ($g) {
// echo "---------------- $g, $mid, $type, $read, $fn, $aid----------------------\r\n";
@error_reporting(0);
@set_time_limit(0);
//error_reporting(E_ALL);
if (isset($_POST['limit'])) {
$a = explode('|', $_POST['limit']);
$_POST['limit'] = $a[0];
$xs = '_' . $a[1];
} else {
$_POST['limit'] = '';
$xs = '';
}
if ($mid) {
$sqlq = "Select * from `".DB_PREFIX."stat` where mid='$mid' " . ($type != '' ? " and type='$type'" : '') . ($read ? ($read == 2 ? " and `stat`='0000-00-00'" : " and `stat`!='0000-00-00'") : '') . ($_POST['limit'] ? " limit $_POST[limit]" : '');
$sql = $this->mq($sqlq);
} elseif ($aid) {
$sqlq = "Select * from `".DB_PREFIX."act_stat` where aid='$aid' and stat!='0000-00-00'" . ($_POST['limit'] ? " limit $_POST[limit]" : '');
$sql = $this->mq($sqlq);
} elseif ($_POST['filter']) {
$_GET['g'] = $g;
$filter = $this->m_array("select * from `".DB_PREFIX."filters` where id='$_POST[filter]'");
$t_x = $this->reszletes_kereso(unserialize($filter['data']));
$q = $t_x['q'];
$fd = $t_x['fd'];;
$sql = $this->mq("select * from `".DB_PREFIX."users` as us where a=1 and g='$_POST[g]'$q order by id" . ($_POST['limit'] ? " limit $_POST[limit]" : ''));
} else $sql = $this->mq("select * from `".DB_PREFIX."users` where `g`='$g' and a=1 order by id" . ($_POST['limit'] ? " limit $_POST[limit]" : ''));
$gr = $this->m_array("select * from `".DB_PREFIX."groups` where id='$g'");
$g_dashed = $this->dash($gr['name']);
if ($fn) $g_dashed = $fn . '_stat';
$group = $gr['name'];
$format_bold = 0;
$counter++;
$impt /* import type */ = @$_POST['impt'];
//$impt = 'csv';
if (!$impt) // xls
{
$XLS_TP_php = 'PHPExcel/Classes/PHPExcel/Writer/Excel5.php';
$XLS_save_eval = 'header("Content-Type: application/vnd.ms-excel");
header("Content-Disposition: attachment;filename=\"{$g_dashed}{$xs}.xls\"");
header("Cache-Control: max-age=0");
$objWriter = new PHPExcel_Writer_Excel5($objPHPExcel);';
}
if ($impt == 'xlsx') // xlsx
{
$XLS_TP_php = 'PHPExcel/Classes/PHPExcel/Writer/Excel2007.php';
$XLS_save_eval = 'header("Content-Type: application/vnd.ms-excel");
header("Content-Disposition: attachment;filename=\"{$g_dashed}{$xs}.xlsx\"");
header("Cache-Control: max-age=0");
$objWriter = new PHPExcel_Writer_Excel2007($objPHPExcel);';
}
if ($impt == 'csv') // xlsx
{
// $XLS_TP_php = 'PHPExcel/Classes/PHPExcel/Writer/Excel2007.php';
$XLS_save_eval = 'header("Content-type: text/csv");
header("Content-Disposition: attachment;filename=\"{$g_dashed}{$xs}.csv\"");
header("Cache-Control: max-age=0");
$objWriter = new PHPExcel_Writer_CSV($objPHPExcel);
$objWriter->setDelimiter(";");
$objWriter->setEnclosure(\'"\');
$objWriter->setLineEnding("\n");
$objWriter->setSheetIndex(0);';
}
/*;
->setInputEncoding('ISO-8859-2')
->setDelimiter(';')
->setEnclosure('"')
->setLineEnding("\n")
->setSheetIndex(0)
*/
include 'PHPExcel/Classes/PHPExcel.php';
if ($XLS_TP_php) include $XLS_TP_php;
// Create new PHPExcel object
$objPHPExcel = new PHPExcel();
$ver = $this->conf_read('ver');
// Set document properties
$ws_name = substr($gr['name'], 0, 31);
$objPHPExcel->getProperties()->setCreator("Webgalamb $ver")
->setTitle($ws_name)
->setSubject("Export file")
->setDescription("")
->setKeywords("")
->setCategory("");
$objPHPExcel->setActiveSheetIndex(0);
function xls($x, $y, $v = '')
{;
};
// klds megkezdse
$dbx = 4;
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(0, 1, __('E-mail cm'));
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(1, 1, __('IP cm'));
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(2, 1, __('Feliratkozs ideje'));
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(3, 1, __('Sttusz'));
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(4, 1, __('ID'));
if ($aid) {
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(5, 1, __('Kattints idpontja'));
$dbx++;
}
if ($mid) {
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(5, 1, __('Kikldve'));
$dbx++;
}
if ($read == 1 && $mid) {
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(6, 1, __('Elolvasva'));
$dbx++;
}
if ($aid) {
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(7, 1, __('Kattintva'));
$dbx++;
}
//xls(0, $dbx+1, 'ID'), $format_bold); $dbx++;
//xls(0, $dbx+1, 'Verify'), $format_bold); $dbx++;
$db = $c = $h = 0;
// plussz mezk felvitele:
$sql_fields = $this->mq("select * from `".DB_PREFIX."fields` where g='$g' order by hely");
$fields_array = array();
while ($s = mysql_fetch_array($sql_fields)) {
if (($gr['email_field'] == $s['id']) || ($gr['email2_field'] == $s['id'])) continue;
$db++;
$fields_array[$s['id']] = $db;
$tp = $s['type'];
$tp = $this->tp($tp);
//if($tp) $s['name'].='{{'.$tp.'}}';
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow($db + $dbx, 1, $s["name"]);
}
$db = 0;
$f_a = array();
global $minta;
//$sql=$this->mq("select * from `".DB_PREFIX."users` where `g`='$g' and a=1 order by name".($_POST['limit']?" limit $_POST[limit]":''));
while ($s = $statxy = mysql_fetch_array($sql)) {
if ($minta) break;
if ($mid || $aid) $s = $this->m_array("select * from `".DB_PREFIX."users` where id='$s[uid]'");
if (!$s) $s = array('name' => __('leiratkozott olvas'), 'mail' => '-', 'ip' => '-', 'datum' => '-', 'active' => '0');
$db++;
$dbh = 5;
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(0, $db + 1, $s["mail"]);
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(1, $db + 1, $s["ip"]);
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(2, $db + 1, $s["datum"]);
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(3, $db + 1, $s["active"] ? ($s["active"] == 2 ? __('Visszapattant') : __('Aktv')) : __('Inaktv'));
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(4, $db + 1, $s["id"]);
if ($mid) {
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(5, $db + 1, date('Y-m-d', $statxy['date']));
$dbh = 7;
}
if ($read == 1 && $mid) {
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(6, $db + 1, $statxy['stat']);
$dbh = 8;
}
if ($aid) {
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow(5, $db + 1, $statxy['stat']);
}
//xls($db, $dbh-1, $s["id"]));
//xls($db, $dbh, $s["verify_code"]));
$id = $s['id'];
$s_q = "SELECT
".DB_PREFIX."users.g as g,
".DB_PREFIX."fields.id as vidid,
".DB_PREFIX."fields.type as type,
".DB_PREFIX."fields_data.text as text,
".DB_PREFIX."fields_data.int_text as int_text,
".DB_PREFIX."fields_data.`date` as `date`
FROM
".DB_PREFIX."fields_data,
".DB_PREFIX."users,
".DB_PREFIX."fields
WHERE
".DB_PREFIX."fields.id=".DB_PREFIX."fields_data.did and
".DB_PREFIX."fields_data.un='$id' and
".DB_PREFIX."users.id='$id' order by ".DB_PREFIX."fields.hely";
//die($s_q);
$sq2 = $this->mq($s_q);
if ($c) $h = 1;
while ($s2 = mysql_fetch_array($sq2)) {
if ($s2['g'] != $g) continue;
if ($s2['type'] > 1) {
if (!isset($f_a[$s2['vidid']])) {
$f_a[$s2['vidid']] = array();
$x = $this->mq("select * from `".DB_PREFIX."fields_fields` where field_id='$s2[vidid]'");
while ($x2 = mysql_fetch_assoc($x)) $f_a[$s2['vidid']][$x2['id']] = $x2['name'];
}
if (!isset($fields_array[$s2['vidid']])) $fields_array[$s2['vidid']] = '';
if (($s2['type'] == 2 || $s2['type'] == 4) && $s2['int_text']) {
if (!isset($f_a[$s2['vidid']][(int)($s2['int_text'])])) $f_a[$s2['vidid']][(int)($s2['int_text'])] = '';
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow($fields_array[$s2['vidid']] + $dbx, $db + 1, $f_a[$s2['vidid']][(int)($s2['int_text'])]);
}
if ($s2['type'] == 5)
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow($fields_array[$s2['vidid']] + $dbx, $db + 1, ($s2['date']));
if ($s2['type'] == 6)
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow($fields_array[$s2['vidid']] + $dbx, $db + 1, (int)($s2['int_text']));
if ($s2['type'] == 3 && $s2['text']) // chex -- tbbet is kijellhet
{
$tomb = explode(';', $s2['text']);
$str = '';
foreach ($tomb as $v) if ((int)($v)) $str .= $f_a[$s2['vidid']][(int)($v)] . '; ';
$objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow($fields_array[$s2['vidid']] + $dbx, $db + 1, $str);
}
} elseif ($s2['text']) $objPHPExcel->getActiveSheet()->setCellValueExplicitByColumnAndRow($fields_array[$s2['vidid']] + $dbx, $db + 1, str_replace(array("\r\n", "\n"), array(' ', ' '), $s2['text']));
}
// if($db > 50) break;
}
//$xls->xls_vege();
$ws_name = substr($g_dashed, 0, 31);
eval($XLS_save_eval);
$objWriter->save('php://output');
exit;
}
}
function csv_generate($g, $mid = 0, $type = '', $read = '', $fn = '', $aid = 0)
{
global $lang_wg2;
if ($g) {
@error_reporting(0);
@set_time_limit(0);
if (isset($_POST['limit'])) {
$a = explode('|', $_POST['limit']);
$_POST['limit'] = $a[0];
$xs = '_' . $a[1];
} else {
$_POST['limit'] = '';
$xs = '';
}
if ($mid) {
$sqlq = "Select * from `".DB_PREFIX."stat` where mid='$mid' " . ($type != '' ? " and type='$type'" : '') . ($read ? ($read == 2 ? " and `stat`='0000-00-00'" : " and `stat`!='0000-00-00'") : '') . ($_POST['limit'] ? " limit $_POST[limit]" : '');
$sql = $this->mq($sqlq);
} elseif ($aid) {
$sqlq = "Select * from `".DB_PREFIX."act_stat` where aid='$aid' and stat!='0000-00-00'" . ($_POST['limit'] ? " limit $_POST[limit]" : '');
$sql = $this->mq($sqlq);
} elseif ($_POST['filter']) {
$_GET['g'] = $g;
$filter = $this->m_array("select * from `".DB_PREFIX."filters` where id='$_POST[filter]'");
$t_x = $this->reszletes_kereso(unserialize($filter['data']));
$q = $t_x['q'];
$fd = $t_x['fd'];;
$sql = $this->mq("select * from `".DB_PREFIX."users` as us where a=1 and g='$_POST[g]'$q order by id" . ($_POST['limit'] ? " limit $_POST[limit]" : ''));
} else {
$sql = $this->mq("select * from `".DB_PREFIX."users` where `g`='$g' and a=1 order by id" . ($_POST['limit'] ? " limit $_POST[limit]" : ''));
//echo"select * from `".DB_PREFIX."users` where `g`='$g' and a=1 order by id".($_POST['limit']?" limit $_POST[limit]":'');
//die();
}
$gr = $this->m_array("select * from `".DB_PREFIX."groups` where id='$g'");
$g_dashed = $this->dash($gr['name']);
if ($fn) $g_dashed = $fn . '_stat';
$group = $gr['name'];
$xls = new tg_xls_writer();
$xls->downloading("{$g_dashed}{$xs}.csv");
// klds megkezdse
$data = '';
//$data.= $xls->csv_conv(('Nv'));
$data .= $xls->csv_conv($this->convert_utf8_to_iso(__('E-mail cm')));
$data .= $xls->csv_conv($this->convert_utf8_to_iso(__('IP cm')));
$data .= $xls->csv_conv($this->convert_utf8_to_iso(__('Feliratkozs ideje')));
$data .= $xls->csv_conv($this->convert_utf8_to_iso(__('Sttusz')));
$data .= $xls->csv_conv($this->convert_utf8_to_iso(__('ID')));
if ($aid) {
$data .= $xls->csv_conv($this->convert_utf8_to_iso(__('Kattints idpontja')));
}
if ($mid) $data .= $xls->csv_conv($this->convert_utf8_to_iso(__('Kikldve')));
if ($read == 1 && $mid) $data .= $xls->csv_conv($this->convert_utf8_to_iso(__('Elolvasva')));
if ($aid) $data .= $xls->csv_conv($this->convert_utf8_to_iso(__('Kattintva')));
$db = $c = $h = 0;
// plussz mezk felvitele:
$sql_fields = $this->mq("select * from `".DB_PREFIX."fields` where g='$g' order by hely");
$fields_array = array();
while ($s = mysql_fetch_array($sql_fields)) {
if (($gr['email_field'] == $s['id']) || ($gr['email2_field'] == $s['id'])) continue;
$db++;
$fields_array[] = $s;
$tp = $s['type'];
$tp = $this->tp($tp);
//if($tp) $s['name'].='{{'.$tp.'}}';
$data .= $xls->csv_conv($this->convert_utf8_to_iso($s["name"]));
}
$db = 0;
$f_a = array();
while ($s = $statxy = mysql_fetch_array($sql)) {
if ($mid || $aid) $s = $this->m_array("select * from `".DB_PREFIX."users` where id='$s[uid]'");
if (!$s) $s = array('name' => __('leiratkozott olvas'), 'mail' => '-', 'ip' => '-', 'datum' => '-', 'active' => '0');
$db++;
if ($data) {
echo substr($data, 0, strlen($data) - 1);
echo "\n";
}
$data = '';
//$data.= $xls->csv_conv($this->convert_utf8_to_iso($s["name"]));
$data .= $xls->csv_conv($this->convert_utf8_to_iso($s["mail"]));
$data .= $xls->csv_conv($this->convert_utf8_to_iso($s["ip"]));
$data .= $xls->csv_conv($this->convert_utf8_to_iso($s["datum"]));
$data .= $xls->csv_conv($this->convert_utf8_to_iso($s["active"] ? ($s["active"] == 2 ? __('Visszapattant') : __('Aktv')) : __('Inaktv')));
$data .= $xls->csv_conv($this->convert_utf8_to_iso($s["id"]));
if ($mid) {
$data .= $xls->csv_conv($this->convert_utf8_to_iso(date('Y-m-d', $statxy['date'])));
}
if ($read == 1 && $mid) $data .= $xls->csv_conv($this->convert_utf8_to_iso($statxy['stat']));
if ($aid) $data .= $xls->csv_conv($this->convert_utf8_to_iso($statxy['stat']));
$id = $s['id'];
if ($c) $h = 1;
foreach ($fields_array as $s2) {
$fd = $this->m_array("select * from ".DB_PREFIX."fields_data where un='$s[id]' and did='$s2[id]'");
if ($s2['type'] > 1) {
if (!isset($f_a[$s2['id']])) {
$f_a[$s2['id']] = array();
$x = $this->mq("select * from `".DB_PREFIX."fields_fields` where field_id='$s2[id]'");
while ($x2 = mysql_fetch_assoc($x)) $f_a[$s2['id']][$x2['id']] = $x2['name'];
}
if (($s2['type'] == 2 || $s2['type'] == 4)) {
if ($fd['int_text']) $data .= $xls->csv_conv($this->convert_utf8_to_iso($f_a[$s2['id']][(int)($fd['int_text'])]));
else $data .= ';';
}
if ($s2['type'] == 5)
$data .= $xls->csv_conv($this->convert_utf8_to_iso(($fd['date'])));
if ($s2['type'] == 6)
$data .= $xls->csv_conv($this->convert_utf8_to_iso((int)($fd['int_text'])));
if ($s2['type'] == 3) // chex -- tbbet is kijellhet
{
$tomb = explode(';', $fd['text']);
$str = '';
foreach ($tomb as $v) if ((int)($v)) $str .= $f_a[$s2['id']][(int)($v)] . '; ';
$data .= $xls->csv_conv($this->convert_utf8_to_iso($str));
//if(!$str) $data.=';';
}
} else//if($fd['text'])
{
$data .= $xls->csv_conv($this->convert_utf8_to_iso(str_replace(array("\r\n", "\n"), array(' ', ' '), $fd['text'])));
//if(!$fd['text']) $data.= ';';
}
}
}
}
echo $data;
echo "\n";
/*if($data)
{
echo substr($data, 0, strlen($data)-1);
echo "\n";
}
*/
exit;
}
function videoimage($tp, $id, $file)
{
if ($tp == 'youtube')
$image_url = "http://img.youtube.com/vi/{$id}/0.jpg";
if ($tp == 'vimeo') {
$tisztareturn = @file_get_contents("http://vimeo.com/api/v2/video/$id.json");
$tisztareturn = substr($tisztareturn, strpos($tisztareturn, '[{'));
$image_url = json_decode($tisztareturn, true);
if (!$image_url)
echo __("Hibs a megadott vimeo link, vagy a linken nem tallhat vide");
$image_url = $image_url[0]['thumbnail_large'];
}
if (!$image_url || !$file) return false;
$image = @file_get_contents($image_url);
// $this->download($image_url);
//http://vimeo.com/15887012
if (!$image) {
echo __('Nem sikerlt az elnzeti kp letltse, ellenrizd a linket.');
return false;
}
$image = imagecreatefromstring($image);
$destination_x = (imagesx($image) / 2) - 100;
$destination_y = (imagesy($image) / 2) - 80;
// Load the play button image.
$play_button_image = imagecreatefrompng('../static/img/play-button-overlay.png');
imagealphablending($play_button_image, true); // Preserve transparency.
imagealphablending($image, true); // Preserve transparency.
// Use imagecopy() to place the play button over the image.
imagecopy(
$image, // Destination image.
$play_button_image, // Source image.
$destination_x, // Destination x coordinate.
$destination_y, // Destination y coordinate.
0, // Source x coordinate.
0, // Source y coordinate.
200, // Source width.
160 // Source height.
);
imagejpeg($image, $file);
imagedestroy($image);
/*
$fp = fopen($file, 'w');
fwrite($fp,$image);
fclose($fp);*/
return true;
}
// XLS import rsz
function datafile_upl($file, $oszlop)
{
global $txt_processing_start;
$tp = $_FILES[$file]['type'];
$knyvt = is_dir('files/') ? 'files/feltolt' : '../files/feltolt';
if (!$_POST['g']) return __('Nincs csoport kivlasztva!');
$kit = '.' . pathinfo($_FILES[$file]['name'], PATHINFO_EXTENSION); /*strtolower(substr($_FILES[$file]['name'], strlen($_FILES[$file]['name'])-4));*/
//if (!($kit=='.csv' || $kit == '.xls' || $kit == '.ods' || $kit == '.ots' || $kit == '.xlsx')) return __('Hibs fjlformtum!').'<br />'.__('Kizrlag .xls, .xlsx, s .csv kiterjeszts fjl tlthet fel!');
if (!($kit == '.csv' || $kit == '.xls')) return __('Hibs fjlformtum!') . '<br />' . __('Kizrlag a kvetkez kiterjeszts fjlok tlthetek fel:') . '<br />.xls, .csv';
if (!$_FILES[$file]['size'] > 16024000) return __("Maximum 16MB-os fjl tlhet fel!");
if (is_uploaded_file($_FILES[$file]['tmp_name']) && $_POST['g']) @move_uploaded_file($_FILES[$file]['tmp_name'], $knyvt . $kit);
else return __("Valami problma addott a fjl feltltse kzben!");
if (!is_file($knyvt . $kit)) return __("Nem rem el a feltlttt fjlt. Valsznleg nem megfelelek a mappa jogosultsgai");
/* if($kit=='.csv' || $kit == '.xls' || $kit == '.ods' || $kit == '.ots' || $kit == '.xlsx' || $kit=='.xml')
$txt_processing_start = "
<script language=\"javascript\">
var text = '<div id=\"window_tartalom2\"><h1 class=\"pirosh1\"><center>" . __('Krlek vrj, fjl ellenrzs folyamatban!') .
"</center></h1></div>';
elohoz_n(text, true);
$('#window_tartalom2').load(url, {g: $_GET[g], csv_check: 1, exp: '$kit', update_time: $_POST[update_time]});
</script>";
*/
if ($kit == '.csv' || $kit == '.xls' || $kit == '.ods' || $kit == '.ots' || $kit == '.xlsx') {
$txt_processing_start = "
<script language=\"javascript\">
var text = '<div id=\"window_tartalom2\"><h2 class=\"text-center\">" . __('A fjl feldolgozsa folyamatban!') . "</h2><p class=\"text-center\">" . __('A folyamat a lista hossztl fggen nhny percet vesz ignybe.') . "</p></div>';
elohoz_n(text, true);
$('#window_tartalom2').load(url, {g: $_GET[g], xls_converz: 1, exp: '$kit', update_time: $_POST[update_time]}); </script>";
}
}
function is_utf8($str)
{
return (preg_match(
"/^([\x09\x0A\x0D\x20-\x7E]|[\xC2-\xDF][\x80-\xBF]|\xE0[\xA0-\xBF][\x80-\xBF]|[\xE1-\xEC\xEE\xEF][\x80-\xBF]{2}|\xED[\x80-\x9F][\x80-\xBF]|\xF0[\x90-\xBF][\x80-\xBF]{2}|[\xF1-\xF3][\x80-\xBF]{3}|\xF4[\x80-\x8F][\x80-\xBF]{2})*$/",
$str
)) ? true : false;
}
function _json_decode($str)
{
return explode('|||||;;;S3P4R47OR;;|||||', $str);
}
function _json_encode($array)
{
return implode('|||||;;;S3P4R47OR;;|||||', $array);
}
function getcsv($file, $sp)
{
global $file_pointer;
if (feof($file)) return false;
$sor = '';
while (!feof($file)) {
$ch = fread($file, 1);
if ($ch == "\n") break;
$sor .= $ch;
}
$_SESSION['file_pointer'] = ftell($file);
if (!$sor) return false;
return $this->csvr(($sor), $sp);
}
function utf8_encode_array($arr)
{
foreach ($arr as $k => $v)
$arr[$k] = utf8_encode($v);
return $arr;
}
function xls_to_csv($g, $pid, $kit)
{
$inputFileName = WG_PATH."files/feltolt$kit";
if (!$g || !$pid) return __('Hibs fggvny hasznlat.');
$chf = $this->conf_read("chmod_file");
if ($chf > 100 && $chf <= 777) {
$e = "chmod('$inputFileName', 0" . (int)($chf) . ");";
eval($e);
}
if ($kit == ".csv") {
$handle = fopen($inputFileName, "r");
$row = 0;
while (($data = $this->getcsv($handle, ";")) !== false) // 2. sortl nzzk }
{
$row++;
$temp_s = $this->_json_encode($data);
$utf8 = $this->is_utf8($temp_s);
if (!$utf8 && !isset($utf8set)) {
$utf8set = 1;
mysql_query("set character set latin2");
mysql_query("SET NAMES latin2");
}
$temp_s = mysql_real_escape_string($temp_s);
$this->mq("insert into `".DB_PREFIX."import` (`g`, `pid`, `row`, `x`) values ('$g', '$pid', '$temp_s', '$row')");
}
fclose($handle);
unlink($inputFileName);
return;
}
if (!is_file($inputFileName))
return __('Valami hiba trtnt a fjl feltltse kzben. Ellenrizd a files mappa jogosultsgt! (' . ($inputFileName) . ')');
if (is_file($inputFileName) && $g) {
// echo 'fj ltezik';
require('ExcelReader/php-excel-reader/excel_reader2.php');
require('ExcelReader/SpreadsheetReader.php');
date_default_timezone_set('UTC');
$StartMem = memory_get_usage();
$Spreadsheet = new SpreadsheetReader($inputFileName);
$BaseMem = memory_get_usage();
$Sheets = $Spreadsheet->Sheets();
$tmp_sql = '';
$i = 1;
foreach ($Sheets as $Index => $Name) {
$Spreadsheet->ChangeSheet($Index);
foreach ($Spreadsheet as $Key => $Row) {
if (!implode('', $Row)) continue;
$temp_s = $this->_json_encode($Row);
$utf8 = $this->is_utf8($temp_s);
if (!$utf8 && !isset($utf8set)) {
$utf8set = 1;
mysql_query("set character set latin2");
mysql_query("SET NAMES latin2");
}
$temp_s = mysql_real_escape_string($temp_s);
$tmp_sql .= ($tmp_sql ? ",\r\n" : '') . "('$g', '$pid', '$temp_s', '$Key')";
if (!($i++ % 500)) {
$this->mq("insert into `".DB_PREFIX."import` (`g`, `pid`, `row`, `x`) VALUES $tmp_sql");
$tmp_sql = '';
}
}
}
if ($tmp_sql) {
$this->mq("insert into `".DB_PREFIX."import` (`g`, `pid`, `row`, `x`) VALUES $tmp_sql");
}
unlink($inputFileName);
}
}
function txt_check($now_time, $kit)
{
global $file_pointer;
$t_1 = time();
$out = '';
$g = $_POST['g'];
$pid = $_POST['pid'];
$highestRow = $this->m_array("select count(`id`) as c from `".DB_PREFIX."import` where g='$g' and pid = '$pid'", 'c');
$row = $this->m_array("select * from `".DB_PREFIX."import` where g='$g' and pid = '$pid' order by id", 'row');
$data = $this->_json_decode($row);
if (!$data) return __("Mr az els oszloppal baj van, vagy nincs is meg!");
foreach ($data as $cols) {
$j++;
$numcols++;
//echo $cols;
//echo "<br>\r\n";
$_NEV = mysql_real_escape_string(($cols));
$tp = $this->inv_tp($_NEV, 1);
$_NEV = $tp['str'];
$tp = $tp['tp'];
$sql = $this->mq("select * from ".DB_PREFIX."fields where g='$g' and name='" . $_NEV . "'");
$err_a[] = mysql_real_escape_string(($cols));
if ($cols == (__('Feliratkozs ideje'))) {
$c[$j] = 'datum';
$tim = $j;
} elseif ($cols == (__('IP cm'))) {
$c[$j] = 'ip';
$ip = $j;
} elseif ($cols == (__('E-mail cm')) ||
strtolower($cols) == (strtolower(__('E-mail'))) ||
strtolower($cols) == (strtolower(__('Email')))) {
$c[$j] = 'mail';
$mail = $j;
} elseif ($cols == (__('Sttusz'))) {
$c[$j] = 'active';
$status_id = $j;
} elseif (mysql_num_rows($sql)) { // h J Mez, de mr ltezik akkor hozzasduk a szmt
$s = mysql_fetch_array($sql);
$c[$j] = intval($s['id']);
$tipus[$j] = $s['type'];
/* -------------- */ if ($tp) $tipus[$j] = $tp;
//megnzzk milyen tpus
if ($s['type'] > 1 && $s['type'] < 5) // beolvassuk a mezket.
{
$m_sql = $this->mq("select * from ".DB_PREFIX."fields_fields where field_id='$s[id]' order by CHAR_LENGTH(name) desc");
$fields[$s['id']] = array();
while ($m_s = mysql_fetch_assoc($m_sql)) $fields[$s['id']][$m_s['id']] = $m_s['name'];
}
} elseif ($cols) // ha viszont nem ltezik benne, akkor krelunk s persze van abba az oszlopba valami
{
$id = $this->a_i("".DB_PREFIX."fields");;
$c[$j] = intval($id);
if ($tp) $tipus[$j] = $tp;
}
}
$q = array_count_values($err_a);
$tobb = '';
foreach ($q as $k => $v) if ($v > 1) $tobb .= __('Ez az oszlop tbbszr is szerepel: ') . $k . '<br />';
if ($tobb) $hiba = $tobb;
else $hiba = '';
$_g = $this->m_array("select * from ".DB_PREFIX."groups where id='$g'");
$e_data = $db_users = 0;
// megnzzk minden mez megan e
//if(!$name) $hiba.='<br>#1. sor > <b>Nv</b> mez hinyzik';
if (!$mail) $hiba .= "<br>" . __('E-mail cm') . __(' mez hinyzik');
if ($hiba) {
$hiba .= '<br /><br /> ' . __('Az ellenrzs nem folytathat.');
if (is_file($inputFileName))
unlink($inputFileName);
return $hiba;
}
$xrow = 2;
// most megnzzk az adatokat
if (isset($_POST['kezd'])) $j = $_POST['kezd'];
else $j = 1;
if (isset($_POST['fp'])) $xrow = $_POST['fp'];
for ($row = $xrow; $row <= $highestRow; $row++) // 2. sortl nzzk }
{
$data = $this->_json_decode($this->m_array("select * from `".DB_PREFIX."import` where x='$row' and g='$g' and pid = '$pid' order by id", 'row'));
$j++;
$m = str_replace(array(' ', chr(194), chr(160), "\r", "\n", "\n"), '', ($data[$mail - 1]));
$t = ($data[$tim - 1]);
$ip_v = ($data[$ip - 1]);
$s_x = ($data[$status_id - 1]);
if ($status_id) {
if ($s_x == __('Visszapattant')) $s_x = '2';
elseif ($s_x == __('Inaktv')) $s_x = '0';
elseif ($s_x == __('Aktv')) $s_x = '1';
elseif ($s_x == '') $s_x = '1';
else $hiba .= "<br />" . sprintf(__('#%1$s. sor %2$s. oszlop'), $j, $status_id) . " -> " . __("Ismeretlen sttusz") . ": <b>" . $s_x . "</b>";
}
$t2 = $t;
$t = str_replace('.', '-', $t);
if ($a = preg_match("/^([0-9]{2})[\/]*([0-9]{2})[\/]*([0-9]{4})$/", $t, $b))
$t = "$b[3]-$b[1]-$b[2]";
//dtum ellenrzse
if (!$t) $t = date("Y-m-d");
if ($now_time && !preg_match("/^[0-9]{4}[-]*[0-9]{2}[-]*[0-9]{2}$/", $t)) {
if (!$tim) $tim = sprintf(__("ismeretlen vagy hinyz %s oszlop"), "<i>" . __('Feliratkozs ideje') . "</i>");
$hiba .= "<br />" . sprintf(__('#%1$s. sor %2$s. oszlop'), $j, $tim) . " -> " . __("Hibs dtumformtum (helyes: 1985-05-02)") . ": <b>" . $t2 . "</b>";
}
//e-mail cm ellenrzs
if (!$this->isValidEmail($m)) {
$e_data++;
$error = 1;
$hiba .= "<br />" . sprintf(__('#%1$s. sor %2$s. oszlop'), $j, $mail) . " -> " . __("Hibs e-mail cm") . ": <b>" . $m . "</b>";
} else // nincs hiba
{
$db_users++;
$id = 0;
if (!$ip_v) $ip_v = $_ip;
$m = addslashes($m);
//egyb adatok beszrsa
for ($i = 1; $i <= $numcols; $i++) {
if (is_int($c[$i]) && isset($data[$i - 1])) {
$cols_string = $cols_string2 = (addslashes($data[$i - 1]));
// dtum s szm ellenrzs
if ($tipus[$i] == 5 && $cols_string) {
//date('Y-m-d', (41381 - 25569) * 86400);
if (!$cols_string) $cols_string = '0000-00-00';
if ((!preg_match("/^[0-9]{4}[-]*[0-9]{2}[-]*[0-9]{2}$/", $cols_string)) && (!preg_match("/^([(0-9]+)?$/", $cols_string))) {// && !preg_match("/^([(0-9]+)?$/", $cols_string)) {
if (preg_match("/^([(0-9]+)?$/", $cols_string)) {
$exc_date = (int)($cols_string);
$cols_string = date('Y-m-d', ($exc_date - 25569) * 86400);
}
$hiba .= "<br />" . sprintf(__('#%1$s. sor %2$s. oszlop'), $j, $i) . " -> " . __("Hibs dtumformtum (pl: 2009-03-07)") . ": <b>" . $cols_string . "</b>";
}
} elseif ($tipus[$i] == 6 && $cols_string) {
if (!preg_match("/^([(0-9]+)?$/", $cols_string)) {
$hiba .= "<br />" . sprintf(__('#%1$s. sor %2$s. oszlop'), $j, $i) . " -> " . __("Hibs szmformtum") . ": <b>" . $cols_string . "</b>";
}
} elseif ($tipus[$i] == 3 && $cols_string) // checkbox
{
$cols_string = str_replace('; ', ';', $cols_string);
$arr = explode(';', str_replace('; ;', ';', ($cols_string . ';')));
$field_id = $c[$i];
foreach ($arr as $v0) {
if (!$v0) continue;
$_van = 0;
if (is_array($fields[$field_id]))
foreach ($fields[$field_id] as $k => $v) {
if ($v == $v0) {
$_van = 1;
break;
}
}
if (!$_van) $hiba .= "<br />" . sprintf(__('#%1$s. sor %2$s. oszlop'), $j, $i) . " -> "
. __("Hibs checkbox rtk") . ": <b>" . $v0 . "</b>";
}
continue;
}
//$fields[$s['id']]
$field_id = $c[$i];
if (!isset($fields[$field_id])) $fields[$field_id] = '';
if (is_array($fields[$field_id])) // ha az adott mezbe cuccok vanak:
{
reset($fields[$field_id]);
foreach ($fields[$field_id] as $k => $v) {
$cols_string = str_replace($v . ';', '', $cols_string);
$cols_string = str_replace($v, '', $cols_string);
}
if (str_replace(' ', '', $cols_string)) $hiba .= "<br />" . sprintf(__('#%1$s. sor %2$s. oszlop'), $j, $i) . " -> " . __("Hibs adat") . ": <b>" . $cols_string2 . "</b> -> " . __('hibs rsz') . ": " . $cols_string;
}
}
}
}
if (time() - $t_1 > 8) {
// echo 'ki kellebne lpni';
if (!isset($_SESSION['hibapl'])) $_SESSION['hibapl'] = '';
$_SESSION['hibapl'] .= $hiba;
echo '
<script>
var text = \'<div id="window_tartalom2"><h2 class="text-center">' . __('Fjl ellenrzse folyamatban!') . '</h2><p class="text-center>' . sprintf(__('%s sor ellenrizve'), $j) . '</p></div>\';
elohoz_n(text, true);
$(\'#window_tartalom2\').load(url, {g: ' . $_POST['g'] . ', csv_check: 1, pid:\'' . $pid . '\', update_time: ' . $_POST['update_time'] . ', fp: ' . $row . ', kezd: ' . $j . '});
</script>';
exit;
}
}
// fclose($handle);
$t_2 = time();
if (is_file($inputFileName) && $hiba) unlink($inputFileName);
if (isset($_SESSION['hibapl'])) $hiba = $_SESSION['hibapl'] . $hiba;
return $hiba ? $hiba . "<br /><br />" . sprintf(__('Az ellenrzs %s msodpercet vett ignybe'), ($t_2 - $t_1)) : false;
}
function txt_processing($kit, $g_id)
{
global $Referer_nev;
$t_1 = time();
$out = '';
$g = $_POST['g'];
$_ip = $this->getip();
$updated = $j = $numcols = 0;
$g = $_POST['g'];
$pid = $_POST['pid'];
$ref_id = $this->m_array("select * from `".DB_PREFIX."fields` where name='$Referer_nev' and g='$g_id'", 'id');
// adatcsere:
$tim = $ip = $name = $mail = $status_id = '';
$inputFileName = "../files/feltolt$kit";
//return $inputFileName;
$highestRow = $this->m_array("select count(`id`) as c from `".DB_PREFIX."import` where g='$g' and pid = '$pid'", 'c');
$data = $this->_json_decode($this->m_array("select * from `".DB_PREFIX."import` where g='$g' and pid = '$pid' order by id", 'row'));
$c = array();
$fields = array();
$vanreferer = 0;
$feliratkozasideje = 0;
foreach ($data as $cols) {
$j++;
$numcols++;
$_NEV = mysql_real_escape_string(($cols));
$tp = $this->inv_tp($_NEV, 1);
$_NEV = $tp['str'];
$tp = $tp['tp'];
$sql = $this->mq("select * from ".DB_PREFIX."fields where g='$g' and name='" . $_NEV . "'");
if ($cols == (__('Feliratkozs ideje'))) {
$c[$j] = 'datum';
$tim = $j;
$feliratkozasideje = 1;
} elseif ($cols == (__('IP cm'))) {
$c[$j] = 'ip';
$ip = $j;
} elseif ($cols == (__('E-mail cm')) ||
strtolower($cols) == (strtolower(__('E-mail'))) ||
strtolower($cols) == (strtolower(__('Email')))) {
$c[$j] = 'mail';
$mail = $j;
} elseif ($cols == (__('Sttusz'))) {
$c[$j] = 'active';
$status_id = $j;
} elseif (strtolower($cols) == (__('id'))) {
$c[$j] = 'id';
$_ID_id = $j;
} elseif (mysql_num_rows($sql)) { // h J Mez, de mr ltezik akkor hozzasduk a szmt
$s = mysql_fetch_array($sql);
$c[$j] = intval($s['id']);
$tipus[$j] = $s['type'];
$option[$j] = $s['option'];
if ($tp) $tipus[$j] = $tp;
if ($s['id'] == $ref_id) $vanreferer = 1;
//megnzzk milyen tpus
if ($s['type'] > 1) // beolvassuk a mezket.
{
$m_sql = $this->mq("select * from ".DB_PREFIX."fields_fields where field_id='$s[id]' order by CHAR_LENGTH(name) desc");
$fields[$s['id']] = array();
while ($m_s = mysql_fetch_assoc($m_sql)) $fields[$s['id']][$m_s['id']] = $m_s['name'];
}
} elseif ($cols) // ha viszont nem ltezik benne, akkor krelunk s persze van abba az oszlopba valami
{
$id = $this->a_i("".DB_PREFIX."fields");;
$c[$j] = intval($id);
if ($tp) $tipus[$j] = $tp;
$this->mq("insert into ".DB_PREFIX."fields (g, name, hely, type) values
('$g','" . $_NEV . "','$id', '$tp')");
}
}
$_g = $this->m_array("select * from ".DB_PREFIX."groups where id='$g'");
$now_time = $_POST['update_time'];
$e_data = 0;
// most feltljk adatokkal
if (isset($_POST['kezd'])) $j = $_POST['kezd'];
else $j = 1;
if (!$this->m_array("select * from `".DB_PREFIX."sub_stat` where date=CURDATE() and g=$g"))
$this->mq("insert into `".DB_PREFIX."sub_stat` (date, g, c) values (CURDATE(), '$g', 0)");
$xrow = 2;
if (isset($_POST['fp'])) $xrow = $_POST['fp'] + 1;
for ($row = $xrow; $row <= $highestRow; $row++) // 2. sortl nzzk }
{
$data = $this->_json_decode($this->m_array("select * from `".DB_PREFIX."import` where x='$row' and g='$g' and pid = '$pid' order by id", 'row'));
$j++;
if (isset($_POST['kezd'])) if ($j <= $_POST['kezd']) continue;
//$n= ($data[$name-1]);
$m = strtolower(str_replace(array(' ', chr(194), chr(160), "\r", "\n", "\n"), '', ($data[$mail - 1])));
$t = ($data[$tim - 1]);
$ip_v = ($data[$ip - 1]);
if (!isset($data[$status_id - 1])) $data[$status_id - 1] = '';
$s_x = ($data[$status_id - 1]);
$___ID = ($data[$_ID_id - 1]); // xls-bern lv id, de ezzel nem foglalkozunk
$m = strtolower($m);
if ($status_id) {
if ($s_x == __('Visszapattant')) $s_x = '2';
elseif ($s_x == __('Inaktv')) $s_x = '0';
elseif ($s_x == __('Aktv')) $s_x = '1';
else $s_x = '4';
} else $s_x = '4';
if ($a = preg_match("/^([0-9]{2})[\/]*([0-9]{2})[\/]*([0-9]{4})$/", $t, $b))
$t = "$b[3]-$b[1]-$b[2]";
$t = str_replace('.', '-', $t);
$t = str_replace(' ', '', $t);
if (preg_match("/^[0-9]{4}[-]*[0-9]{2}[-]*[0-9]{2}$/", $t) && $now_time) $t = "'$t'";
else $t = 'CURDATE()';
// if ( !$this->isValidEmail($m) || !$n) { $e_data++ ; $error=1; }
if (!$this->isValidEmail($m)) {
$e_data++;
$error = 1;
} else // nincs hiba
{
$mail_id = '';
$_SESSION['db_users']++;
$id = 0;
$ipdatum = 'now()';
$v_C = $this->generateCode(40);
if (!$_g['d_user']) // ha nincs tbbszrs feliratkozs - frisstnk
{
if ($s = $this->m_array("select * from ".DB_PREFIX."users where `g`='$g' and mail='$m'")) {
$_SESSION['updated']++;
$id = $s['id'];
$ipdatum = "'$s[ipdatum]'";
$mail_id = $s['mail_id'];
if (!$feliratkozasideje) $t = "'$s[datum]'";
if ($t == "''" || $t == "'0000-00-00'") $t = "'$s[datum]'";
$_ip = $s['ip'];
$omx = $s['omail'];
$v_C = $s['verify_code'];
$bounce = $s['bounce'];
$u_id = $s['id'];
$status_log = $s['status_log'];
if ($s_x == '4') $s_x = $s['active'];
$referer = $this->m_array("select * from ".DB_PREFIX."fields_data where `un`='$s[un]' and did='$ref_id'", 'text');
$this->mq("delete from ".DB_PREFIX."users where `g`='$g' and mail='$m'");
if (!$vanreferer) $this->mq("delete from ".DB_PREFIX."fields_data where `un`='$id' and did!='$ref_id'");
else $this->mq("delete from ".DB_PREFIX."fields_data where `un`='$id'");
}
}
if ($s_x == '4') $s_x = '1';
$tg_vdvdvu_id = $id ? $id : $this->a_i("".DB_PREFIX."users");
if (!$ip_v) $ip_v = $_ip;
if (!isset($omx)) $omx = '';
if (!isset($bounce)) $bounce = '';
if (!isset($status_log)) $status_log = '';
//$n=addslashes($n);
$m = addslashes($m);
$mail_id = $mail_id ? $mail_id : $this->mail_id($m);
//$mail_id='0';
// am
$this->mq("insert into ".DB_PREFIX."users (`g`, mail, omail, mail_id, datum, ip, active, verify_code, id, ipdatum, bounce, status_log) values
('$g', '$m', '$omx', '$mail_id', $t, '$ip_v', $s_x , '$v_C', '$id', $ipdatum, '$bounce', '$status_log')");
$u_id = mysql_insert_id();
$this->writeStatusLog($u_id, 'import', $s_x);
$this->writeModLog($u_id);
if (!$id) $this->mq("update `".DB_PREFIX."sub_stat` set c=c+1 where date=CURDATE() and g=$g");
//egyb adatok beszrsa
for ($i = 1; $i <= $numcols; $i++) {
if (!isset($c[$i])) $c[$i] = '';
if (is_int($c[$i])) {
if (!isset($data[$i - 1])) $data[$i - 1] = '';
$cols_string = (addslashes($data[$i - 1]));
$field_id = $c[$i];
$inttext = 0;
if ($tipus[$i] == 5) // dtum
{
$cols_string = str_replace(' ', '', $cols_string);
if (preg_match("/^([(0-9]+)?$/", $cols_string)) {
$exc_date = (int)($cols_string);
$cols_string = date('Y-m-d', ($exc_date - 25569) * 86400);
}
//
//echo "insert into ".DB_PREFIX."fields_data (un, date, did) values ('$u_id','$cols_string', '".$c[$i]."')";
//die();
//if(preg_match("/^([(0-9]+)?$/", $cols_string)) $cols_string = date('Y-m-d', (( (int)($cols_string) - 25569)*3600*24 ) + 10);
if ($cols_string) $this->mq("insert into ".DB_PREFIX."fields_data (un, date, did) values ('$u_id','$cols_string', '" . $c[$i] . "')");
continue;
} elseif ($tipus[$i] == 6) //szm
{
$cols_string = str_replace(' ', '', $cols_string);
if ($cols_string) $this->mq("insert into ".DB_PREFIX."fields_data (un, int_text, did) values ('$u_id','$cols_string', '" . $c[$i] . "')");
continue;
} elseif ($tipus[$i] == 3) // checkbox
{
$cols_string .= ';';//$cols_string);
$cols_string = str_replace('; ', ';', $cols_string);
$arr = explode(';', $cols_string);
$outt = array();
foreach ($arr as $v0) {
foreach ($fields[$field_id] as $k => $v)
if ($v && $v == $v0) {
$outt[] = $k;
break;
}
}
$cols_string = implode(';', $outt) . ';';
if ($cols_string) $this->mq("insert into ".DB_PREFIX."fields_data (un, text, did) values ('$u_id','$cols_string', '" . $c[$i] . "')");
continue;
} else {
if (isset($fields[$field_id])) if (is_array($fields[$field_id])) // ha az adott mezbe cuccok vanak:
{
reset($fields[$field_id]);
foreach ($fields[$field_id] as $k => $v) $cols_string = str_replace($v, $k, $cols_string);
$cols_string = str_replace(' ', '', $cols_string);
if (!strstr($cols_string, ';') && ($cols_string > 0 && $cols_string < 9223372036854775800)) $inttext = 1;
//echo "cols:|$cols_string| - $inttext<br>";
}
if ($inttext) $this->mq("insert into ".DB_PREFIX."fields_data (un, int_text, did) values ('$u_id','$cols_string', '" . $c[$i] . "')");
else {
if ($tipus[$i] == '0' && $option[$i] == '1') $cols_string = ucwords(mb_convert_case($cols_string, MB_CASE_TITLE, "UTF-8"));
$this->mq("insert into ".DB_PREFIX."fields_data (un, text, did) values ('$u_id','$cols_string', '" . $c[$i] . "')");
}
}
}
}
}
if (time() - $t_1 > 3) {
echo '<script>
var text = \'<div id="window_tartalom2"><h2 class="text-center">' . __('A fjl feldolgozsa folyamatban!').'</h2><p class="text-center">'. sprintf(__('%s sor ksz'), $j) . '</p></div>\';
elohoz_n(text, true);
$(\'#window_tartalom2\').load(url, {g: ' . $_POST['g'] . ', txt_processing: 1, pid: \'' . $pid . '\', update_time: ' . $_POST['update_time'] . ', fp: ' . $row . ', kezd: ' . $j . '});</script>';
exit;
}
}
//fclose($handle);
return " <h2>" . __('Sikeres importls!') . "</h2>
" . sprintf(__('%s feliratkoz importlva.'), '<b>' . $_SESSION['db_users'] . '</b>') . " <br />
" . sprintf(__('%s feliratkoz adata fellrva.'), '<b>' . $_SESSION['updated'] . '</b>') . " <br />
" . sprintf(__('Az importls %s msodpercig tartott!'), '<b>' . (time() - $_SESSION['t1']) . '</b>');
}
function txt_processing2($g, $pid, $_X, $_Y)
{
global $Referer_nev;
$t_1 = time();
$out = '';
$TXT_B = 'run_xlsimport' . $g . $pid . $_X . $_Y;
$TXT_A = 'run_xlsimport' . $g . $pid;
$run = $this->conf_read($TXT_B);
if (!$run) $this->conf_update($TXT_B, time());
if ((time() - $run) < (30)) {
echo "Now run....";
die();
} else {
$this->conf_update($TXT_B, time());
}
echo 'Start<br>';
$_ip = $this->getip();
$updated = $j = $numcols = 0;
$ref_id = $this->m_array("select * from `".DB_PREFIX."fields` where name='$Referer_nev' and g='$g_id'", 'id');
// adatcsere:
$tim = $ip = $name = $mail = $status_id = '';
$data = $this->_json_decode($this->m_array("select * from `".DB_PREFIX."import` where g='$g' and pid = '$pid' order by id", 'row'));
$c = array();
$fields = array();
$vanreferer = 0;
$feliratkozasideje = 0;
foreach ($data as $cols) {
$j++;
$numcols++;
$_NEV = mysql_real_escape_string(($cols));
$tp = $this->inv_tp($_NEV, 1);
$_NEV = $tp['str'];
$tp = $tp['tp'];
$sql = $this->mq("select * from ".DB_PREFIX."fields where g='$g' and name='" . $_NEV . "'");
if ($cols == (__('Feliratkozs ideje'))) {
$c[$j] = 'datum';
$tim = $j;
$feliratkozasideje = 1;
} elseif ($cols == (__('IP cm'))) {
$c[$j] = 'ip';
$ip = $j;
} elseif ($cols == (__('E-mail cm')) ||
strtolower($cols) == (strtolower(__('E-mail'))) ||
strtolower($cols) == (strtolower(__('Email')))) {
$c[$j] = 'mail';
$mail = $j;
} elseif ($cols == (__('Sttusz'))) {
$c[$j] = 'active';
$status_id = $j;
} elseif (strtolower($cols) == (__('id'))) {
$c[$j] = 'id';
$_ID_id = $j;
} elseif (mysql_num_rows($sql)) { // h J Mez, de mr ltezik akkor hozzasduk a szmt
$s = mysql_fetch_array($sql);
$c[$j] = intval($s['id']);
$tipus[$j] = $s['type'];
$option[$j] = $s['option'];
if ($tp) $tipus[$j] = $tp;
if ($s['id'] == $ref_id) $vanreferer = 1;
//megnzzk milyen tpus
if ($s['type'] > 1) // beolvassuk a mezket.
{
$m_sql = $this->mq("select * from ".DB_PREFIX."fields_fields where field_id='$s[id]' order by CHAR_LENGTH(name) desc");
$fields[$s['id']] = array();
while ($m_s = mysql_fetch_assoc($m_sql)) $fields[$s['id']][$m_s['id']] = $m_s['name'];
}
} elseif ($cols) // ha viszont nem ltezik benne, akkor krelunk s persze van abba az oszlopba valami
{
$id = $this->a_i("".DB_PREFIX."fields");;
$c[$j] = intval($id);
if ($tp) $tipus[$j] = $tp;
$this->mq("insert into ".DB_PREFIX."fields (g, name, hely, type) values
('$g','" . $_NEV . "','$id', '$tp')");
}
}
$_g = $this->m_array("select * from ".DB_PREFIX."groups where id='$g'");
//$now_time=$_GET['update_time'];
$now_time = $_GET['update_time'];
$e_data = 0;
// most feltljk adatokkal
if (isset($_POST['kezd'])) $j = $_POST['kezd'];
else $j = 1;
if (!$this->m_array("select * from `".DB_PREFIX."sub_stat` where date=CURDATE() and g=$g"))
$this->mq("insert into `".DB_PREFIX."sub_stat` (date, g, c) values (CURDATE(), '$g', 0)");
$xrow = 2;
if (isset($_POST['fp'])) $xrow = $_POST['fp'] + 1;
$XX__SQL = $this->mq("select * from `".DB_PREFIX."import` where pid='$pid' and g='$g' and mod(`id`,$_X)=$_Y and x!=1");
while ($tmp = mysql_fetch_assoc($XX__SQL)) {
$row = $tmp['x'];
$this->mq("delete from `".DB_PREFIX."import` where id='$tmp[id]'");
$data = $this->_json_decode($tmp['row']);
//echo 'data';
//printr($data);
$j++;
//$n= ($data[$name-1]);
$m = strtolower(str_replace(array(' ', chr(194), chr(160), "\r", "\n", "\n"), '', ($data[$mail - 1])));
$t = ($data[$tim - 1]);
$ip_v = ($data[$ip - 1]);
if (!isset($data[$status_id - 1])) $data[$status_id - 1] = '';
$s_x = ($data[$status_id - 1]);
$___ID = ($data[$_ID_id - 1]); // xls-bern lv id, de ezzel nem foglalkozunk
$m = strtolower($m);
if ($status_id) {
if ($s_x == __('Visszapattant')) $s_x = '2';
elseif ($s_x == __('Inaktv')) $s_x = '0';
elseif ($s_x == __('Aktv')) $s_x = '1';
else $s_x = '4';
} else $s_x = '4';
if ($a = preg_match("/^([0-9]{2})[\/]*([0-9]{2})[\/]*([0-9]{4})$/", $t, $b))
$t = "$b[3]-$b[1]-$b[2]";
$t = str_replace('.', '-', $t);
$t = str_replace(' ', '', $t);
if (preg_match("/^[0-9]{4}[-]*[0-9]{2}[-]*[0-9]{2}$/", $t) && $now_time) $t = "'$t'";
else $t = "CURDATE()";
// if ( !$this->isValidEmail($m) || !$n) { $e_data++ ; $error=1; }
if (!$this->isValidEmail($m)) {
$e_data++;
$error = 1;
} else // nincs hiba
{
$mail_id = '';
$this->conf_update($TXT_A . 'db' . $_Y, $this->conf_read($TXT_A . 'db' . $_Y) + 1);
$_SESSION['db_users']++;
$id = 0;
$ipdatum = 'now()';
$v_C = $this->generateCode(40);
if (!$_g['d_user']) // ha nincs tbbszrs feliratkozs - frisstnk
{
if ($s = $this->m_array("select * from ".DB_PREFIX."users where `g`='$g' and mail='$m'")) {
$this->conf_update($TXT_A . 'upd' . $_Y, $this->conf_read($TXT_A . 'upd' . $_Y) + 1);
$id = $s['id'];
$ipdatum = "'$s[ipdatum]'";
$mail_id = $s['mail_id'];
$bounce = $s['bounce'];
$_ip = $s['ip'];
$omx = $s['omail'];
if (!$feliratkozasideje) $t = "'$s[datum]'";
if ($t == "''" || $t == "'0000-00-00'") $t = "'$s[datum]'";
$v_C = $s['verify_code'];
$u_id = $s['id'];
$status_log = $s['status_log'];
//if (!preg_match("/^[0-9]{4}[-]*[0-9]{2}[-]*[0-9]{2}$/", $data[$tim-1])) $t="'$s[datum]'";
if ($s_x == '4') $s_x = $s['active'];
$referer = $this->m_array("select * from ".DB_PREFIX."fields_data where `un`='$s[un]' and did='$ref_id'", 'text');
$this->mq("delete from ".DB_PREFIX."users where `g`='$g' and mail='$m'");
// if(!$vanreferer) $this->mq("delete from ".DB_PREFIX."fields_data where `un`='$id' and did!='$ref_id'");
// else $this->mq("delete from ".DB_PREFIX."fields_data where `un`='$id'");
}
}
if ($s_x == '4') $s_x = '1';
$tg_vdvdvu_id = $id ? $id : $this->a_i("".DB_PREFIX."users");
if (!$ip_v) $ip_v = $_ip;
if (!isset($omx)) $omx = '';
if (!isset($bounce)) $bounce = '';
if (!isset($status_log)) $status_log = '';
$m = addslashes($m);
$mail_id = $mail_id ? $mail_id : $this->mail_id($m);
//$mail_id='0';
//
$this->mq("insert into ".DB_PREFIX."users (`g`, mail, omail, mail_id, datum, ip, active, verify_code, id, ipdatum, bounce, status_log) values
('$g', '$m', '$omx', '$mail_id', $t, '$ip_v', $s_x , '$v_C', '$id', $ipdatum, '$bounce', '$status_log')");
$u_id = mysql_insert_id();
$this->writeStatusLog($u_id, 'import', $s_x);
$this->writeModLog($u_id);
if (!$id) $this->mq("update `".DB_PREFIX."sub_stat` set c=c+1 where date=CURDATE() and g=$g");
//egyb adatok beszrsa
for ($i = 1; $i <= $numcols; $i++) {
if (!isset($c[$i])) $c[$i] = '';
if (is_int($c[$i])) {
if (!isset($data[$i - 1])) $data[$i - 1] = '';
$cols_string = (addslashes($data[$i - 1]));
$field_id = $c[$i];
$inttext = 0;
if ($tipus[$i] == 5) // dtum
{
$cols_string = str_replace(array(' ', "'"), '', $cols_string);
$cols_string = str_replace('.', '-', $cols_string);
if (!$cols_string) $cols_string = '0000-00-00';
if (preg_match("/^[0-9]{4}[-]*[0-9]{2}[-]*[0-9]{2}$/", $cols_string) && $now_time);
else
if (preg_match("/^([(0-9]+)?$/", $cols_string)) {
$exc_date = (int)($cols_string);
$cols_string = date('Y-m-d', ($exc_date - 25569) * 86400);
}
//
//echo "insert into ".DB_PREFIX."fields_data (un, date, did) values ('$u_id','$cols_string', '".$c[$i]."')";
//die();
//if(preg_match("/^([(0-9]+)?$/", $cols_string)) $cols_string = date('Y-m-d', (( (int)($cols_string) - 25569)*3600*24 ) + 10);
if ($cols_string) {
$this->mq("delete from ".DB_PREFIX."fields_data where `un`='$u_id' and did='" . $c[$i] . "'");
$this->mq("insert into ".DB_PREFIX."fields_data (un, date, did) values ('$u_id','$cols_string', '" . $c[$i] . "')");
}
continue;
} elseif ($tipus[$i] == 6) //szm
{
$cols_string = str_replace(' ', '', $cols_string);
if ($cols_string) {
$this->mq("delete from ".DB_PREFIX."fields_data where `un`='$u_id' and did='" . $c[$i] . "'");
$this->mq("insert into ".DB_PREFIX."fields_data (un, int_text, did) values ('$u_id','$cols_string', '" . $c[$i] . "')");
}
continue;
} elseif ($tipus[$i] == 3) // checkbox
{
$cols_string .= ';';//$cols_string);
$cols_string = str_replace('; ', ';', $cols_string);
$arr = explode(';', $cols_string);
$outt = array();
foreach ($arr as $v0) {
foreach ($fields[$field_id] as $k => $v)
if ($v && $v == $v0) {
$outt[] = $k;
break;
}
}
$cols_string = implode(';', $outt) . ';';
if ($cols_string) {
$this->mq("delete from ".DB_PREFIX."fields_data where `un`='$u_id' and did='" . $c[$i] . "'");
$this->mq("insert into ".DB_PREFIX."fields_data (un, text, did) values ('$u_id','$cols_string', '" . $c[$i] . "')");
}
continue;
} else {
if (isset($fields[$field_id])) if (is_array($fields[$field_id])) // ha az adott mezbe cuccok vanak:
{
reset($fields[$field_id]);
foreach ($fields[$field_id] as $k => $v) $cols_string = str_replace($v, $k, $cols_string);
$cols_string = str_replace(' ', '', $cols_string);
if (!strstr($cols_string, ';') && ($cols_string > 0 && $cols_string < 9223372036854775800)) $inttext = 1;
//echo "cols:|$cols_string| - $inttext<br>";
}
if ($inttext) {
$this->mq("delete from ".DB_PREFIX."fields_data where `un`='$u_id' and did='" . $c[$i] . "'");
$this->mq("insert into ".DB_PREFIX."fields_data (un, int_text, did) values ('$u_id','$cols_string', '" . $c[$i] . "')");
} else {
if ($tipus[$i] == '0' && $option[$i] == '1') $cols_string = ucwords(mb_convert_case($cols_string, MB_CASE_TITLE, "UTF-8"));
$this->mq("delete from ".DB_PREFIX."fields_data where `un`='$u_id' and did='" . $c[$i] . "'");
$this->mq("insert into ".DB_PREFIX."fields_data (un, text, did) values ('$u_id','$cols_string', '" . $c[$i] . "')");
}
}
}
}
}
if (time() - $t_1 > 10) {
$this->conf_delete($TXT_B);
exit;
die();
}
}
//fclose($handle);
}
function str_replace_deep($search, $replace, $subject)
{
if (is_array($subject)) {
foreach ($subject as &$oneSubject)
$oneSubject = $this->str_replace_deep($search, $replace, $oneSubject);
unset($oneSubject);
return $subject;
} else {
return str_replace($search, $replace, $subject);
}
}
function ajax_send($v)
{
$v = str_replace("'", "\'", $v);
$v = str_replace("\n", '\n', $v);
return $v;
}
function tiny_clean($text)
{
$text = str_replace(array('\n', '\r'), array("\n", "\r"), $text);
$text = str_replace(chr(194) . chr(160), ' ', $text); // utf-8as szkz lecsrlse rendes szkzre
$text = str_replace('&', '&', stripslashes($text));
$text = str_replace(array('%7D', '%7B'), array('}', '{'), $text);
$text = str_replace(array('http://{', 'https://{', '&a={', '%7D', '%7B'), array('{', '{', '&a={', '}', '{'), $text);
preg_match_all('/(<a.*?href=".*?{)(.*?)(}.*?".*?>)/', $text, $matches, PREG_SET_ORDER);
foreach ($matches as $val) {
$orig_str = $val[1] . $val[2] . $val[3];
$new_str = $val[1] . str_replace('%20', ' ', $val[2]) . $val[3];
$text = str_replace($orig_str, $new_str, $text);
}
return $text;
}
function stat_cache($date, $g, $up = -1, $down = -1, $send = -1, $read = -1)
{
$sql = $this->mq("select * from `".DB_PREFIX."stat_cache` where `date`='$date' and `g`='$g'");
if (!mysql_num_rows($sql))
$this->mq("insert into `".DB_PREFIX."stat_cache` (`date`, `g`) values ('$date', '$g')");
$set = ($up > -1 ? " ups='$up'" : '');
$set .= ($down > -1 ? (($set ? ' ,' : '') . " `downs`='$down'") : '');
$set .= ($send > -1 ? (($set ? ' ,' : '') . " `sendm`='$send'") : '');
$set .= ($read > -1 ? (($set ? ' ,' : '') . " `rm`='$read'") : '');
if ($set) {
$this->mq("update `".DB_PREFIX."stat_cache` set $set where `date`='$date' and `g`='$g'");
return 1;
} else return 0;
}
function stat_cache_2($tp, $date, $mid, $sendout = -1, $read = -1, $link = -1)
{
if ($tp == 'mail') $tp2 = 'mid';
else $tp2 = 'act';
$sql = $this->mq("select * from `".DB_PREFIX."stat_cache_$tp` where `date`='$date' and $tp2='$mid'");
if (!mysql_num_rows($sql))
$this->mq("insert into `".DB_PREFIX."stat_cache_$tp` (`date`, `$tp2`) values ('$date', '$mid')");
$set = ($sendout > -1 ? " `sendout`='$sendout'" : '');
$set .= ($read > -1 ? (($set ? ' ,' : '') . " `read`='$read'") : '');
$set .= ($link > -1 ? (($set ? ' ,' : '') . " `link`='$link'") : '');
if ($set) {
$this->mq("update `".DB_PREFIX."stat_cache_$tp` set $set where `date`='$date' and `$tp2`='$mid'");
return 1;
} else return 0;
}
function kitolt_cache($date)
{
global $_g;
//echo 'h: ', substr($date, 5,2), 'nap:',substr($date, 8,2), 'v',substr($date, 0,4);
$dmk = mktime(0, 0, 0, substr($date, 5, 2), substr($date, 8, 2), substr($date, 0, 4));
//die($dmk);
for ($j = $dmk; $j < time(); $j += 24 * 3600) {
$date = date('Y-m-d' . "\r\n", $j);
if (!$this->m_array("select * from `".DB_PREFIX."stat_cache` where `g` = '$_g[id]' and date='$date'"))
$this->mq("insert into `".DB_PREFIX."stat_cache` (g, date) values ('$_g[id]', '$date')");
}
}
function stat_cache_refresh()
{
$ustat_unix = $this->m_array("select UNIX_TIMESTAMP(date) as date from `".DB_PREFIX."stat_cache` order by `date` desc", 'date');
if (!$ustat_unix) $ustat_unix = 0;
$ustat_date = date("Y-m-d", $ustat_unix);
// feliratkozsok szmnak tmentse:
$sql = $this->mq("SELECT count( `datum` ) as `date_db`, datum, `g` FROM `".DB_PREFIX."users` where datum>='$ustat_date' group by `datum`, `g`");
$i = 0;
while ($s = mysql_fetch_assoc($sql)) {
if (!$i) $this->kitolt_cache($s['datum']);
$i++;
$this->stat_cache($s['datum'], $s['g'], $s['date_db']);
//if($i>30) break;
}
// leiratkozsok tmsolsa a unscr tblbl
$sql = $this->mq("select `date`, `g`, count(`mid`) as db from `".DB_PREFIX."unscr` where `date`>='$ustat_date' group by `date`, `g`");
while ($s = mysql_fetch_assoc($sql)) {
$this->stat_cache($s['date'], $s['g'], -1, $s['db']);
}
// kikldtt levelek szmnak tmentse:
//SELECT count( `g` ) as `db`, FROM_UNIXTIME(`date`, '%Y-%m-%d') as D, `g` FROM `".DB_PREFIX."stat` where stat!='0000-00-00' group by `D`, `g`
$sql = $this->mq("SELECT count( `g` ) as `db`, FROM_UNIXTIME(`date`, '%Y-%m-%d') as D0, `g` FROM `".DB_PREFIX."stat` where `date`>='$ustat_unix' group by `D0`, `g`");
$i = 0;
while ($s = mysql_fetch_assoc($sql)) {
if (!$i) $this->kitolt_cache($s['D0']);
$i++;
$this->stat_cache($s['D0'], $s['g'], -1, -1, $s['db']);
}
// olvasott levelek szmnak tmentse:
$sql = $this->mq("SELECT count( `g` ) as `db`,
FROM_UNIXTIME(`date`, '%Y-%m-%d') as D, `g`, `stat` FROM
`".DB_PREFIX."stat` where stat!='0000-00-00' and `date`>='$ustat_unix' group by `stat`, `g`");
$i = 0;
while ($s = mysql_fetch_assoc($sql)) {
$i++;
$this->stat_cache($s['stat'], $s['g'], -1, -1, -1, $s['db']);
//if($i>30) break;
}
}
function kitolt_mail_cache($date)
{
//global $_g;
//echo 'h: ', substr($date, 5,2), 'nap:',substr($date, 8,2), 'v',substr($date, 0,4);
$dmk = mktime(0, 0, 0, substr($date, 5, 2), substr($date, 8, 2), substr($date, 0, 4));
for ($j = $dmk; $j < time(); $j += 24 * 3600) {
$date = date('Y-m-d', $j);
if (!$this->m_array("select * from `".DB_PREFIX."stat_cache_mail` where `mid` = '$_GET[mail_statid]' and date='$date'"))
$this->mq("insert into `".DB_PREFIX."stat_cache_mail` (mid, date) values ('$_GET[mail_statid]', '$date')");
}
}
function stat_cache_refresh_mail($mid)
{
$ustat_unix = $this->m_array("select UNIX_TIMESTAMP(date) as date from `".DB_PREFIX."stat_cache_mail` where `mid`='$mid' order by `date` desc", 'date');
if (!$ustat_unix) $ustat_unix = 1;
$ustat_date = date("Y-m-d", $ustat_unix);
// kikldsek szmnak tmentse
$sql = $this->mq("SELECT
count( `mid` ) as `db`,
FROM_UNIXTIME(`date`, '%Y-%m-%d') as Di, `mid`
FROM `".DB_PREFIX."stat`
where `date`>='$ustat_unix' and mid='$mid' group by `Di`, `mid`");
$i = 0;
while ($s = mysql_fetch_assoc($sql)) {
if (!$i) $this->kitolt_mail_cache($s['Di']);
$i++;
$this->stat_cache_2('mail', $s['Di'], $s['mid'], $s['db']);
//echo 'dtum:',$s['D'], ':',$s['db'],'<br>';
}
// olvasott levelek szmnak tmentse:
$sql = $this->mq("SELECT count( `g` ) as `db`,
FROM_UNIXTIME(`date`, '%Y-%m-%d') as Di, `mid`, `stat` FROM
`".DB_PREFIX."stat` where stat!='0000-00-00' and `date`>='$ustat_unix' and mid='$mid' group by `stat`, `mid`");
$i = 0;
while ($s = mysql_fetch_assoc($sql)) {
$i++;
// $this->stat_cache_2('mail', $s['Di'], $s['mid'], -1, $s['db']);
$this->stat_cache_2('mail', $s['stat'], $s['mid'], -1, $s['db']);
// $this->stat_cache($s['stat'], $s['g'], -1,-1, -1, $s['db']);
//if($i>30) break;
}
// akcilinkek
$sql = $this->mq("SELECT count( `mid` ) as `db`, FROM_UNIXTIME(`date`, '%Y-%m-%d') as Di, `mid` FROM `".DB_PREFIX."act_stat`
where stat!='0000-00-00 00:00:00' and `date`>='$ustat_unix' and mid='$mid' group by `Di`, `mid`");
$i = 0;
while ($s = mysql_fetch_assoc($sql)) {
$i++;
$this->stat_cache_2('mail', $s['Di'], $s['mid'], -1, -1, $s['db']);
}
}
function stat_cache_refresh_act($act, $g)
{
$t = microtime(true);
$this->mq("update `".DB_PREFIX."act_stat` set statid = (select id from `".DB_PREFIX."stat` where
`".DB_PREFIX."stat`.`uid`=`".DB_PREFIX."act_stat`.`uid` and
`".DB_PREFIX."stat`.`date`=`".DB_PREFIX."act_stat`.`date` limit 0,1) where statid=0");
$ustat_unix = $this->m_array("select UNIX_TIMESTAMP(date) as date from `".DB_PREFIX."stat_cache_act` where `act`='$act' order by `date` desc", 'date');
if (!$ustat_unix) $ustat_unix = 1;
$ustat_date = date("Y-m-d", $ustat_unix);
// kikldsek szmnak tmentse
$sql = $this->mq("SELECT count( * ) as `db`, FROM_UNIXTIME(`date`, '%Y-%m-%d') as D, '$act' as `aid` FROM `".DB_PREFIX."stat` as s1
where g='$g' and date>='$ustat_unix' and ( select count(*) from ".DB_PREFIX."act_stat where aid='$act' and statid=s1.id) group by `D`");
$i = 0;
while ($s = mysql_fetch_assoc($sql)) {
@set_time_limit(30);
$i++;
$this->stat_cache_2('act', $s['D'], $s['aid'], $s['db']);
}
$t2 = microtime(true);
// echo "kikldtt levelek: ", $t2-$t, '<br>';
// olvasott levelek szmnak tmentse:
/* $sql = $this->mq("SELECT count( `aid` ) as `db`, FROM_UNIXTIME(`".DB_PREFIX."stat`.`date`, '%Y-%m-%d') as D, `aid`
FROM `".DB_PREFIX."act_stat` inner join `".DB_PREFIX."stat` on (`".DB_PREFIX."stat`.id=`".DB_PREFIX."act_stat`.statid)
where `".DB_PREFIX."stat`.stat!='0000-00-00' and `".DB_PREFIX."stat`.date>='$ustat_unix' and `".DB_PREFIX."act_stat`.aid='$act' group by `D`");*/
$sql = $this->mq("SELECT count( * ) as `db`, FROM_UNIXTIME(`date`, '%Y-%m-%d') as D, '$act' as `aid` FROM `".DB_PREFIX."stat` as s1
where g='$g' and date>='$ustat_unix' and stat!='0000-00-00' and ( select count(*) from ".DB_PREFIX."act_stat where aid='$act' and statid=s1.id) group by `D`");
$i = 0;
while ($s = mysql_fetch_assoc($sql)) {
@set_time_limit(30);
$i++;
$this->stat_cache_2('act', $s['D'], $s['aid'], -1, $s['db']);
}
$t3 = microtime(true);
// echo "olvasott levelek: ", $t3-$t2, '<br>';
// akcilinkek
$sql = $this->mq("SELECT count( `aid` ) as `db`, DATE(`stat`) as D, `aid` FROM `".DB_PREFIX."act_stat` where stat>='$ustat_date' and aid='$act' group by `D`");
$i = 0;
while ($s = mysql_fetch_assoc($sql)) {
@set_time_limit(30);
$i++;
$this->stat_cache_2('act', $s['D'], $s['aid'], -1, -1, $s['db']);
}
$t4 = microtime(true);
// echo "kattintott levelek: ", $t4-$t3, '<br>';
}
function get_real_size($size = 0)
{
/// tvltani megra a szmokat
if (!$size) {
return 0;
}
$scan['MB'] = 1048576;
$scan['Mb'] = 1048576;
$scan['M'] = 1048576;
$scan['m'] = 1048576;
$scan['KB'] = 1024;
$scan['Kb'] = 1024;
$scan['K'] = 1024;
$scan['k'] = 1024;
while (list($key) = each($scan)) {
if ((strlen($size) > strlen($key)) && (substr($size, strlen($size) - strlen($key)) == $key)) {
$size = substr($size, 0, strlen($size) - strlen($key)) * $scan[$key];
break;
}
}
return $size;
} // end function
function table_e($max, $v)
{
if (strlen($v) <= $max) {
return $v;
} else {
if (function_exists('mb_substr')) {
return mb_substr($v, 0, $max - 1, 'UTF-8') . '';
} else {
return substr($v, 0, $max - 1) . '';
}
}
}
function formatbytes($val, $digits = 3, $mode = "SI", $bB = "B")
{ //$mode == "SI"|"IEC", $bB == "b"|"B"
$si = array("", "k", "M", "G", "T", "P", "E", "Z", "Y");
$iec = array("", "Ki", "Mi", "Gi", "Ti", "Pi", "Ei", "Zi", "Yi");
switch (strtoupper($mode)) {
case "SI":
$factor = 1000;
$symbols = $si;
break;
case "IEC":
$factor = 1024;
$symbols = $iec;
break;
default:
$factor = 1000;
$symbols = $si;
break;
}
switch ($bB) {
case "b":
$val *= 8;
break;
default:
$bB = "B";
break;
}
for ($i = 0; $i < count($symbols) - 1 && $val >= $factor; $i++)
$val /= $factor;
$p = strpos($val, ".");
if ($p !== false && $p > $digits) $val = round($val);
elseif ($p !== false) $val = round($val, $digits - $p);
return round($val, $digits) . " " . $symbols[$i] . $bB;
}
function de($enc_text, $p, $iv_len = 32)
{
$enc_text = base64_decode($enc_text);
$n = strlen($enc_text);
$i = $iv_len;
$plain_text = '';
$iv = substr($p ^ substr($enc_text, 0, $iv_len), 0, 512);
while ($i < $n) {
$block = substr($enc_text, $i, 16);
$plain_text .= $block ^ pack('H*', md5($iv));
$iv = substr($block . $iv, 0, 512) ^ $p;
$i += 16;
}
return preg_replace('/\\x13\\x00*$/', '', $plain_text);
}
function replace($out, $j, $jj, $tp)
{
// mret
$s = $out[$j]['filesize'];
$out[$j]['filesize'] = $out[$jj]['filesize'];
$out[$jj]['filesize'] = $s;
// nv
$s = $out[$j][$tp];
$out[$j][$tp] = $out[$jj][$tp];
$out[$jj][$tp] = $s;
// dtum
$s = $out[$j]['ntime'];
$out[$j]['ntime'] = $out[$jj]['ntime'];
$out[$jj]['ntime'] = $s;
return $out;
}
function n_f($x)
{
if (!$x) return '0';
return number_format($x, 0, ',', '.');
}
function n_fsz($x)
{
if (!$x) return '0';
$sz = number_format($x, 1, ',', '.');
if ($sz == '100,0') $sz = '100';
if ($sz == '0,0' && $x > 0) $sz = '>0';
return $sz;
}
function init_dir($dir, $order, $tp)
{
global $sn;
$i = 0;
if ($kvt = opendir($dir)) {
while (gettype($fajl = readdir($kvt)) != 'boolean') {
if (((($tp == "dir") ? is_dir("$dir$fajl") : is_file("$dir$fajl"))) && ($fajl != "..") && ($fajl != ".") && !(strstr($sn, $fajl) && $tp != 'dir')) {
$i++;
$out[$i][$tp] = $fajl;
if ($tp != 'dir') $out[$i]['filesize'] = filesize("$dir$fajl");
$out[$i]['ntime'] = date("Y-m-d H:i", filemtime("$dir$fajl"));
}
}
closedir($kvt);
} else return false;
$out[0][$tp] = $i;
if ($order == "name") {
for ($jj = 1; $jj <= $i; $jj++)
for ($j = $jj; $j <= $i; $j++)
if (strtolower(($out[$jj][$tp])) > strtolower(($out[$j][$tp]))) $out = $this->replace($out, $j, $jj, $tp);
}
if ($order == "fname") {
for ($jj = 1; $jj <= $i; $jj++)
for ($j = $jj; $j <= $i; $j++)
if (strtolower(($out[$jj][$tp])) < strtolower(($out[$j][$tp]))) $out = $this->replace($out, $j, $jj, $tp);
}
if ($order == "size") {
for ($jj = 1; $jj <= $i; $jj++)
for ($j = $jj; $j <= $i; $j++)
if (($out[$jj]['filesize']) > ($out[$j]['filesize'])) $out = $this->replace($out, $j, $jj, $tp);
}
if ($order == "fsize") {
for ($jj = 1; $jj <= $i; $jj++)
for ($j = $jj; $j <= $i; $j++)
if (($out[$jj]['filesize']) < ($out[$j]['filesize'])) $out = $this->replace($out, $j, $jj, $tp);
}
if ($order == "time") {
for ($jj = 1; $jj <= $i; $jj++)
for ($j = $jj; $j <= $i; $j++)
if (($out[$jj][ntime]) > ($out[$j][ntime])) $out = $this->replace($out, $j, $jj, $tp);
}
if ($order == "ftime") {
for ($jj = 1; $jj <= $i; $jj++)
for ($j = $jj; $j <= $i; $j++)
if (($out[$jj][ntime]) < ($out[$j][ntime])) $out = $this->replace($out, $j, $jj, $tp);
}
return $out;
}
function get_rnd_iv($iv_len)
{
$iv = '';
while ($iv_len-- > 0) {
$iv .= chr(mt_rand() & 0xff);
}
return $iv;
}
function encoding($x)
{
$m = '';
$n = preg_replace("/[^[:space:]a-zA-Z0-9-]/", "", $this->_en(str_replace('www.', '', $_SERVER['HTTP_HOST']) . strrev(str_replace('www.', '', $_SERVER['HTTP_HOST'])), 'Sen!_wgSiEte_tsof', 1));
for ($i = 0; $i < strlen(preg_replace("/[^[:space:]a-zA-Z0-9-]/", "", $this->_en(str_replace('www.', '', $_SERVER['HTTP_HOST']) . strrev(str_replace('www.', '', $_SERVER['HTTP_HOST'])), 'Sen!_wgSiEte_tsof', 1))); $i++) {
if ($i > 0 && ($i % 5) == 0) $m .= "-";
$m .= $n[$i];
}
return strtoupper(substr($m, 0, 41));
}
function en($plain_text, $p, $iv_len = 32)
{
$plain_text .= "\x13";
$n = strlen($plain_text);
if ($n % 16) $plain_text .= str_repeat("\0", 16 - ($n % 16));
$i = 0;
$enc_text = $this->get_rnd_iv($iv_len);
$iv = substr($p ^ $enc_text, 0, 512);
while ($i < $n) {
$block = substr($plain_text, $i, 16) ^ pack('H*', md5($iv));
$enc_text .= $block;
$iv = substr($block . $iv, 0, 512) ^ $p;
$i += 16;
}
return base64_encode($enc_text);
}
function get_rnd_iv2($iv_len)
{
$iv = '';
while ($iv_len-- > 0) {
$iv .= 'h';
}
return $iv;
}
function e()
{
global $_y, $__v, $x___X, $__SUBSCRIBER, $ajax;
$K = 'c';
$c = $this->conf_read(strrev($K . 'neci' . 'l'));
if (!isset($ajax)) $ajax = $this->get_rnd_iv2('A_JAX');
else $_y = 1;
if (isset($_SESSION['password'])) $_C = $this->encoding($_SESSION['password']);
else $_C = 0;
if (strrev(base64_encode($this->_en(strrev(str_replace('www.', '', $_SERVER['HTTP_HOST'])), strrev('eteisGVV')))) != $x___X) {
$_y = 0;
eval(strrev(";1=rre_mod$"));
}
// if($_C && (strtolower($c)!=strtolower(strrev($_C)) && $_y<=0))
if ($_C && (($c && (strtolower($c) != strtolower(strrev($_C))) || (!$c && $_y <= 0)))) {
if ($__SUBSCRIBER) die(base64_decode("PGh0bWw+PGhlYWQ+PHRpdGxlPldlYmdhbGFtYiAyPC90aXRsZT48L2hlYWQ+PGJvZHk+QSBo7XJsZXbpbGv8bGT1IHJlbmRzemVyIGplbGVubGVnIGluYWt07XYhPC9ib2R5PjwvaHRtbD4="));
require strrev('php.noitartsiger.ludom');
exit();
}
return ((strtolower($c) != strtolower(strrev($_C))) ? 0 : 1);
}
function _en($plain_text, $p, $iv_len = 32)
{
$plain_text .= "\x13";
$n = strlen($plain_text);
if ($n % 16) $plain_text .= str_repeat("\0", 16 - ($n % 16));
$i = 0;
$enc_text = $this->get_rnd_iv2($iv_len);
$iv = substr($p ^ $enc_text, 0, 512);
while ($i < $n) {
$block = substr($plain_text, $i, 16) ^ pack('H*', md5($iv));
$enc_text .= $block;
$iv = substr($block . $iv, 0, 512) ^ $p;
$i += 16;
}
return base64_encode($enc_text);
}
function sql_dump($file)
{ //echo 'valami';
global $out;
$i = 0;
if (is_uploaded_file($_FILES[$file]['tmp_name'])) {
$tp = $_FILES[$file]['type'];
$n = explode('.', $_FILES[$file]['name']);
reset($n);
if (strtolower($n[count($n) - 1]) != 'sql') {
$out = __('Hibs a feltlttt fjl formtuma! Csak a WEBGALAMB ltal lementett fjl tlthet ide fel!');
return false;
}
if (strtolower($n[count($n) - 1]) == 'sql') {
move_uploaded_file($_FILES[$file]['tmp_name'], 'sql.sql');
$chf = $this->conf_read("chmod_file");
if ($chf > 100 && $chf <= 777) {
$e = "chmod('sql.sql', 0" . (int)($chf) . ");";
eval($e);
}
if (is_file('sql.sql')) {
$t1 = time();
$bufferSize = 5120;
$fajl = fopen('sql.sql', "rb");
$fstring = '';
while (!feof($fajl)) {
$fstring .= fread($fajl, $bufferSize);
}
if (substr($fstring, 0, 22) != 'SET CHARACTER SET utf8') {
$out = __('Hibs fjl! Csak a WEBGALAMB ltal lementett fjl tlthet ide fel!');
return false;
}
$tmp = array();
$tmp = $this->sql_explode($fstring);
while ($x = each($tmp)) {
$i++;
//echo $x[1].'<br>';;
$this->mq($x[1]);
}
fclose($fajl);
$t2 = time();
$out = sprintf(__("A teljes frissts %s msodpercet vett ignybe!"), ($t2 - $t1)) . "\n" . __("Adatbzis feltlts sikeres!");
}
}
// adatbzis jelsz visszalltsa a mostanira
$this->mq("UPDATE `".DB_PREFIX."config` set conf_value=PASSWORD('$_SESSION[password]') where wg_conf='admin_password'");
@unlink('sql.sql');
}
}
function do_post_request($url, $data, $optional_headers = null)
{
$start = strpos($url, '//') + 2;
$end = strpos($url, '/', $start);
$host = substr($url, $start, $end - $start);
$domain = substr($url, $end);
$fp = fsockopen($host, 80);
if (!$fp) return null;
fputs($fp, "POST $domain HTTP/1.1\n");
fputs($fp, "Host: $host\n");
if ($optional_headers) {
fputs($fp, $optional_headers);
}
fputs($fp, "Content-type: application/x-www-form-urlencoded\n");
fputs($fp, "Content-length: " . strlen($data) . "\n\n");
fputs($fp, "$data\n\n");
$response = "";
while (!feof($fp)) {
$response .= fgets($fp, 1024);
}
fclose($fp);
return $response;
}
function error($str)
{
$x = strlen($str);
if ($x) {
if ($x <= 2) return array($str);
elseif ($x > 4) {
$elso = $str % 100;
$masodik = (int)(substr((string)($str % 10000), 0, strlen((string)($str % 10000)) - 2));
$harmadik = (int)(substr((string)($str), 0, $x == 6 ? 2 : 1));
return array($elso, $masodik, $harmadik);
} else {
$elso = $str % 100;
$masodik = (int)(substr((string)($str), 0, $x == 4 ? 2 : 1));
return array($elso, $masodik);
}
} else return '';
}
}//mainclass
// Kpek mappjnak ltrehozsa s a nem hasznlt kpek trlse a mappbl ha az mr ltezik
function updatingPicturesFolders($imgdir, $text)
{
if (!file_exists($imgdir)) {
global $main;
$chd = (int)($main->conf_read("chmod_dir"));
mkdir($imgdir);
if ($chd > 100 && $chd <= 777) {
$e = "chmod('{$imgdir}/', 0" . (int)($chd) . ");";
eval($e);
}
}
if (!get_magic_quotes_gpc()) {
$text = stripslashes($text);
}
$str = str_replace("\r\n", " ", $text);
$kvt = opendir($imgdir);
while (false !== ($fajl = readdir($kvt))) {
if (file_exists($imgdir . '/' . $fajl) && $fajl != ".." && $fajl != "." && $fajl != "index.php") {
if (!strstr($str, $fajl))
unlink($imgdir . '/' . $fajl);
}
}
}
@ini_set('session.cookie_httponly', 1);
@session_name("webgalamb6");
@session_start();
if (isset($_POST['loginpassword'])) session_regenerate_id();
$bounce = array(
0 => 'domain error: nem ltez domain',
1 => "<b>#5.2.2</b>: over quota: betelt postafik",
2 => "<B>#5.1.1</B>: user unknown: nem ltez felhasznl",
3 => "domain error: elrhetetlen domain",
4 => "Tl hossz zenet, cmzett nem tudja fogadni",
5 => "<B>#5.4.4</B>: Unable to route: Malformed or unexpected name server reply<br>tovbbts nem lehetsges: rosszul formzott vagy vratlan nvszerver vlasz",
6 => "<B>#2.0.0</B>: (nonstandard success response, see rfc876): nem szabvnyos, sikeres zenet (lsd: rfc876)",
7 => "<B>#2.1.1</B>: System status, or system help reply: rendszer llapot vagy rendszer segtsg vlasz",
8 => "<B>#2.1.4</B>: Help message: segt zenet",
9 => "<B>#2.2.0</B>: <domain> Service ready: szolgltats rendben",
10 => "<B>#2.2.1</B>: <domain> Service closing transmission channel: a szolgltats megszaktotta az tvitelt",
11 => "<B>#2.5.0</B>: Requested mail action okay, completed: krt akci elvgezve",
12 => "<B>#2.5.1</B>: User not local; will forward to <forward-path>: felhasznl nincs itthon tovbbtva ide: <forward-path>",
13 => "<B>#3.5.4</B>: Start mail input; end with <CRLF>.<CRLF>: mail bemenet vgzdese: <CRLF>.<CRLF>",
14 => "<B>#4.2.1</B>: <domain> Service not available, closing transmission channel: szolgltats (domain) nem elrhet",
15 => "<B>#4.5.0</B>: Requested mail action not taken: mailbox unavailable: elrhetetlen e-mail fik",
16 => "<B>#4.5.1</B>: Requested action aborted: local error in processing: helyi hiba a feldolgozsban",
17 => "<B>#4.5.1</B>: Requested action not taken: insufficient system storage: a krt akci nincs elvgezve: kevs rendszer trolkapacits",
18 => "<B>#5.0.1</B>: Syntax error in parameters or arguments: formtumhiba a paramterekben vagy a vltozkban",
19 => "<B>#5.0.2</B>: Command not implemented: nem megvalstott parancs",
20 => "<B>#5.0.3</B>: Bad sequence of commands: rossz sorrend utastsok",
21 => "<B>#5.0.4</B>: Command parameter not implemented: a paramter nem megvalstott",
22 => "<B>#5.1.3</B>: bad address syntax: Hibs szintaktikj e-mail cm",
23 => "<B>#5.1.5</B>: Error on maildir delivery. Message blocked.: A level kzbestse nem sikerlt, a levelet a cmzett blokkolta",
24 => "<B>#5.2.1</B>: <domain> does not accept mail (see rfc1846): valamirt nem fogadja el az emailt",
25 => "<B>#5.3.0</B>: Access denied: A fogad szerver elutastotta a levelet",
26 => "<B>#5.4.2</B>: Bad connection: Hibs kapcsolat/adattviteli hiba",
27 => "<B>#5.4.6</B>: Routing loop detected: routing hurok szlelve",
28 => "<B>#5.5.1</B>: Requested action not taken: mailbox unavailable: elrhetetlen e-mail fik",
29 => "<B>#5.5.1</B>: User not local; please try <forward-path>: nincs itthon prbld a <forward-path> cmet",
30 => "<B>#5.5.3</B>: Requested action not taken: mailbox name not allowed: nem engedlyezett e-mail fiknv",
31 => "<B>#5.5.4</B>: Transaction failed: a tranzakci nem sikerlt",
32 => "<B>#5.6.1</B>: Body type not supported by Remote Host: levltrzs tipusa nem tmogatott a tvoli hoston",
33 => "<B>#5.6.2</B>: SMTP cannot transfer messages with partial final lines: az smtp szerver nem tudja tovbbtani az zenetet rszleges utols sorokkal",
34 => "<B>#5.7.1</B>: Relay access denied: kzvetett hozzfrs elutastva",
35 => "<B>#5.0.0</B>: Felismerhetetlen ers hiba (ltalban spam hiba)!",
36 => "<B>#4.4.7</B> Timeout error: idtllpsi hiba",
37 => "ismeretlen hiba",
38 => 'E-mail cm szintaktikai hiba'
);
$out = '';
$out_alert2 = '';
require_once('class.wg7.php');
if (!extension_loaded('mysql')) {
require_once('mysqli/mysql2i.class.php');
}
if (is_file('files/wg7conf.php')) {
$wgconf = 'files/wg7conf.php';
} elseif (is_file('../files/wg7conf.php')) {
$wgconf = '../files/wg7conf.php';
} else {
$wgconf = str_replace(DIRECTORY_SEPARATOR . 'system', '', __DIR__ . DIRECTORY_SEPARATOR . 'files' . DIRECTORY_SEPARATOR . 'wg7conf.php');
}
//if (is_file($wgconf)) {
@include_once($wgconf);
try
{
if (!$connection = mysql_connect(DB_HOST, DB_USER, DB_PASSWORD)) {
throw new Exception('Nem sikerlt a MySQL adatbzishoz kapcsoldni!<br><br>Hibs MySQL kiszolgl vagy felhasznlnv vagy jelsz!');
} elseif(!mysql_select_db( DB_DATABASE, $connection )) {
throw new Exception('MySQL adatbzis hiba!<br><br>A(z) "'.DB_USER.'" adatbzis felhasznlnak nincs megfelel jogosultsga a(z) "'.DB_DATABASE.'" adatbzis hasznlathoz!');
} elseif(mysql_query('select 1 from `'.DB_PREFIX.'config` LIMIT 1') === FALSE) {
throw new Exception('Nem tallom a Webgalambhoz tartoz MySQL adatbzis tblkat!');
} else {
mysql_query("SET SQL_MODE=''");
mysql_query("set character set utf8");
mysql_query("SET NAMES utf8");
}
}
catch(Exception $e)
{
echo '<!DOCTYPE html><html lang="hu"><head><meta http-equiv="Content-Type" content="text/html; charset=utf-8" /><title>MySQL hiba</title></head><body style="padding: 100px 0 0 0; margin: 0; background: #f00;"><div style="text-align: center; font-size: 18px; font-family: arial; color: #fff; background: #f00; padding: 20px">'.$e->getMessage().'</div></body></html>';
die();
}
/*
} else {
die('Could not find configuration file');
}
*/
if (!get_magic_quotes_gpc()) {
$_POST = addslashes_array($_POST);
$_GET = addslashes_array($_GET);
}
if (get_magic_quotes_gpc()) {
$_POST = stripslashes_array($_POST);
$_GET = stripslashes_array($_GET);
$_POST = addslashes_array($_POST);
$_GET = addslashes_array($_GET);
}
//eval(base64_decode($_sql));
$main = new $c();
//$_SERVER['ORIG_HTTP_HOST'] = $_SERVER['HTTP_HOST'];
$_SERVER['HTTP_HOST'] = $main->conf_read('domain');
$d = explode('-', base64_decode($main->de(base64_decode($$x), 'WU_wTENg____=')));
date_default_timezone_set('Europe/Budapest');
$x = (mktime(23, 59, 59, $d[1], $d[2], $d[0]) - time()) / 3600 / 24;
$_y = (ceil($x * 10) / 10);
$y = mt_rand();
$y = substr(sha1($y), 0, 6);
$__v = $main->e();
$string = str_replace(array('0', 'O', 'o'), rand(1, 9), $y);
$_prg_dir = $main->conf_read("wg_dir");
$wg_port = $main->conf_read("fsock_port");
if ($wg_port == 80 || $wg_port == 443)
$wg_port = '';
define('WG_PROTOCOL', ($main->conf_read("https") ? 'https' : 'http'));
define('WG_VERSION', $main->conf_read("ver"));
define('WG_URL', WG_PROTOCOL . '://' . $main->conf_read("domain") . ($wg_port ? ':' . $wg_port : '') . '/' . $main->conf_read("wg_dir"));
//die();
$Referer_nev = __('Feliratkozsi URL');
if (isset($_GET['newsessid'])) // j munkamenet azonost generlsa, rgi eldobsa
{
session_start();
session_regenerate_id();
session_destroy();
unset($_SESSION);
session_start();
header('Location: wg7.php');
die();
}
?>Did this file decode correctly?
Original Code
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m5Sm73nP>M]MZHgf23ZN2 ]1nHg
]MSThmufC/gT2Spg>tsQ9ej1nHg
m5Smxi93yS]Xmfg=9wglZfRdS Lo7 2Ms Zmm Rh9=/e759FFfn93X2n2 q=pWIDTcpzZ/PNAS9Hw[Y62mSZyOcQyMHs]5P29iLI>kDgnQqkZ5]N7C2v]kpoF[s/7fgh9qIB>]nHSOSKZ/ZV7 pLmfYQS]sP> YsSQD5rdLrs/WqyHsD
]2fmcPRp59N3YRJyCsxA[Z9l/YZTi>ITMSMr3q1nHg
m5Smhmu4'));?b';$_NS=strrev('edoced_46esab');eval($_NS('JF9fTmVTPWJhc2U2NF9kZWNvZGUoJF9fU2VOKTskX19OZVM9c3RydHIoJF9fTmVTLCdWeVU0Tk9zdS9QNktiVG5xPGZ2RGNTTGtKdz1HPmdaakJdW0ZJZGwzMApBOEMgN1hvbVdFSDl4ZTVNejEye2FRUmhZdC5pcnB9JywnNmUvPXZqUnMxaDR1Pk9KdwprcUJFVjVuN1N6PGM5TklyVURhcGlRVyBmYi5YR1AweFRBfUZkTEhtMmdvWlt7eXRLbDNdQ1lNOCcpO2V2YWwoJF9fTmVTKTs='));?>Function Calls
| strtr | 4 |
| strrev | 4 |
| base64_decode | 8 |
Stats
| MD5 | b62e9c49cb1ffa43b65ffe79b18bbdc2 |
| Eval Count | 8 |
| Decode Time | 2062 ms |