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PHP Decode
<?php $__TG='P2JHP0lQSTAkX19tIDQnN01uZTdYWWx3bVdmQy9nUmpbbGtaWC9LMm05cjMzb3RBUzlGWlhQbV09b..
Decoded Output download
?><?php
//if(isset($_GET['sessid'])) session_id($_GET['sessid']);
session_name("webgalamb5");
session_start();
@ini_set('session.bug_compat_warn', 0);
@ini_set('session.bug_compat_42', 0);
if(isset($_POST['ajaxforms'])) { $_SESSION['kereses'.$_GET['g']]=$_POST; echo "sikerlt"; die(); }
// ha nem vagyunk bejelentkezve kilpnk
if(!isset($_SESSION['ajax_belepve']) && !(isset($_GET['bgsend']) || isset($_GET['atment_sddd1xGz']) || isset($_GET['xls_bgimport']) || isset($_POST['login'])))
{
header("HTTP/1.0 404 Not Found");
header("Status: 404 Not Found");
exit();
}
$ajax=1;
header('Content-Type: text/html; charset=utf-8');
require_once('class.main.php');
ignore_user_abort(true);
/*
set_time_limit(5);
$_POST['g']=7;
echo $main->txt_check($now_time);
die('valami');
*/
/*if($main->conf_read('client_ip')==$main->getip()) $belephet = 1; else $belephet = 0;*/ $belephet = 1;
// wg5 j holmik ---
if(isset($_GET['imgresiz']))
{
$filen='../files/images/'.$_GET['mid'].'/'.$_GET['fileN'];
if(!is_file($filen)) echo __("Mg nincs kp feltltve. ltalnos fln tlthetsz fel egyet.");
else
{
$si=getimagesize($filen);
if(!$si) echo __("Hibs kp fjl!");
elseif($si[0]<(int)($_POST['x'])) echo __("A kp szlessge kisebb mint az itt belltott!");
elseif($si[1]<(int)($_POST['y'])) echo __("A kp magassga kisebb mint az itt belltott!");
else
{
require_once('class.resizer.php');
$img = new resizer;
$result = $img->setfile($filen);
$img->resize((int)$_POST['x'],(int)$_POST['y']);
$kit = substr($filen, strlen($filen)-3);
$result = $img->fill_buffer($kit,false,80);
$result = $img->flush_buffer(false,$filen);
$chf=$_SESSION['chf'];
if($chf>100 && $chf<=777)
{
$e="chmod('$filen', 0".(int)($chf).");";
eval($e);
}
echo __("A kp tmretezse sikeres volt!");
}
}
echo "<script>document.getElementById(\"startr\").value='" . __('tmretezs') . "';ImageDialog.showPreviewImage('".$_POST['ujk']."');</script>";
mysql_close();
die();
}
if(isset($_SESSION['ajax_belepve']) && isset($_GET['fupl1']))
{
$error = "";
$msg = "";
$fileElementName = 'file';
$chf=$_SESSION['chf'];
$chd=$_SESSION['chd'];
$file='../files/download/'.$_GET['fileupl'].'/'.($nm=$main->dash($_FILES[$fileElementName]['name']));
$kit=substr($file, strlen($file)-3);
$file = str_replace('.php', '_php', $file); // a kepnev.php.jpg tpus elnevezsek ellen
if(!empty($_FILES[$fileElementName]['error']))
{
switch($_FILES[$fileElementName]['error'])
{
case '1':
$error = __('A feltlttt fjl mrete meghaladja a szerveren belltott maximum rtket.');
break;
case '2':
$error = __('A feltlttt fjl mrete meghaladja a feltlt rlapban meghatrozott maxmimum rtket.');
break;
case '3':
$error = __('A feltlttt fjl csak rszben tltdtt fel');
break;
case '4':
$error = __('Nincs fjl feltltve.');
break;
case '6':
$error = __('Elrhetetlen tmeneti mappa');
break;
case '7':
$error = __('Lemezrsi hiba. Fordulj a rendszergazdhoz.');
break;
case '8':
$error = __('A fjlfelttls vratlanul lellt.');
break;
case '999':
default:
$error = __('Meghatrozhatatlan hiba');
}
}elseif(empty($_FILES[$fileElementName]['tmp_name']) || $_FILES[$fileElementName]['tmp_name'] == 'none')
{
$error = __('Valsznleg a feltlttt fjl mrete meghaladja a szerveren belltott maximum korltot.');
}
elseif(strtolower($kit)=='exe')
{
$error=__('Biztonsgi okokbl nem tlthetsz fel futtathat llomnyt!').' (*.exe)';
}
elseif(strtolower($kit)=='php' || strtolower($kit)=='php4' || strtolower($kit)=='php5' || strtolower($kit)=='phtml')
{
$error=__('Biztonsgi okokbl nem tlthetsz fel php llomnyt!').' (*.php, *.php4, *.php5, *.phtml)';
}
else
{
$x2=move_uploaded_file ($_FILES[$fileElementName]['tmp_name'], $file);
$main->mq("insert into `{$db_pre}uploads` (g, fn) values ('$_GET[fileupl]', '".mysql_real_escape_string($nm)."')");
if($chf>100 && $chf<=777)
{
$e="chmod('$file', 0".(int)($chf).");";
eval($e);
}
$msg .= " File Name: " . $_FILES[$fileElementName]['name'] . ", ";
$msg .= " File Size: " . @filesize($_FILES[$fileElementName]['tmp_name']);
@unlink($_FILES[$fileElementName]);
}
if($error) echo '<h1 class="pirosh1" align="center">' . __('Az albbi hibkat talltam:') . '</h1><p align="center" class="pirosh1">' . $error . '</p>';
else
{
?><script>parent.self.location.href='?file_upload=1&g=<?php echo $_GET['fileupl'];?>';</script>
<?php
}
mysql_close();
exit();
}
if(isset($_SESSION['ajax_belepve']) && isset($_GET['importfile']))
{
$error = "";
$msg = "";
$fileElementName = 'file';
$chf=$_SESSION['chf'];
$chd=$_SESSION['chd'];
$file='../files/download/'.$_GET['fileupl'].'/'.($nm=$main->dash($_FILES[$fileElementName]['name']));
$kit=substr($file, strlen($file)-3);
if(!empty($_FILES[$fileElementName]['error']))
{
switch($_FILES[$fileElementName]['error'])
{
case '1':
$error = __('A feltlttt fjl mrete meghaladja a szerveren belltott maximum rtket.');
break;
case '2':
$error = __('A feltlttt fjl mrete meghaladja a feltlt rlapban meghatrozott maxmimum rtket.');
break;
case '3':
$error = __('A feltlttt fjl csak rszben tltdtt fel');
break;
case '4':
$error = __('Nincs fjl feltltve.');
break;
case '6':
$error = __('Elrhetetlen tmeneti mappa');
break;
case '7':
$error = __('Lemezrsi hiba. Fordulj a rendszergazdhoz.');
break;
case '8':
$error = __('A fjlfelttls vratlanul lellt.');
break;
case '999':
default:
$error = __('Meghatrozhatatlan hiba');
}
}elseif(empty($_FILES[$fileElementName]['tmp_name']) || $_FILES[$fileElementName]['tmp_name'] == 'none')
{
$error = __('Valsznleg a feltlttt fjl mrete meghaladja a szerveren belltott maximum korltot.');
}
elseif(strtolower($kit)=='php')
{
$error=__('Biztonsgi okokbl nem tlthetsz fel<br /> php llomnyt! (*.php)');
}
else
{
$_POST['g']=$_GET['g'];
$_POST['update_time']=$_GET['type'];
//printr($_POST);
//printr($_FILES);
$_SESSION['out'] = $main->datafile_upl('file', $_GET['type']);
$msg .= " File Name: " . $_FILES[$fileElementName]['name'] . ", ";
$msg .= " File Size: " . @filesize($_FILES[$fileElementName]['tmp_name']);
@unlink($_FILES[$fileElementName]);
}
if($error) { $_SESSION['out']= '<strong>' . __('Az albbi hibkat talltam:') . '<br />' . $error . '</strong><br />';
}
if($txt_processing_start) echo ' '.$txt_processing_start.' ';
else
{
?><script>parent.self.location.href='?import_export=1&g=<?php echo $_GET['g'];?>';</script>
<?php
}
mysql_close();
exit();
}
elseif(isset($_SESSION['ajax_belepve']) && isset($_GET['fupl2']))
{
$error = "";
$msg = "";
$fileElementName = 'file1';
$chf=$_SESSION['chf'];
$chd=$_SESSION['chd'];
$file=($nm=$main->dash($_FILES[$fileElementName]['name']));
$kit=substr($file, strlen($file)-3);
if(!empty($_FILES[$fileElementName]['error']))
{
switch($_FILES[$fileElementName]['error'])
{
case '1':
$error = __('A feltlttt fjl mrete meghaladja a szerveren belltott maximum rtket.');
break;
case '2':
$error = __('A feltlttt fjl mrete meghaladja a feltlt rlapban meghatrozott maxmimum rtket.');
break;
case '3':
$error = __('A feltlttt fjl csak rszben tltdtt fel');
break;
case '4':
$error = __('Nincs fjl feltltve.');
break;
case '6':
$error = __('Elrhetetlen tmeneti mappa');
break;
case '7':
$error = __('Lemezrsi hiba. Fordulj a rendszergazdhoz.');
break;
case '8':
$error = __('A fjlfelttls vratlanul lellt.');
break;
case '999':
default:
$error = __('Meghatrozhatatlan hiba');
}
}elseif(empty($_FILES[$fileElementName]['tmp_name']) || $_FILES[$fileElementName]['tmp_name'] == 'none')
{
$error = __('Nem vlasztottl ki fjlt..');
}
elseif(strtolower($kit)!='jpg' && strtolower($kit)!='gif' && strtolower($kit)!='png')
{
$error=__('Csak kp tlthet fel.') . ' (jpg,gif,png)';
}
else
{
$chf=$_SESSION['chf'];
$chd=$_SESSION['chd'];
$fajl = $_FILES[$fileElementName]['tmp_name'];
// $kit = substr($fajl, strlen($fajl)-4);
$_GET['fileN']= $_GET['fileN'].'.'.$kit;
$x2=move_uploaded_file ($fajl, '../files/images/'.$_GET['mid'].'/'.$_GET['fileN']);
if($chf>100 && $chf<=777)
{
$file='../files/images/'.$_GET['mid'].'/'.$_GET['fileN'];
$e="chmod('$file', 0".(int)($chf).");";
eval($e);
}
if($chf>100 && $chf<=777)
{
$e="chmod('$filen', 0".(int)($chf).");";
eval($e);
}
$msg .= " File Name: " . $_FILES[$fileElementName]['name'] . ", ";
$msg .= " File Size: " . @filesize($_FILES[$fileElementName]['tmp_name']);
@unlink($_FILES[$fileElementName]);
}
echo "{";
echo "error: '" . $error . "',
";
echo "kit: '" . $kit . "',
";
echo "msg: '" . $msg . "'
";
echo "}";
mysql_close();
exit();
}
if(isset($_GET['import_fupl'])) // impoerla
{
$main->datafile_upl('file', $_POST['update_time']);
mysql_close();
exit();
}
elseif(isset($_POST['login']))
{
$hiba='';
// elfelejtett jelsz
if (isset($_POST['elfm']))
{
$mail=$main->conf_read("admin_mail");
if ($mail!=$_POST['elfm']) $hiba=__('Hibs adminisztrtori e-mail cm!');
if ($mail==$_POST['elfm']) {
$new_password= $main -> generateCode(6);
$uzenet=__("Az j jelszavad:") . " " . $new_password . "<br>" . __("Az els belps alkalmval vltoztasd meg ezt a jelszt!") . "<br /><br />
" . __("Webgalamb");
$h = $main->smtp_mailer(__('Webgalamb'),$mail,$mail,'',__('j jelsz kldse'),$uzenet, $m=4, 0);
if ($h)
{
$main->mq("UPDATE `{$db_pre}config` set conf_value=PASSWORD('$new_password') where wg_conf='admin_password'");
$hiba=__("Jelsz elkldve a megadott e-mail cmre!");
$_SESSION['pw_generator']=1;
} else echo __("Vratlan problmba tkztt a levlklds, gy nem sikerlt az j jelszt elkldeni.");
}
}
if(isset($_POST['pw']))
{
sleep(1);
$belephet = $main -> belephet($_POST['pw']);
if ($_POST['pw'] && $belephet)
{
$_SESSION['password']=$_POST['pw'];
$main->conf_update('client_ip', $main->getip());
$_SESSION['ajax_belepve']=1;
if(isset($_SESSION['posted'])) $_POST=$_SESSION['posted'];
mysql_close();
if(!isset($_POST['pswre'])) $_POST['pswre']='';
echo "<script>bezar2();$('#fejmenu').css('display', 'inline');window.location.reload();</script>";
exit();
die();
}
if(isset($out)) echo $out;
}
$x=$main->conf_read("e_log");
if($x>2)
{
$t=$main->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, ezrt vrnod kell <b>%s msodperc</b>et, s utna jra prblkozhatsz!'), $sec);
$belephet=0;
}
$sec -=(time()-$t);
}
echo $out;
?><script><?php
if($out && $sec)
{
echo "elrontotta($sec);</script>";
mysql_close();
exit;
die();
}
else echo "elohoz_n(500,300,'varj', 1, '',1);";?></script>
<?php echo __('A rendszer hasznlathoz be kell jelentkezned.'); ?> <br />
<?php echo __('Add meg jelszavadat majd kattints a belps gombra.'); ?>
<br />
<br />
<form method="get" action="" name="login" onsubmit="$('#varj').load(url, {login:1, pw: this.loginpassword.value, pswre: this.passwordre.value}); jelszo(); return false;">
<input type="hidden" name="send" value="1" />
<input type="password" autocomplete="on" value="" name="loginpassword" id="loginpassword" class="adathoz" style="width: 248px;">
<br />
<?php /*<input type="checkbox" name="passwordre" value="1" id="passwrd" /><label for="passwrd"><?php echo __('Automatikus bejelentkezs (nem biztonsgos)'); ?></label><br />*/ ?>
<input type="submit" value="<?php echo __('BELPS'); ?>" class="gomb" onclick="">
<script language="javascript">document.login.loginpassword.focus();</script>
<br />
</form>
<h2 class="pirosh1"><?php echo $hiba;?></h2>
<?php if(!$hiba) echo " <br><br>";?>
<?php echo __('Ha elfelejtetted a jelszt, add meg a Fadminisztrtori e-mail cmet majd kattints a klds gombra.'); ?> <br />
<?php echo __('A rendszer hamarosan elkldi a megadott e-mail cmre a belpsi jelszt.'); ?> <br />
<br />
<form method="post" action="" name="Formular" onsubmit="$('#varj').load(url, {login:1, elfm: this.elfm.value}); varj(); return false;">
<input type="text" value="" name="elfm" class="adathoz" style="width: 248px;">
<br />
<input type="submit" value="<?php echo __('JELSZ KLDSE'); ?>" class="gomb">
</form>
<?php
}
// szr msolsnk ablaka
elseif($belephet && (isset($_POST['atment_filt'])))
{
$l=$main->m_array("select * from `{$db_pre}filters` where id='$_POST[atment_filt]'");
$main->mq("insert into `{$db_pre}filters` (name, g, data, date) values ('$l[name] ".__('msolata')."', '$l[g]', '$l[data]', '$l[date]')");
echo '<script>bezar2(); window.location.reload();
</script>';
}
// feliratkozi mezk msolsnk ablaka
elseif($belephet && (isset($_POST['atment_fields'])))
{
$to_group_data = $main->m_array("select email_field, email2_field from `{$db_pre}groups` where id=".(int)$_POST['g']);
echo '<script>elohoz_n(600,370, \'window_tartalom\');
</script>
<div style="overflow:auto; height:370px;">
<center>
<h2>' . __('Vlaszd ki, melyik csoportbl szeretnd tmsolni a feliratkozsi mezket.').'</h2>';
if($main->mq_count("SELECT count(id) FROM `{$db_pre}fields` WHERE `g` = ".(int)$_POST['g']." and id <> ".$to_group_data['email_field']." and id <> ".$to_group_data['email2_field']." and name <> '$Referer_nev'")) {
echo '<p style="color: red;">' . __('Ebben a csoportban mr vannak feliratkozsi mezk! A most tmsoland mezk ezekhez pluszban hozzaddnak, a sorrend s az jonnan msolt mezk elnevezse megvltozhat!') . '</p>';
}
echo '
</center>
<table class="stattable" cellpadding="5" cellspacing="0" width="310" align="center"><tr>
<td align="center" valign="top" class="statfej">' . __('Csoport neve') . '</td></tr>';
$sql=$main->mq("select * from `{$db_pre}groups` order by hely");
while($s=mysql_fetch_assoc($sql)) {
if($_POST['g'] != $s['id']) {
echo '<tr><td align="center" valign="top" class="stattart">
<a href="#" onclick="if (!confirm(\''.__('Biztosan tmsolod ide a feliratkozsi mezket?').'\')) { return false; } else { varj(); $(\'#window_tartalom\').load(url, {g: '.$_POST['g'].', atment_fields_from_gid: '.$s['id'].'}); return false; }" title="' . __('Feliratkozsi mezk msolsa ebbl a csoportbl') . '">' . htmlspecialchars($s['name']).'</a></td></tr>';
}
}
echo '</table></div>';
}
// feliratkozi mezket msolom t.
elseif($belephet && (isset($_POST['atment_fields_from_gid'])))
{
$friss = $main->fields_copy($_POST['atment_fields_from_gid'], $_POST['g']);
echo '<br /><h1 class="sikeresh1" align="center">' . __('Sikeres mez msols!') . '</h1></div>
<script>elohoz_n(300,100, \'window_tartalom\'); '.($friss?'parent.self.location.href=\''.$_SERVER['HTTP_REFERER'].'\';':'').'</script>';
}
// feliratkozi rlapsablon msolsnk ablaka
elseif($belephet && (isset($_POST['atment_subscribe_template'])))
{
$l=$main->m_array("select * from `{$db_pre}forms` where id='$_POST[atment_subscribe_template]'");
echo '<script>elohoz_n(600,370, \'window_tartalom\');
</script>
<div style="overflow:auto; height:370px;">
<center>
<h2>' . __('Vlaszd ki, melyik csoportba szeretnd tmsolni az rlap kinzetet!') . '<br />
<span style="margin-top:-10px; font-size:12px; font-family: verdana; font-weight: normal;">' . __('rlap:') . ' '.htmlspecialchars($l['form_name']).'</span></h2>
</center>
<table class="stattable" cellpadding="5" cellspacing="0" width="310" align="center"><tr>
<td align="center" valign="top" class="statfej">' . __('Csoport neve') . '</td></tr>
';
$sql=$main->mq("select * from `{$db_pre}groups` order by hely");
while($s=mysql_fetch_assoc($sql)) {
echo '<tr><td align="center" valign="top" class="stattart">
<a href="#" onclick="varj(); $(\'#window_tartalom\').load(url, {g: '.$s['id'].', atment_subscribe_template_id: '.$_POST['atment_subscribe_template'].'}); return false;" title="' . __('rlap tmentse ebbe a csoportba') . '">' . htmlspecialchars($s['name']).'</a>';
if($_POST['g'] == $s['id']) echo " " . __('Jelenleg ebben a csoportban vagy.') ;
echo '</td></tr>';
}
echo '</table></div>';
}
// rlapsablont msolom t.
elseif($belephet && (isset($_POST['atment_subscribe_template_id'])))
{
$friss = $main->form_copy($_POST['atment_subscribe_template_id'], $_POST['g']);
echo '<br /><h1 class="sikeresh1" align="center">' . __('Sikeres rlap msols!') . '</h1></div>
<script>elohoz_n(300,100, \'window_tartalom\');
'.($friss?'parent.self.location.href=\''.$_SERVER['HTTP_REFERER'].'\';':'').'</script>
';
}
// levelek msolsnk ablaka
elseif($belephet && (isset($_POST['atment_lev'])))
{
$l=$main->m_array("select * from `{$db_pre}messages` where id='$_POST[atment_lev]'");
echo '<script>elohoz_n(600,370, \'window_tartalom\');
</script>
<div style="overflow:auto; height:370px;">
<center>
<h2>' . __('Vlaszd ki, melyik csoportba szeretnd tmsolni a levelet!') . '<br />
<span style="margin-top:-10px; font-size:12px; font-family: verdana; font-weight: normal;">' . __('Levl:') . ' '.htmlspecialchars($l['name']).'</span></h2>
</center>
<table class="stattable" cellpadding="5" cellspacing="0" width="310" align="center"><tr>
<td align="center" valign="top" class="statfej">' . __('Csoport neve') . '</td></tr>
';
$sql=$main->mq("select * from `{$db_pre}groups` order by hely");
while($s=mysql_fetch_assoc($sql)) {
echo '<tr><td align="center" valign="top" class="stattart">
<a href="#" onclick="varj(); $(\'#window_tartalom\').load(url, {g: '.$s['id'].', atment_lev_id: '.$_POST['atment_lev'].'}); return false;" title="' . __('Levl tmentse ebbe a csoportba') . '">' . htmlspecialchars($s['name']).'</a>';
if($_POST['g'] == $s['id']) echo " " . __('Jelenleg ebben a csoportban vagy.') ;
echo '</td></tr>';
}
echo '</table></div>';
}
// levelet msolom t.
elseif($belephet && (isset($_POST['atment_lev_id'])))
{
$friss = $main->message_copy($_POST['atment_lev_id'], $_POST['g']);
echo '<br /><h1 class="sikeresh1" align="center">' . __('Sikeres levl msols!') . '</h1></div>
<script>elohoz_n(300,100, \'window_tartalom\');
'.($friss?'parent.self.location.href=\''.$_SERVER['HTTP_REFERER'].'\';':'').'</script>
';
}
// szr msolsnk ablaka
elseif($belephet && (isset($_POST['atment_filt'])))
{
$l=$main->m_array("select * from `{$db_pre}filters` where id='$_POST[atment_filt]'");
echo 'OK';
}
// olvas tmentse msik csoportba
elseif($belephet && (isset($_POST['atment_olv'])))
{
$l=$main->m_array("select * from `{$db_pre}users` where id='$_POST[atment_olv]'");
echo '<script>elohoz_n(600,370, \'window_tartalom\'); </script>
<div style="overflow:auto; height:370px;">
<center>
<h2>' . __('Vlaszd ki, melyik csoportba szeretnd tmsolni az olvast!') . '<br />
<span style="margin-top:-10px; font-size:12px; font-family: verdana; font-weight: normal;">' . __('Olvas:') . ' '.htmlspecialchars($l['mail']).'</span></h2>
</center>
<table class="stattable" cellpadding="5" cellspacing="0" width="310" align="center"><tr>
<td align="center" valign="top" class="statfej">' . __('Csoport neve') . '</td></tr>
';
$sql=$main->mq("select * from `{$db_pre}groups` order by hely");
while($s=mysql_fetch_assoc($sql))
if($s['id']==$_POST['g'])
echo '<tr><td align="center" valign="top" class="stattart">'.htmlspecialchars($s['name']).'</td></tr>';
else
echo '<tr><td align="center" valign="top" class="stattart">
<a href="#" onclick="varj(); $(\'#window_tartalom\').load(url, {g: '.$s['id'].', atment_olv_id: '.$_POST['atment_olv'].'}); return false;" title="' . __('Olvas tmentse ebbe a csoportba') . '">'
.htmlspecialchars($s['name']).'</a></td></tr>';
echo '</table></div>
';
}
elseif($belephet && isset($_POST['rssx'])) // rss inf
{
if(class_exists('SimpleXmlElement'))
{
$x=$main->rss_load($_POST['rssx']);
if(!$x) echo __('Nem talltam RSS informcit');
elseif(count($x)<1) echo __('Nincs egyetlen bejegyzs sem az RSS csatornn');
else { echo 'OK';} // ezt ne nyelviestsd! //
} else echo __('Nem tallhat a SimpleXmlElement objektum -- nem lesz kpes RSS informci beszrsra');
}
// olvast msolom t.
elseif($belephet && (isset($_POST['atment_olv_id'])))
{
$main->user_copy($_POST['atment_olv_id'], $_POST['g'].';');
echo '<center> <br />
<div id="window_tartalom"><h1 class="sikeresh1">' . __('Az olvas bekerlt a csoportba!') . '</h1></div>
</center><script>elohoz_n(360,130, \'window_tartalom\');</script>
';
}
elseif($belephet && (isset($_POST['field'])))
{
// print_r($_POST);
$x=$main -> a_i ("{$db_pre}fields_fields");
if (isset($_POST['d_'.$x])) // j mez
{
$id=$x;
if($_POST['d_'.$x]) $main->mq("insert into `{$db_pre}fields_fields` (field_id, name, hely) values
('".$_POST['field']."', '".$_POST["d_$id"]."', '$id')");
}
if (isset($_POST['del']))
{
$id=$_POST['del'];
//$main->mq("delete from `{$db_pre}fields_fields` where id='$id'"); // meztrls
$talalat = 0;
$sql = $main->mq("select * from `{$db_pre}filters`");
while($filter = mysql_fetch_assoc($sql)) {
$t_x = unserialize($filter['data']);
$q = $t_x['q_tp'];
$id = @array_search($_POST['field'],$q);
if($id)
{
$str = $t_x['qh'][$id];
if(strstr($str, ';')) $array = explode(';', $str);
if(@in_array($_POST['del'], $array) || $str == $_POST['del'])
{
$talalat = 1;
//echo $filter['id'];
break;
}
}
} // while
if($talalat) echo '<h2 align="center" class="pirosh1">', __('A trlend mez hasznlatban van csoportszr(k)ben, gy nem trlhet!'), '</h2>';
else $main->mq("delete from `{$db_pre}fields_fields` where id='$_POST[del]'"); // meztrls
}
$fields=$main->m_array("select * from `{$db_pre}fields` where id = '$_POST[field]'");
if (isset($_POST['save']) && (!isset($_POST['fel']) || !isset($_POST['le'])))
{
$sql=$main->mq("select * from `{$db_pre}fields_fields` where field_id='$_POST[field]'");
while($s=mysql_fetch_array($sql))
{
if(!isset($s['check'])) $s['check']='';
if(!isset($_POST['c_'.$s['id']])) $_POST['c_'.$s['id']]='';
if ($s['name']!=$_POST['d_'.$s['id']] || $s['check']!=$_POST['c_'.$s['id']])
{
$main->mq("update `{$db_pre}fields_fields` set name='".$_POST['d_'.$s['id']]."' where id='".$s['id']."'");
}
}
if(isset($_POST['default']))
{
if($fields['type']==5) // dtum -- ellenrzs -- alaprtelmezett
if(@$_POST['default'] && !preg_match('/^([0-9]{4})-*([0-9]{2})-*([0-9]{2})$/', $_POST['default'],$x))
{
echo '<h2 class="pirosh1" align="center">', __('Hibs dtum formtum! (2013-04-02)'), '</h2>';
$_POST['default']='';
}
if($fields['type']==6) //csak szm
if(@$_POST['default'] && !preg_match("/^([(0-9]+)?$/",$_POST['default']))
{
echo '<h2 class="pirosh1" align="center">', __('Hibs pozitv egsz szm (pl. 132)'), '</h2>';
$_POST['default']='';
}
if(is_array($_POST['default'])) $_POST['default']=implode(';', $_POST['default']);
if(!isset($_POST['option'])) $_POST['option']=='0';
$main->mq("update `{$db_pre}fields` set `default`='$_POST[default]', `option`='$_POST[option]' where id = '$_POST[field]'");
if($fields['option']==0 && $_POST['option']==1 && !isset($_SESSION['uscase_'.$fields['g']]))
{
$sQQL = $main->mq("select * from `{$db_pre}fields_data` where did='$fields[id]'");
while($g=mysql_fetch_assoc($sQQL))
{
$ujn = ucwords($g['text']);
$main->mq("update `{$db_pre}fields_data` set text = '".mysql_real_escape_string($ujn)."' where data_ID='$g[data_ID]'");
}
//echo '<h2 class="sikeresh1">', __('mez konverzija megtrtnt.'), '</h2><br />';
}
}
//mysql_close();
//die();
if(@$_POST['save']=='save') { mysql_close(); die(); }
//printr($_POST);
}
$nev=$main->m_array("select * from `{$db_pre}fields` where id = '$_POST[field]'");
$sql=$main->mq("select * from `{$db_pre}fields_fields` where `field_id`='$_POST[field]' order by hely");
$num=mysql_num_rows($sql);
$i=0;
?>
<script>
elohoz_n(600,400, 'window_tartalom', <?php if(isset($_POST['fel']) || isset($_POST['le']) || isset($_POST['del'])) echo '1'; else echo '0';?>);
</script>
<?php if($nev['type']>1 && $nev['type']<5){?>
<center>
<div style="overflow:auto; height:400px;">
<h2><?php echo $num?__('Mezk rtkeinek szerkesztse'):__('Mezk rtkeinek ltrehozsa');?><br /><font style="font-size:12px;">(<?php echo $nev['name']?$nev['name']:__('j mezhz');?>)</font></h2>
<form id="fieldform" name="fieldform" onsubmit="formsend('fieldform'); return false;" action="return false;">
<input type="hidden" value="<?php echo $_POST['field'];?>" name="field" />
<input type="hidden" value="1" name="save" />
<table class="stattablej" id="mezotbl" cellpadding="5" cellspacing="0">
<tr class="notmove">
<td align="center" valign="top" class="statfej">#</td>
<td align="center" valign="top" class="statfej" width="358"><?php echo __('Mez rtkei'); ?></td>
<td align="center" valign="top" class="statfej3" width="20"><?php echo __('Alaprtelmezett'); ?></td>
<td align="center" valign="top" class="statfej" width="20"><?php echo __('Trls'); ?></td>
</tr>
<?php if($nev['type']!=3) {?>
<tr class="notmove">
<td></td>
<td align="left" valign="top"><?php echo __('Nincs alaprtelmezett mezrtk'); ?></td>
<td align="center" valign="top"><input type="radio"<?php if($s['id']==$nev['default']) echo ' checked'; ?> name="default" value="<?php echo $s['id'];?>"></td>
<td align="center" valign="top"><input type="button" value="" onclick="varj(); $('#window_tartalom').load(url, {field: <?php echo $_POST['field'];?>, del: <?php echo $s['id'];?>}); return false;" class="urlapgombdel" onMouseOver="this.className='urlapgombdel2'" onMouseOut="this.className='urlapgombdel'"></td>
</tr>
<?php } ?>
<?php
while($s=mysql_fetch_array($sql)) {
$i++;
?>
<tr id="<?php echo $s['id'];?>">
<td style="cursor:move;"><img src="wg5_images/dd.png" height="20" /></td>
<td align="left" valign="top"><input type="text" value="<?php echo $s['name'];?>" name="d_<?php echo $s['id'];?>" class="adathoz"></td>
<td align="center" valign="top"><input type="<?php if($nev['type']!=3) echo 'radio'; else echo 'checkbox';?>"<?php
if($s['id']==$nev['default']) echo ' checked';
if(in_array($s['id'], explode(';', $nev['default']))) echo ' checked';
?> name="default<?php if($nev['type']==3) echo '[]';?>" value="<?php echo $s['id'];?>"></td>
<td align="center" valign="top"><input type="button" value="" onclick="varj(); $('#window_tartalom').load(url, {field: <?php echo $_POST['field'];?>, del: <?php echo $s['id'];?>}); return false;" class="urlapgombdel" onMouseOver="this.className='urlapgombdel2'" onMouseOut="this.className='urlapgombdel'"></td>
</tr>
<?php } ?>
<?php $x=$main -> a_i ("{$db_pre}fields_fields");?>
<tr class="notmove">
<td></td>
<td align="left" valign="top">
<input type="text" value="<?php echo $s['name'];?>" name="d_<?php echo $x;?>" class="adathoz" />
<script language="javascript">document.fieldform.d_<?php echo $x;?>.focus();</script>
</td>
<td align="left" valign="top" colspan="2">
<input type="submit" value="<?php echo __('j rtk hozzadsa'); ?>" class="new-gomb" name="saveX">
<?php if($nev['type']==3) {?><input style="display:none;" type="checkbox" value="0" name="default[]" checked="checked" /><?php } ?>
</td>
</tr>
</table>
<input type="submit" value="<?php echo __('Ments');?>" class="gomb" name="save2" onclick="if(this.form.d_<?php echo $x;?>.value=='') this.form.save.value='save'; this.value='<?php echo __('Krlek vrj...'); ?>';formsend('fieldform'); bezar2(); return false;" />
<input type="submit" value="<?php echo __('BEZR'); ?>" class="gomb" name="nincs" onclick="bezar2(); return false; " /></form>
</div>
</center>
<script type="text/javascript">
var on=0;
$(document).ready(function(){
var fixHelper = function(e, ui) {
ui.children().each(function() {
$(this).width($(this).width());
});
return ui;
};
$("#mezotbl tbody").sortable({
helper: fixHelper,
items: "tr:not(.notmove)"
}); // alert('OK');
});
</script>
<?php } // ha olyan tipus amibe lehet mezket ltrehozni
elseif($nev['type']==1)
{
echo '<h2 align="center">', sprintf(__('%s mez adatainak szerkesztse'), $nev['name']), '</h2><br />';
?>
<form id="fieldform" onsubmit="formsend('fieldform'); bezar2(); return false;" action="return false;">
<input type="hidden" value="<?php echo $_POST['field'];?>" name="field" />
<input type="hidden" value="1" name="save" />
<table class="stattablej" id="mezotbl" cellpadding="5" cellspacing="0" width="545" align="center">
<tr>
<td align="center" valign="top" class=""><?php echo __('Mez alaprtelmezett rtke'); ?></td>
</tr>
<tr>
<td align="center" valign="top" >
<textarea class="formtexthez" name="default" style="width:520px; height:200px;"><?php echo $nev['default'];?></textarea>
</td>
</tr>
</table>
<p align="center"><input type="submit" value="<?php echo __('Ments'); ?>" name="save2" class="gomb" onclick="this.form.save.value='save'; this.value='<?php echo __('Krlek vrj...'); ?>';" /></p>
<?php
}
elseif($nev['type']==0 || $nev['type']==6)
{
echo '<h2 align="center">', sprintf(__('%s mez adatainak szerkesztse'), $nev['name']), '</h2><br />';
?>
<form id="fieldform" onsubmit="formsend('fieldform');bezar2(); return false;" action="return false;">
<input type="hidden" value="<?php echo $_POST['field'];?>" name="field" />
<input type="hidden" value="1" name="save" />
<table class="stattablej" id="mezotbl" cellpadding="5" cellspacing="0" align="center" width="100%">
<tr>
<td align="right" valign="top" class=""><?php echo __('Mez alaprtelmezett rtke'); ?></td>
<td align="left" valign="top" class=""><input type="text" class="adathoz" value="<?php echo htmlspecialchars($nev['default']);?>" name="default" /></td>
</tr>
<?php if($nev['type']==0) {?><tr>
<td align="right" valign="top" class=""><label for="nagybetu"><?php echo __('Mez tartalmnak formzsa');?></label></td>
<td align="left" valign="top" class="">
<input type="checkbox" name="option" value="1" id="nagybetu"<?php if($nev['option']=='1') echo ' checked';?> />
<span style="font-size: 9px;"><?php echo __('A mezben lv minden szt automatikusan nagy kezdbetsre alakt.'); ?></span>
</td>
</tr><?php } ?>
</table>
<p align="center"><input type="submit" value="<?php echo __('Ments'); ?>" name="save2" class="gomb" onclick="this.form.save.value='save'; this.value='<?php echo __('Krlek vrj...'); ?>';" /></p>
<?php
}
elseif($nev['type']==5) // dtum
{
echo '<h2 align="center">', sprintf(__('%s mez adatainak szerkesztse'), $nev['name']), '</h2><br />';
?>
<form id="fieldform" onsubmit="formsend('fieldform'); bezar2(); return false;" action="return false;">
<input type="hidden" value="<?php echo $_POST['field'];?>" name="field" />
<input type="hidden" value="1" name="save" />
<table class="stattablej" id="mezotbl" cellpadding="5" align="center" cellspacing="0" width="545">
<tr>
<td align="right" valign="top" class=""><?php echo __('Mez alaprtelmezett rtke'); ?></td>
<td align="left" valign="top" class=""><input type="text"<?php if($nev['type']==5) echo ' id="naptar1"';?> class="adathoz" value="<?php echo $nev['default'];?>" name="default" /></td>
</tr>
</table>
<script language="javascript">
$("#naptar1").datepicker(
{
dateFormat: 'yy-mm-dd',
dayNames: ['<?php echo __('Vasrnap'); ?>', '<?php echo __('Htf'); ?>', '<?php echo __('Kedd'); ?>', '<?php echo __('Szerda'); ?>', '<?php echo __('Cstrtk'); ?>', '<?php echo __('Pntek'); ?>', '<?php echo __('Szombat'); ?>'],
dayNamesMin: ['<?php echo __('VA'); ?>','<?php echo __('H'); ?>','<?php echo __('KE'); ?>','<?php echo __('SZE'); ?>','<?php echo __('CS'); ?>','<?php echo __('P'); ?>','<?php echo __('SZO'); ?>'],
monthNames: ['<?php echo __('Janur'); ?>','<?php echo __('Februr'); ?>','<?php echo __('Mrcius'); ?>','<?php echo __('prilis'); ?>','<?php echo __('Mjus'); ?>','<?php echo __('Jnius'); ?>','<?php echo __('Jlius'); ?>','<?php echo __('Augusztus'); ?>','<?php echo __('Szeptember'); ?>','<?php echo __('Oktber'); ?>','<?php echo __('November'); ?>','<?php echo __('December'); ?>'], // Names of months for drop-down and formatting
monthNamesShort: ['<?php echo __('Jan'); ?>', '<?php echo __('Feb'); ?>', '<?php echo __('Mr'); ?>', '<?php echo __('pr'); ?>', '<?php echo __('Mj'); ?>', '<?php echo __('Jn'); ?>', '<?php echo __('Jl'); ?>', '<?php echo __('Aug'); ?>', '<?php echo __('Szept'); ?>', '<?php echo __('Okt'); ?>', '<?php echo __('Nov'); ?>', '<?php echo __('Dec'); ?>'], // For formatting
firstDay: 1,
changeMonth: false,
closeText: '<?php echo __('Ksz'); ?>', // Display text for close link
prevText: '<?php echo __('Elz hnap'); ?>', // Display text for previous month link
nextText: '»', // Display text for next month link
currentText: '<?php echo __('mai dtum'); ?>', // Display text for current month link
showAnim: 'fadeIn' // fadeIn, slideDown, show
});
</script>
<p align="center"><input type="submit" value="<?php echo __('Ments'); ?>" name="save2" class="gomb" onclick="this.form.save.value='save'; this.value='<?php echo __('Krlek vrj...'); ?>';" /></p>
<?php
}
}
elseif($belephet &&( (isset($_POST['idozitett'])) || (isset($_POST['koveto']))))
{
if(!isset($_POST['cont_type'])) $_POST['cont_type']='';
if(isset($_POST['sender']))
{
$out='';
if(!$out) $out=$main->TG_validate('post','php',
'mid','#n','1-99999999999999',__('Nincs levl kivlasztva!'),
'd','n','1-99999',__('Hibs kvetsi intervalum. Megadhat: 1-99999 nap'),
'date','d','>',__('Hibs kldsi dtum formtum, vagy elbbi<br /> mint a mostani idpont! Formtum: 2015-12-03'));
if( isset($_POST['idozitett']) && !$_POST['date'] && !$_POST['cont_type']) $out.=($out?"
":'').__("* Nincs megadva a kikldsi dtum!");
if(!isset($_POST['idozitett']) && !isset($_POST['field_id']) && !$_POST['d']) $out.=($out?"
":'').__("* Nincs megadva a kvetsi intervalum. Megadhat: 1-99999 nap");
if($_POST['cont_type']=='km_3' && $_POST['cont_day']<1) $out.=($out?"
":'').__("* Hibs ismtelt levl kldsi intervalum. Megadhat: 1-99999 nap");
if($_POST['cont_type']=='km_2' && $_POST['cont_week']<1) $out.=($out?"
":'').__("* Hibs ismtelt levl kldsi intervalum. Megadhat: Htftl - Vasrnap");
if($_POST['cont_type']=='km_1' && $_POST['cont_month']<1) $out.=($out?"
":'').__("* Hibs ismtelt levl kldsi intervalum. Megadhat: hnap 1-31. napja ");
if(!$out)
{
echo "<script>bezar2();window.location.reload( false );</script>";
if( isset($_POST['idozitett']) )
{
// echo ("update `{$db_pre}tmails` set date='$_POST[date]', filter='$_POST[filter]', mid='$_POST[mid]' where id='$_POST[idozitett]'");
if(isset($_POST['datex'])) $_POST['date']=$_POST['datex'];
$main->mq("update `{$db_pre}tmails` set "
. "`hour`='$_POST[hour]', date='$_POST[date]', "
. "filter='$_POST[filter]', mid='$_POST[mid]',"
. "`week`='$_POST[cont_week]', `month`='$_POST[cont_month]', `day`='$_POST[cont_day]'"
. " where id='$_POST[idozitett]'");
}
else
{
if($_POST['muv']=='-') $_POST['d']*=-1;
$main->mq("update `{$db_pre}smails` set "
. "`hour`='$_POST[hour]', d='$_POST[d]', "
. "filter='$_POST[filter]', mid='$_POST[mid]', noyear='$_POST[noyear]', "
. "`field`='$_POST[field_id]', `operator`='$_POST[muv]' "
. "where id='$_POST[koveto]'");
}
}
//else echo '<h1 class="pirosh1">'.$out.'</h1>';
}
$x=$main -> a_i ("{$db_pre}fields_fields");
if(isset($_POST['idozitett']))
$s = $main->m_array("select * from `{$db_pre}tmails` where id='$_POST[idozitett]'");
else
$s = $main->m_array("select * from `{$db_pre}smails` where id='$_POST[koveto]'");
$i=0;
$_GET['g']=$s['g'];
//print_r($s);
?>
<script>
elohoz_n(700,<?php echo @$s['field']?'260':'260';?>, 'window_tartalom', <?php if(isset($_POST['fel']) || isset($_POST['le']) || isset($_POST['del'])) echo '1'; else echo '0';?>);
$("#naptarx").datepicker(
{
dateFormat: 'yy-mm-dd',
dayNames: ['<?php echo __('Vasrnap'); ?>', '<?php echo __('Htf'); ?>', '<?php echo __('Kedd'); ?>', '<?php echo __('Szerda'); ?>', '<?php echo __('Cstrtk'); ?>', '<?php echo __('Pntek'); ?>', '<?php echo __('Szombat'); ?>'],
dayNamesMin: ['<?php echo __('VA'); ?>','<?php echo __('H'); ?>','<?php echo __('KE'); ?>','<?php echo __('SZE'); ?>','<?php echo __('CS'); ?>','<?php echo __('P'); ?>','<?php echo __('SZO'); ?>'],
monthNames: ['<?php echo __('Janur'); ?>','<?php echo __('Februr'); ?>','<?php echo __('Mrcius'); ?>','<?php echo __('prilis'); ?>','<?php echo __('Mjus'); ?>','<?php echo __('Jnius'); ?>','<?php echo __('Jlius'); ?>','<?php echo __('Augusztus'); ?>','<?php echo __('Szeptember'); ?>','<?php echo __('Oktber'); ?>','<?php echo __('November'); ?>','<?php echo __('December'); ?>'], // Names of months for drop-down and formatting
monthNamesShort: ['<?php echo __('Jan'); ?>', '<?php echo __('Feb'); ?>', '<?php echo __('Mr'); ?>', '<?php echo __('pr'); ?>', '<?php echo __('Mj'); ?>', '<?php echo __('Jn'); ?>', '<?php echo __('Jl'); ?>', '<?php echo __('Aug'); ?>', '<?php echo __('Szept'); ?>', '<?php echo __('Okt'); ?>', '<?php echo __('Nov'); ?>', '<?php echo __('Dec'); ?>'], // For formatting
firstDay: 1,
changeMonth: false,
closeText: '<?php echo __('Ksz'); ?>', // Display text for close link
prevText: '«', // Display text for previous month link
nextText: '»', // Display text for next month link
currentText: '<?php echo __('mai dtum'); ?>', // Display text for current month link
// minDate: new Date(<?php echo date("Y"); ?>, <?php echo date("m")-1; ?>, <?php echo date("d"); ?>), // The earliest selectable date, or null for no limit
// maxDate: null,
showAnim: 'fadeIn' // fadeIn, slideDown, show
});
</script>
<center>
<h1><?php echo __('<b>Levlklds</b> szerkesztse'); ?></h1>
<?php if($out) echo '<h1 class="pirosh1" style="font-size:14px;">'.nl2br($out).'</h1>'; ?>
<form id="fieldform" onsubmit="formsubmit(this); return false;" action="javascript:return false;">
<?php if(isset($_POST['idozitett'])) {?><INPUT type="hidden" value="<?php if(isset($_POST['idozitett'])) echo $_POST['idozitett'];?>" name="idozitett"><?php } ?>
<INPUT type="hidden" value="<?php if(isset($_POST['koveto'])) echo $_POST['koveto'];?>" name="koveto">
<TABLE cellSpacing="5" cellPadding="0" width="" border="0">
<TBODY>
<TR>
<TD vAlign="center" align="right" width="270"><?php echo __('Levl kivlasztsa'); ?>:</TD>
<TD vAlign="top" align="left"><?php $main->mail_select_Generator("mid", $s["mid"],__('Vlassz!')); ?></TD>
</TR>
<TR>
<TD vAlign="center" align="right"><?php echo __('Szrs kivlasztsa'); ?>:</TD>
<TD vAlign="top" align="left"><select name="filter" class="selecthez">
<option><?php echo __('Nincs szrs'); ?></option>
<?php $sql = $main->mq("select * from {$db_pre}filters where g='$_GET[g]'");
while($qs=mysql_fetch_assoc($sql)) {
echo "<option value=\"$qs[id]\"".($s['filter']==$qs['id']?' selected':'').">".htmlspecialchars($qs['name'])."</option>";
}
?>
</select></TD>
</TR>
<?php if(!isset($_POST['idozitett']) && !$s['field']) { ?>
<tr>
<td align="right" valign="center">
<?php
$kinput = '</td><td><input type="text" value="' . htmlspecialchars($s['d']) . '" name="d" class="aproinput" />'; ?>
<?php printf (__('Levl kldse feliratkozs utn %s nappal'), $kinput); ?></td>
</tr>
<?php }
if($s['field']) {?><TR>
<TD vAlign="top" align="right" width="270"><?php echo __('Kivlasztott mezben lv naphoz kpest'); ?>:</TD>
<TD vAlign="top" align="left"><select class="selecthezkicsi3" name="field_id" id="field_field" disabled="disabled" >
<option value=""><?php echo __('Vlassz'); ?></option>
<?php
$sql=$main->mq("select * from `{$db_pre}fields` where `g`='".$_GET['g']."' and hely!=0 and type='5' order by hely");
while($s2=mysql_fetch_assoc($sql)) {
?>
<option value="<?php echo $s2['id'];?>"<?php echo $s['field']==$s2['id']?' selected':'';?>><?php echo htmlspecialchars($s2['name']);?></option>
<?php } ?>
</select>
<select class="selecthezkicsi3" name="muv" style="width: 50px;" id="field_plusminus">
<option value="+"<?php echo $s['d']>-0?' selected':'';?>>+</option>
<option value="-"<?php echo $s['d']<0 ?' selected':'';?>>-</option>
</select>
<input type="text" class="aproinput" name="d" value="<?php echo abs($s['d']);?>" id="field_day" />
<br />
<label><input type="checkbox" name="noyear" value="<?php echo $s['noyear'];?>" onclick="if(this.value=='1') this.value='0'; else this.value='1';" <?php echo ($s['noyear']=='1')?'checked':''; ?> /> <?php echo __('az vet ne vegye figyelmbe'); ?> <small>(<?php echo __('a levl vente kikldsre kerl'); ?>)</small></label>
</TD>
</TR>
<?php
}
if(isset($_POST['idozitett']) && (!@$s['week']&&!@$s['month']&&!@$s['day'])) { ?>
<TR>
<TD vAlign="center" align="right"><?php echo __('Idztett levl kikldsi id'); ?>:</TD>
<TD vAlign="top" align="left"><input id="naptarx" type="text" name="date" value="<?php echo htmlspecialchars($s['date']);?>" class="naptar">
</TD>
</TR>
<?php } elseif(isset($_POST['idozitett']))
{
?><tr>
<td align='right'><?php echo __('Kldsi belltsok');?>:</td>
<td><input type="hidden" name="datex" value="<?php echo htmlspecialchars($s['date']);?>" />
<select class="selecthezkicsi6" name="cont_type" id="cont_type" onchange="km=jQuery(this).val(); jQuery('.hide').hide();jQuery('.hide').val('0'); jQuery('#'+km).show();">
<option value="km_1"<?php echo $s['month']?' selected':'';?>><?php echo __('A hnap ezen napjn'); ?></option>
<option value="km_2"<?php echo $s['week']?' selected':'';?>><?php echo __('A ht ezen napjn'); ?></option>
<option value="km_3"<?php echo $s['day']?' selected':'';?>><?php echo __('Ennyi naponta'); ?></option>
</select>
<select class="selecthezkicsi5 hide" id="km_1" name="cont_month" style="display: none;">
<option value="0"><?php echo __('Vlassz'); ?></option>
<?php for($i=1;$i<=31;$i++) { ?>
<option value="<?php echo $i; ?>"<?php echo $s['month']==$i?' selected':'';?>><?php echo $i; ?></option>
<?php } ?>
</select>
<select class="selecthezkicsi6 hide" id="km_2" name="cont_week" style="display: none;">
<option value="0"><?php echo __('Vlassz'); ?></option>
<option value="1"<?php echo $s['week']=='1'?' selected':'';?>><?php echo __('Htf'); ?></option>
<option value="2"<?php echo $s['week']=='2'?' selected':'';?>><?php echo __('Kedd'); ?></option>
<option value="3"<?php echo $s['week']=='3'?' selected':'';?>><?php echo __('Szerda'); ?></option>
<option value="4"<?php echo $s['week']=='4'?' selected':'';?>><?php echo __('Cstrtk'); ?></option>
<option value="5"<?php echo $s['week']=='5'?' selected':'';?>><?php echo __('Pntek'); ?></option>
<option value="6"<?php echo $s['week']=='6'?' selected':'';?>><?php echo __('Szombat'); ?></option>
<option value="7"<?php echo $s['week']=='7'?' selected':'';?>><?php echo __('Vasrnap'); ?></option>
</select>
<input type="text" class="aproinput hide" id="km_3" name="cont_day" value="<?php echo $s['day'];?>" style="display: none;" />
</td>
</tr>
<?php echo '<script>';
if(@$s['day']) {?>
jQuery('.hide').hide(); jQuery('#km_3').show();
<?php
}
if(@$s['week']) {?>
jQuery('.hide').hide(); jQuery('#km_2').show();
<?php
}
if(@$s['month']) {?>
jQuery('.hide').hide(); jQuery('#km_1').show();
<?php
}
echo '</script>';
}
?>
<TR>
<td vAlign="center" align="right"><?php echo __('Levelek kldsnek megkezdse');?>:</td>
<td><select name="hour" id="hour" class="selecthez" style="width: 120px;">
<?php for($shour=0;$shour<=23;$shour++) { ?>
<option value="<?php echo $shour; ?>" <?php if($shour == @$s['hour']) echo ' selected="selected"'; ?>><?php printf(__('%s ra utn'), $shour); ?></option>
<?php } ?>
</select></td>
</TR>
</TBODY>
</TABLE>
<br />
<?php
if(isset($_POST['idozitett']) && (!@$s['week']&&!@$s['month']&&!@$s['day']) && $s['sent'] == 1) { ?>
<script>$('#fieldform').find('input, textarea, button, select').attr('disabled','disabled');</script>
<?php } else { ?>
<input type="submit" value="<?php echo __('MENTS'); ?>" class="gomb" name="sender" />
<?php } ?>
<?php /*<Br /><input type="submit" value="<?php echo __('BEZR'); ?>" class="gomb" name="nincs" onclick="bezar2(); return false " /> */ ?>
</center>
</form>
<?php
}
// rgi xls import -- nem httrbe futs.
elseif($belephet && (isset($_POST['txt_processing'])))
{
@set_time_limit(0);
$x = (str_replace(array("'", "
","
"),array("\'",' ', ''), $main->txt_processing($_POST['exp'], $_POST['g'])));
echo '<script>
elohoz_n(470,150,\'txt_done\', 0, \''.$x.'\', false);
</script>';
}
//xls feltltse adatbzisba --- s nyilvn ha vgez, akkor kirrjuk h ellenrzs a kvetkez lps
elseif($belephet && (isset($_POST['xls_converz'])))
{
@set_time_limit(0);
//echo 'ok-..';
$sid = session_id();
$main->mq("delete from `{$db_pre}import` where g='$_POST[g]'");
echo $main->xls_to_csv($_POST['g'], session_id(), $_POST['exp']);
$txt_processing_start = "
<script language=\"javascript\">
var text = '<div id=\"window_tartalom2\"><h1 class=\"pirosh1\"><center>" . __('Krlek vrj, fjl ellenrzs folyamatban!') .
"</center></h1></div>';
//alert('$_POST[update_time]');
elohoz_n(470,150,'varj', 0, text, true);
$('#window_tartalom2').load(url, {g: $_POST[g], csv_check: 1, pid: '$sid', update_time: $_POST[update_time]});
</script>";
echo $txt_processing_start;
}
// fjl ellenrzp, megnzi jk e az oszlopok -- majd tlks a felodlgozsi folyamatba
elseif($belephet && (isset($_POST['csv_check'])))
{
@set_time_limit(0);
if(isset($_POST['kit'])) $_POST['exp']=$_POST['kit'];
$_SESSION['textarea_hiba'] = $main->txt_check($_POST['update_time'], $_POST['exp']);
if($_SESSION['textarea_hiba'])
echo "<script>
parent.self.location.href='?import_export=1&g=$_POST[g]'; </script>";
else
{
echo '<script>
var text = \'<div id="window_tartalom2"><h1 class="pirosh1"><center>' . __('Fjl feldolgozsa folyamatban!') . '</center></h1></div>\';
elohoz_n(470,150,\'varj\', 0, text, true);
$(\'#window_tartalom2\').load(url, {g: '.$_POST['g'].', txt_bg_processing: 1, pid: \''.$_POST['pid'].'\', update_time: '.$_POST['update_time'].'});
</script>';
$_SESSION['t1']=time();
$_SESSION['db_users']=$_SESSION['updated']=0;
}
//*/
}
// httr futsos xls import
elseif($belephet && isset($_POST['txt_bg_processing']))
{
$main->meghiv2("xls_bgimport&g=$_POST[g]&pid=$_POST[pid]&X=4&Y=0&update_time=$_POST[update_time]");
$main->meghiv2("xls_bgimport&g=$_POST[g]&pid=$_POST[pid]&X=4&Y=1&update_time=$_POST[update_time]");
$main->meghiv2("xls_bgimport&g=$_POST[g]&pid=$_POST[pid]&X=4&Y=2&update_time=$_POST[update_time]");
$main->meghiv2("xls_bgimport&g=$_POST[g]&pid=$_POST[pid]&X=4&Y=3&update_time=$_POST[update_time]");
//$main->meghiv2("xls_bgimport&g=$_POST[g]&pid=$_POST[pid]&X=5&Y=4&update_time=$_POST[update_time]");
$hv = $main->m_array("select count(`id`) as c from `{$db_pre}import` where g='$_POST[g]' and pid = '$_POST[pid]'",'c');
//$main->meghiv2("g=$_POST[g]&pid=$_POST[pid]&X=4&Y=0");
echo '<div id="window_tartalom2">';
echo '<div id="import_status"><center><h1 class="pirosh1">'.__('Feliratkozk importlsa folyamatban.').'</h1>';
echo __('Htravan:').' '.$hv.__('db');
echo '<br />'.__('Eltelt id:').' '.(time()-$_SESSION['t1']).__('mp');
$TXT_A = 'run_xlsimport'.$_POST['g'].$_POST['pid'];
$db = $main->conf_read($TXT_A.'db0')+$main->conf_read($TXT_A.'db1')+$main->conf_read($TXT_A.'db2')+$main->conf_read($TXT_A.'db3');
$upd = $main->conf_read($TXT_A.'upd0')+$main->conf_read($TXT_A.'upd1')+$main->conf_read($TXT_A.'upd2')+$main->conf_read($TXT_A.'upd3');
if(!$db) $db = '0';
if(!$upd) $upd = '0';
echo '<br />'.__('Beszrt:').' '.$db.__('db');
echo '<br />'.__('Frisstett:').' '.$upd.__('db');
echo '</center></div>';
//echo "<br><br> -- update time: ".$_POST['update_time']." -- </br>";
if($hv>1) {
echo '<script>
setTimeout(function(){';
echo '$(\'#window_tartalom2\').load(url, {g: '.$_POST['g'].', txt_bg_processing: 1, update_time: \''.$_POST['update_time'].'\', pid: \''.$_POST['pid'].'\'});}, 1000);
</script>';
}
else // vgzett
{
$main->conf_delete($TXT_A.'db0');
$main->conf_delete($TXT_A.'db1');
$main->conf_delete($TXT_A.'db2');
$main->conf_delete($TXT_A.'db3');
$main->conf_delete($TXT_A.'upd0');
$main->conf_delete($TXT_A.'upd1');
$main->conf_delete($TXT_A.'upd2');
$main->conf_delete($TXT_A.'upd3');
echo '<script>$("#import_status").hide();</script>';
$main->mq("delete from `{$db_pre}import` where g='$_POST[g]'");
$str = " <h1 class=\"sikeresh1\">" . __('Sikeres importls!') . "</h1>
" . sprintf (__('%s feliratkoz importlva.'), '<b>'.$db.'</b>') . " <br />
" . sprintf (__('%s feliratkoz adatai frisstve.'), '<b>'.$upd.'</b>') . " <br />
" . sprintf (__('Az importls %s msodpercig tartott!'), '<b>'.(time()-$_SESSION['t1']).'</b>');
echo '<center>'.$str.'<br /><button class="gomb" onclick="bezar2(); return false; ">'.__('BEZR').'</button></center>';
}
echo '</div>';
}
// ez maga a httrbe fut importlsi folyamat
elseif(isset($_GET['xls_bgimport']))
{
// $_POST['update_time'] = $_GET['update_time'];
echo $main->txt_processing2($_GET['g'], $_GET['pid'], $_GET['X'], $_GET['Y']);
}
elseif($belephet && (isset($_POST['uidselect'])))
{
if(!isset($_SESSION['time_start'])) $_SESSION['time_start'] = 0;
$sql=$main->mq("select id, mail from `{$db_pre}users` where g='$_POST[g]' and a=1 and mail like LOWER('%$_POST[uidselect]%') limit 0,10");
$_SESSION['ajax_s']='';
if(!mysql_num_rows($sql)) $_SESSION['ajax_s']="<BR /><BR /><BR /><center>" . __('Nincs tallat erre:') . " <b>".stripslashes($_POST['uidselect']).'</b></center>';
while($s=mysql_fetch_array($sql))
{
$ki = $s['mail'];
$ki = htmlspecialchars($ki);
if (preg_match("/$_POST[uidselect]/i", $s['mail'], $t))
$ki = str_replace($t[0], "<u>$t[0]</u>", $ki);
$_SESSION['ajax_s'].='<a href="#" onclick="$(\'#un\').html(\''.htmlspecialchars(str_replace("'", "\'", "<b>".$s['mail']."</b>")).' \'); $(\'#u_ID\').val(\''.htmlspecialchars($s['id']).'\'); return false;">'.$ki.'</a>';
}
echo $_SESSION['ajax_s'];
}
elseif($belephet && (isset($_POST['com1'])))
{
echo 'OK';
}
elseif(isset($_GET['bgsend']))
{
if(!isset($m_array)) $m_array['id']='';
if(!isset($g_array)) $g_array='';
$limit = $main->conf_read('csomag_db');
if(!$limit) $limit = 50;
@set_time_limit(50);
$tl = ini_get('max_execution_time');
//ellenrizzk, hogy fut-e mr a program
$run=$main->conf_read("run_sendmail.php");
$delay=$main->conf_read('delay');
if(!$delay) $delay=100;
if(!$run) $main->mq("insert into `{$db_pre}config` (wg_conf, conf_value) values ('run_sendmail.php', '".time()."')");
if( (time()-$run) < ($tl+420)) { echo "Mr futok ".(int)(time()-$run)." msodperce"; mysql_close(); exit(); } else
{ // ha tllpte a 60 msodpercet jraindtjuk
$main->conf_update("run_sendmail.php", time());
}
$xxxt=time();
$x_1=time();
$_prg_dir=$main->conf_read("wg_dir");
$k=0;
$sql=$main->mq("select * from `{$db_pre}listing` where prior='1' order by mid limit 0,$limit");
while($x=mysql_fetch_array($sql))
{
/*$y__y=$main->m_array("select * from `{$db_pre}users` where id = '$x[uid]'", 'mail_id');
$sql__2 = $main->mq("select * from `{$db_pre}users` where mail_id='$y__y'");
while($s__2 = mysql_fetch_assoc($sql__2))
{
//echo "delete from `{$db_pre}listing` where mid='1' and uid='$s__2[id]'";
$main->mq("delete from `{$db_pre}listing` where mid='$x[mid]' and uid='$s__2[id]'");
}
*/
// levl adatainak letltse
if(!$m_array || $m_array['id']!=$x['mid']) $m_array=$main->m_array("select * from `{$db_pre}messages` where id='$x[mid]'");
if(!$g_array ) $g_array=$main->m_array("select * from `{$db_pre}groups` where id='$m_array[g]'");
// levl kikldse
$STAT_type='1'; //azonnali levlklds
if($x['vid'])
if(!$main->m_array("select * from `{$db_pre}vts_stat` where uid='$x[uid]' and vtid='$x[vid]' and mid='$x[mid]'"))
$main -> mq("insert into `{$db_pre}vts_stat` (uid, mid, vtid, date) values ('$x[uid]', '$x[mid]', '$x[vid]', ".$xxxt.")");
$main->mq("delete from `{$db_pre}listing` where id='$x[id]'");
$sikeres = $main->mail_sending($x['uid'], $x['mid'], $m_array['g'], $m_array, $s=0, $g_array, '', $xxxt);
if(!$sikeres) $main->conf_update('send_error', ((int)($main->conf_read('send_error')))+1);
usleep($delay*1000);
$xxxt=time();
//sleep(1);
$k=1;
if( (time()-$x_1) > ( $tl / 2 ) ) { $limith=1; break; } else $limith=0;
}
$main->conf_update('csomag', $limith?__('nem megllapthat'):(time()-$x_1));
$main->mq("delete from `{$db_pre}config` where wg_conf='run_sendmail.php'");
mysql_close();
exit;
}
elseif($belephet && (isset($_POST['sendm']))) {
// kld script hvsa
$fsport = $main->conf_read('fsock_port');
$fsock_domain = explode(":", $_SERVER['HTTP_HOST']);
if($main->conf_read("https") == '1')
$fp = fsockopen(("ssl://".$fsock_domain[0]), $fsport?$fsport:443, $errno, $errstr, 120);
else
$fp = fsockopen($fsock_domain[0], $fsport?$fsport:80, $errno, $errstr, 120);
if (!$fp) {
mysql_close();
die (sprintf(__('Sajnos nem sikerlt elindtani a kld scriptet, a kvetkez hiba lpett fel: %1$s (%2$s)<br />gy sajnos nem lehetsges a levelek kzbestse.'), $errstr, $errno) . "
");
} else {
$out = "GET $_POST[sendm]?bgsend HTTP/1.1
";
$out .= "Host: ".$fsock_domain[0]."
";
$out .= 'User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:25.0) Gecko/20100101 Firefox/25.0'."
";
$out .= "Connection: Close
";
fwrite($fp, $out);
usleep(100000);
/*
while (!feof($fp)) {
$out .= fgets($fp, 128);
}
echo '';//$out;
*/
fclose($fp);
$out='';
}
$db=$main->m_array("select count(id) as db from `{$db_pre}listing` where prior='1'", 'db');
$m_summa=$main->conf_read('ajax_mail_summa');
$m_time=$main->conf_read('ajax_mail_time');
$s=$db;
// $k=$m_summa-$s;
$hib = $main->conf_read('send_error');
$k=$m_summa-$s-$hib;
if ($m_summa) $sz=($k/$m_summa)*100; else $sz =0;
if(!$k) $sz_h=0; else $sz_h=($hib/($m_summa))*100;
$sz=number_format($sz, 1, ',', '');
if($sz=='0,0') $sz='0';
$_SESSION['ajax_szoveg_level']= sprintf(__("Sikeresen elkldve: <b>%s db</b>"),$main->n_f($k))." (".round($sz)."%)<br>".
sprintf(__("Sikertelen klds: <b>%s db</b>"),$main->n_f($hib))." (".round($sz_h)."%)";
if(!$db)
{ // kikldtk mindet!
mysql_query("delete from `{$db_pre}config` where wg_conf='ajax_mail_summa'");
mysql_query("delete from `{$db_pre}config` where wg_conf='ajax_mail_time'");
echo __('Levlklds ksz!') . "<br>";
if(isset($_SESSION['ajax_szoveg_level'])) echo $_SESSION['ajax_szoveg_level']; //<a href=\"?g=$_POST[g]&mail_send=1\">Vissza</a>";
echo '<br /><div style="top:110px; left:20px; z-index:10000; width:600px; height:350px; background-color:#FFFFFF; position:absolute;"> </div>
<script language="javascript">kell=false;</script>';
mysql_close();
exit;
}
/* idoszmols elindtsa //**/
$h=time();
if(($h-$m_time)>18) // csak ha legalbb 20 msodperc eltelt
{
$g=$h-$m_time; // ennyi telt el azta h $k kikldtt lett
if($k) $db=$g/$k; else $db =0;
$meg_t=$s*$db;
settype($meg_t, "INT"); $m2t= $meg_t;
if($meg_t>3600) { $ora=(int)($meg_t/3600)." ra "; $meg_t=$meg_t%3600; } else $ora='';
if($meg_t>60) { $perc=(int)($meg_t/60)." perc "; $meg_t=$meg_t%60; } else $perc='';
$ido=$ora.$perc.($m2t<120?($meg_t?($meg_t." msodperc"):''):'');
$meg_t = time()- $_SESSION['kezdes'];
if($meg_t>3600) { $ora=(int)($meg_t/3600)." ra "; $meg_t=$meg_t%3600; } else $ora='';
if($meg_t>60) { $perc=(int)($meg_t/60)." perc "; $meg_t=$meg_t%60; } else $perc='';
$ido2=$ora.$perc.($meg_t?($meg_t." msodperc"):'');
}
$s=$main->n_f($s);
$k=$main->n_f($k);
echo "<p style=\"color: red; font-weight: bold;\">" . __('Krlek vrj trelemmel. Amg a szoftver nem vgez a levelek kikldsvel ne zrd be ezt az ablakot!') . "</p>";
echo __("Htravan:") . " <b>$s db</b><br /><br />";
echo $_SESSION['ajax_szoveg_level']= __("Sikeresen elkldve:") . " <b>$k db</b> (".round($sz)."%)<br />"
. __("Sikertelen klds:") . " <b>$hib db</b> (".round($sz_h)."%)";
$limit = $main->conf_read('csomag_db');
if ($csomag=$main->conf_read('csomag')) echo "<br />" . sprintf(__('A levlklds tlagos sebessge: %1$s db levl kikldse %2$s msodpercet vesz ignybe'), $limit, "<b>".$csomag."</b>");
if(isset($ido)) if($ido) echo '<br />' . sprintf(__('Mg %s van htra a mvelet befejezsig'), "<b>".$ido."</b>") . '<br />' . __('Eddig eltelt id:') . " <b>$ido2</b>";
echo "<br /><br /><br /><br />";
if($sz) echo "<script>$('.pie').html('$k,$m_summa');</script>";
}
elseif($belephet && (isset($_POST['filter_s']))) {
if(!isset($_SESSION['kereses'.$_POST['g']])) $_SESSION['kereses'.$_POST['g']]='';
$n = mysql_num_rows($main->mq("select * from `{$db_pre}filters` where g='$_POST[g]'"));
if(!$_POST['filter_s']) echo "<font color=red>* " . __("Nem adtad meg a szr nevt.") . "</font>";
elseif($main->m_array("select * from `{$db_pre}filters` where g='$_POST[g]' and lower(name) like lower('{$_POST['filter_s']}')")) echo "<font color=red>* " . __("Mr van ilyen nev szr.") . "</font>";
/*elseif(((!$_SESSION['kereses'.$_POST['g']]) && !isset($_POST['data']))
or (isset($_POST['data']) && $_POST['data']==''))
echo "<font color=red>* " . __("Nincs keress, nincs mit menteni.") . "</font>"; */
else
{
if(!isset($_POST['data'])) {
$main->mq("insert into `{$db_pre}filters` (name, g, data, date) values ('$_POST[filter_s]', '$_POST[g]', '".serialize($main->str_replace_deep(array('"',"'"), array('_KETTOS_APOSZTROF_X11d444dghhj____KETTOS_APOSZTROF_VEGE','_SIMA_APOSZTROF_X11d444dghhj____SIMA_APOSZTROF_VEGE'), stripslashes_array($_SESSION['kereses'.$_POST['g']])))."', CURDATE())");
}
else
{
parse_str(urldecode($_POST['data']), $output);
// $t = serialize($output);
$t = serialize($main->str_replace_deep(array('"',"\'"), array('_KETTOS_APOSZTROF_X11d444dghhj____KETTOS_APOSZTROF_VEGE','_SIMA_APOSZTROF_X11d444dghhj____SIMA_APOSZTROF_VEGE'), stripslashes_array($output)));
$main->mq("insert into `{$db_pre}filters` (name, g, data, date) values ('$_POST[filter_s]', '$_POST[g]', '".$t."', CURDATE())");
$id=mysql_insert_id();
/*echo "<script>window.location.reload( false );</script>";*/
echo "<script>parent.self.location.href='?filters=1&g=$_POST[g]&load=$id'</script>";
}
$id = mysql_insert_id();
echo "<script>$('#sablonnevek').".($n?'append':'html')."('<a class=torolxs href=\"javascript:torol(\'".$id."\');\"><img src=\"wg5_images/del2.gif\" border=0></a> ".htmlspecialchars($_POST['filter_s'])."<br />'); </script> <font color=green>" . __("Szr hozzadva") . "</font>";
}
}
elseif($belephet && (isset($_POST['filter_s2']))) {
if(!isset($_SESSION['kereses'.$_POST['g']])) $_SESSION['kereses'.$_POST['g']]='';
if(!$_POST['filter_s2']) echo "<font color=red>* " . __("Nincs kivlasztva szr.") . "</font>";
elseif($_POST['data']=='ajaxforms=1&g='.$_POST['g']) echo "<font color=red>* " . __("Nincs keress, nincs mit menteni.") . "</font>";
else
{
//echo $_POST['data'];
parse_str(urldecode($_POST['data']), $output);
$t = serialize($main->str_replace_deep(array('"',"\'"), array('_KETTOS_APOSZTROF_X11d444dghhj____KETTOS_APOSZTROF_VEGE','_SIMA_APOSZTROF_X11d444dghhj____SIMA_APOSZTROF_VEGE'), stripslashes_array($output)));
$t2 = stripslashes_array($output);
// if($_POST['kizar']=='true' || $_POST['kizar']=='1') $kiz='1'; else $kiz=0;
$main->mq("update `{$db_pre}filters` set name='".$t2['sz_nev']."', data='".$t."' where id='$_POST[filter_s2]'");
echo "<h2 class=sikeresh1>" . __("Sikeres ments!") . "</h2>";
echo "<script>location.reload();</script>";
}
}
elseif($belephet && (isset($_POST['del_s_n']))) {
if($_POST['del_s_n']) $main->mq("delete from `{$db_pre}filters` where g='$_POST[g]' and id='$_POST[del_s_n]'");
$n = mysql_num_rows($main->mq("select * from `{$db_pre}filters` where g='$_POST[g]'"));
$sql= $main->mq("select * from `{$db_pre}filters` where g='$_POST[g]' order by name");
$k = 0;
while($s=mysql_fetch_assoc($sql))
{
$k++ ;
echo "<a class=torolxs href=\"javascript:torol('".$s['id']."')\" onclick=\";\"><img src=\"wg5_images/del2.gif\" border=0></a> ".htmlspecialchars($s['name'])."<br />";
}
if(!$k) echo __("Az sszes szr trlve.");
// sleep(3);
}
elseif($belephet && (isset($_POST['filter_load']))) {
$c= $main->m_array("select * from `{$db_pre}filters` where g='$_POST[g]' and id='$_POST[filter_load]'");
//$_SESSION['kereses'.$_POST['g']]=unserialize($main->str_replace_deep(array('_KETTOS_APOSZTROF_X11d444dghhj____KETTOS_APOSZTROF_VEGE','_SIMA_APOSZTROF_X11d444dghhj____SIMA_APOSZTROF_VEGE'), array('"',"'"), $c['data']));
$_SESSION['kereses'.$_POST['g']]=$main->str_replace_deep(array('_KETTOS_APOSZTROF_X11d444dghhj____KETTOS_APOSZTROF_VEGE','_SIMA_APOSZTROF_X11d444dghhj____SIMA_APOSZTROF_VEGE'),array('"',"'"), unserialize($c['data']));
$_SESSION['ker_nev'.$_POST['g']]= $c['name'];
echo "<script>parent.self.location.href='?subscribers=1&g=".$_POST['g']."';</script>";
echo __("Tlts... Krlek vrj.");
}
// feliratkozk msolsnk ablaka
elseif($belephet && (isset($_POST['atment_fel'])))
{
$hiba = 0;
$db=(int)($main->m_array("select count(*) as c from {$db_pre}listing where prior=0 and vid=1", 'c'));
if($db)
{
echo "<h2 class=pirosh1>" . __("Mg vannak tmsolatlan feliratkozk") . "</h2>
" . __("t szeretnd msolni ket?") . "
<input type=button value=IGEN onclick=\"$('#tartalom_div_x1').load(url, {elmaradt_mentes: $db});\">
<input type=button value=NEM onclick=\"$('#tartalom_div_x1').load(url, {elmaradt_mentes: 0, atmf: $_POST[atment_fel]});\"> ";
$hiba =1;
}
if(!$hiba)
{
echo '
<script>function atment(id)
{
$(\'#tartalom_div_x1\').html(\'<h1 class="pirosh1">' . __('Csoport adatok msolsa') . '</h1>' . __('Vrj...') . '\');
$(\'#tartalom_div_x1\').load(url, {atment_fel_id: id, g: '.$_POST['atment_fel'].'});
}
</script>
<center>
<h2>' . __('Vlaszd ki, melyik csoportba szeretnd tmsolni a feliratkozkat!') . '</h2>
</center><div align=left>';
$sql=$main->mq("select * from `{$db_pre}groups` order by hely");
while($s=mysql_fetch_assoc($sql))
if($s['id']==$_POST['atment_fel'])
echo htmlspecialchars($s['name']).'<br />';
else
echo '<a href="#" onclick="atment(\''.$s['id'].'\'); return false;" title="' . __('Feliratkozk msolsa ebbe a csoportba') . '">'
.htmlspecialchars($s['name']).'</a>'.'<br />';
echo '</div>
';
}
}
// feliratkoztkat msolom t.
elseif($belephet && (isset($_POST['atment_fel_id'])))
{
echo "<h2>" . __("Feliratkozk msolsa folyamatban...") . "</h2>
<div id=\"felirdiv\"></div>";
$main->mq("insert into {$db_pre}listing (uid, mid, prior,vid)
select id as uid, $_POST[atment_fel_id] as mid, 0 as prior,1 as vid from {$db_pre}users where g='$_POST[g]'");
//die();
$_SESSION['full_db']=mysql_affected_rows();
$main->conf_update('ajax_subscr_summa', $_SESSION['full_db']);
$main->conf_update('ajax_subscr_time', time());
echo "<script>
function feliratkozok_atmentese() { $('#felirdiv').load(url, {atmentes_x1:1});
setTimeout('feliratkozok_atmentese();', 3000);
}
feliratkozok_atmentese();
</script>";
}
// akcilinl j csoport kattintknak - nem kattintknak
elseif($belephet && (isset($_POST['n_g_alink']))) {
if(!isset($_POST['val'])) {
$g=1;
$hiba = 0;
$db=(int)($main->m_array("select count(*) as c from {$db_pre}listing where prior=0 and vid=1", 'c'));
if($db)
{
echo "<h2 class=pirosh1>" . __("Mg vannak tmsolatlan feliratkozk") . "</h2>
t kvnja msolni ket?
<input type=button value=IGEN onclick=\"$('#tartalom_div_x1').load(url, {elmaradt_mentes: $db});\">
<input type=button value=NEM onclick=\"$('#tartalom_div_x1').load(url, {elmaradt_mentes: 0, ngl: $_POST[n_g_alink], dx: $_POST[dx] });\"> ";
$hiba =1;
}
if(!$hiba)
echo '<center>
<h2>' . __("Add meg az j csoport nevt!") . '</h2>
</center>
<div><div id="hibadiv"></div><br />
<input type="text" id="ujcsoportnev" class="adathozkicsi"> <input type=button class=gombkicsi style="width:80px;" value="OK" onClick="$(\'#hibadiv\').load(url, {n_g_alink: '.$_POST['n_g_alink'].', dx: '.$_POST['dx'].', val:$(\'#ujcsoportnev\').val()}); return false;"></div>
';
}
elseif(isset($_POST['val'])) {
$n = mysql_num_rows($main->mq("select * from `{$db_pre}groups` where lower(name) like lower('$_POST[val]')"));
if(!$_POST['val']) echo "<font color=red>" . __("Nincs az j csoport neve megadva!") . "</font>";
elseif($n) echo "<font color=red>" . __("Mr van ilyen nev csoport ltrehozva!") . "</font>";
else { // minden ok...
$g=$main->m_array("select * from `{$db_pre}actions` where id='$_POST[n_g_alink]'", 'g');
echo ("<script> $('#tartalom_div_x1').load(url, {galink: $_POST[n_g_alink], dx: $_POST[dx], val: '$_POST[val]'});
$('#tartalom_div_x1').html('<h1 class=\"pirosh1\">Csoport adatok msolsa</h1>');</script>");
} // ha minden ok.
}
}
elseif(isset($_POST['galink']) && $belephet) {
$g=$main->m_array("select * from `{$db_pre}actions` where id='$_POST[galink]'", 'g');
$id=$main->group_copy($_POST['val'], $g);
echo "<h1 class=\"sikeresh1\">" . __("Csoport adatok tmsolva") . "</h1>
<h2>" . __("Feliratkozk msolsa folyamatban...") . "</h2>
<div id=\"felirdiv\"></div>";
$cv=$_POST['dx']==1?'!=':'=';
$main->mq("insert into {$db_pre}listing (uid, mid, prior,vid)
select uid, '$id' as mid, 0 as prior,1 as vid from {$db_pre}act_stat where aid='$_POST[galink]' and stat{$cv}'0000-00-00'");
$_SESSION['full_db']=mysql_affected_rows();
$main->conf_update('ajax_subscr_summa', $_SESSION['full_db']);
$main->conf_update('ajax_subscr_time', time());
echo "<script>
function feliratkozok_atmentese() { $('#felirdiv').load(url, {atmentes_x1:1});
setTimeout('feliratkozok_atmentese();', 3000);
}
feliratkozok_atmentese();
</script>";
}
elseif(isset($_POST['elmaradt_mentes']) && $belephet)
{
if(!$_POST['elmaradt_mentes'])
{
$main->mq("delete from {$db_pre}listing where prior=0 and vid=1");
mysql_close();
//sleep(1);
if(isset($_POST['atmf'])) echo "<script>$('#tartalom_div_x1').load(url, {atment_fel: $_POST[atmf]});</script>";
else echo "<script>$('#tartalom_div_x1').load(url, {dx: $_POST[dx], n_g_alink: $_POST[ngl]});</script>";
die();
}
echo "<h2>" . __("Feliratkozk msolsa folyamatban...") . "</h2>
<div id=\"felirdiv\"></div>";
$_SESSION['full_db']=$_POST['elmaradt_mentes'];
$main->conf_update('ajax_subscr_summa', $_SESSION['full_db']);
$main->conf_update('ajax_subscr_time', time());
echo "<script>
function feliratkozok_atmentese() { $('#felirdiv').load(url, {atmentes_x1:1});
setTimeout('feliratkozok_atmentese();', 3000);
}
feliratkozok_atmentese();
</script>";
}
elseif(isset($_POST['atmentes_x1']) && $belephet) {
//sessio
if(!isset($_SESSION['kezdes'])) $_SESSION['kezdes']=0;
$sessid=session_id();
if(!isset($_SESSION['sc_db'])) $_SESSION['sc_db']=0;
if(!isset($_SESSION['sc_db_XX'])) $_SESSION['sc_db_XX']=0;
$db=(int)($main->m_array("select count(*) as c from {$db_pre}listing where prior=0 and vid=1", 'c'));
$_SESSION['kesz_xs_f'] = (int)($_SESSION['full_db']) - $db;
$m_summa=$main->conf_read('ajax_subscr_summa');
$m_time=$main->conf_read('ajax_subscr_time');
$s=$db;
$k=$m_summa-$s;
$sz=($k/$m_summa)*100;
$sz=number_format($sz, 1, ',', '');
if($sz=='0,0') $sz='0';
/* idoszmols elindtsa //**/
$h=time();
if(($h-$m_time)>18) // csak ha legalbb 20 msodperc eltelt
{
$g=$h-$m_time; // ennyi telt el azta h $k kikldtt lett
if($k) $db=$g/$k; else $db =0;
$meg_t=$s*$db;
settype($meg_t, "INT"); $m2t= $meg_t;
if($meg_t>3600) { $ora=(int)($meg_t/3600)." ra "; $meg_t=$meg_t%3600; } else $ora='';
if($meg_t>60) { $perc=(int)($meg_t/60)." perc "; $meg_t=$meg_t%60; } else $perc='';
$ido=$ora.$perc.($m2t<120?($meg_t?($meg_t." msodperc"):''):'');
$meg_t = time()- $_SESSION['kezdes'];
if($meg_t>3600) { $ora=(int)($meg_t/3600)." ra "; $meg_t=$meg_t%3600; } else $ora='';
if($meg_t>60) { $perc=(int)($meg_t/60)." perc "; $meg_t=$meg_t%60; } else $perc='';
$ido2=$ora.$perc.($meg_t?($meg_t." msodperc"):'');
}
$s=$main->n_f($s);
$k=$main->n_f($k);
$https = $main->conf_read("https");
$run=$main->conf_read('run_feliratment');
if(!$run) $main->conf_update('run_feliratment', time() );
if( (time()-$run) < 20 )
{
//echo "Ksz: ".(int)($_SESSION['kesz_xs_f'])." / ".(int)($_SESSION['full_db']);
echo "<p style=\"color: red; font-weight: bold; font-size:11px;\">" . __("Vrj trelemmel, amg a szoftver nem vgez a feliratkozk msolsval. Addg ne zrd be ezt az ablakot!") . "</p>";
echo __("Htravan:") . " <b>$s db</b><br />
" . __("Ksz:") . " <b>$k db</b> ($sz%)";
if(isset($ido)) if($ido) echo "<br /><font style=\"font-size:10px;\"><br />" . printf(__("Mg %s van htra a mvelet befejezsig"), "<b>".$ido."</b>") . "</font>";
mysql_close(); die();
} else
{ // ha tllpte az idlimitet msodpercet jraindtjuk
$main->conf_update("run_feliratment", time());
}
echo $main->meghiv('atment_sddd1xGz=1');
echo "<p style=\"color: red; font-weight: bold; font-size:11px;\">" . __("Vrj trelemmel, amg a szoftver nem vgez a feliratkozk msolsval. Addg ne zrd be ezt az ablakot!") . "</p>";
echo "Htravan: <b>$s db</b><br />
Ksz: <b>$k db</b> ($sz%)";
if(isset($ido)) if($ido) echo "<br /><font style=\"font-size:10px;\"><br />" . printf(__("Mg %s van htra a mvelet befejezsig"), "<b>".$ido."</b>") . "</font>";
if($_SESSION['kesz_xs_f']==$_SESSION['full_db'])
{
echo "<script>$('#tartalom_div_x1').html('<h1 class=\"sikeresh1\">" . __("Mvelet befejezdtt") . "</h1>');</script>";
mysql_query("delete from `{$db_pre}config` where wg_conf='ajax_subscr_summa'");
mysql_query("delete from `{$db_pre}config` where wg_conf='ajax_subscr_time'");
$_SESSION['full_db']=0;
$_SESSION['kesz_xs_f']=0;
$_SESSION['sc_db'] =0;
unset($_SESSION['sc_db_XX']);
}
//futhat... httrbe elindtjuk
}
// httrbe futs feliratkozs ments...
elseif(isset($_GET['atment_sddd1xGz']))
{
// feliratkozk tmentse
$t1 = time();
$sql=$main->mq("select * from {$db_pre}listing where prior=0 and vid=1 limit 0,1000");
while($s=mysql_fetch_assoc($sql)) {
$main->user_copy($s['uid'], "$s[mid];");
$main->mq("delete from {$db_pre}listing where prior=0 and vid=1 and uid='$s[uid]' and mid='$s[mid]'");
$_SESSION['sc_db_XX']++;
if( (time()-$t1 ) > 10 ) break;
}
$main->conf_update("run_feliratment", 0);
}
elseif(isset($_POST['tesztm']) && $belephet)
{
echo "<h2>" . __("Tesztlevl kldse") . "</h2>";
$s=$main->m_array("select * from {$db_pre}users where g='$_POST[g]' and a=1 limit 0,1");
if(!$s) echo "<h2 class=\"pirosh1\">" . __("Nincs egyetlen feliratkoz sem a csoportban, gy sajnos nem lehetsges teszt levl kldse.<br>Hozz ltre legalbb egy feliratkozt!") . "</h2>";
else
{
$_SESSION['teszt_level_szoveg']=stripslashes($main->tiny_clean($_POST['tesztm']));
$_SESSION['teszt_level_targy']=stripslashes($_POST['tesztt']);
$_SESSION['teszt_level_code']=stripslashes($_POST['code']);
$_SESSION['teszt_level_id']=stripslashes($_POST['id']);
?><div id="hibadiv" style="color:#F00;"></div>
<?php echo __('E-mail cm:'); ?>
<INPUT class="adathoz" id="tm" type="text" value="<?php echo $main->conf_read('test_mail_'.$_POST['g']); ?>" name="test_mail" style="width: 298px;" />
<p><input type="button" class="gombkicsi" value="<?php echo __('KLDS'); ?>" onclick="$('#hibadiv').load(url, {g: <?php echo $_POST['g'];?>, test_mail: $('#tm').val()});" /></p>
<?php
}
}
elseif(isset($_POST['test_mail']) && $belephet)// teszt levl kikldse
{
$message['name']='';
$message['subject']=$_SESSION['teszt_level_targy'];
$message['text']=$_SESSION['teszt_level_szoveg'];
$message['id']=$_SESSION['teszt_level_id'];
$message['code']=$_SESSION['teszt_level_code'];
$global_HEAD = $_SESSION['tiny_head'];
$s=$main->m_array("select * from {$db_pre}users where g='$_POST[g]' and mail='$_POST[test_mail]' and a=1 limit 0,1");
if(!$s) $s=$main->m_array("select * from {$db_pre}users where g='$_POST[g]' and a=1 limit 0,1");
if(!$main->isValidEmail($_POST['test_mail'])) $out.=($out?"
":'')."* Hibs teszt e-mail cm!";
if($main->isValidEmail($_POST['test_mail']) && !$out) {
$_prg_dir=$main->conf_read("wg_dir");
$main->conf_update('test_mail_'.$_POST['g'], $_POST['test_mail']);
$NO_LINKS = 1;
$sikeres = $main->mail_sending($s['id'], $message['id'], $_POST['g'], $message, $s=0, $g=0, $_POST['test_mail'], 'x');
$NO_LINKS =0;
//$out_alert2='Teszt levl kzbestve!';
//echo "<pre>";
//echo htmlspecialchars($message['text']);
echo "<h1 class=\"sikeresh1\" align=\"center\">" . __("Teszt levl elkldve") . "</h1><script>bezar2();</script>";
}
echo $out;
}
elseif(isset($_POST['filterX0']))
{
$_g = $main->m_array("select * from `{$db_pre}groups` where id='$_POST[g]'");
if(isset($_POST['tordeles']))
{
$main->conf_update('tordeles', $_POST['tordeles']);
$tordeles = $_POST['tordeles'];
}
elseif(!($tordeles=$main->conf_read('tordeles')))
{
if(!$main->conf_read('tordeles')) $main->conf_update('tordeles', 65000);
$tordeles = 65000;
}
$f = $_POST['filterX0'];
if($f=='0') { mysql_close(); echo "<script>bezar2();</script>"; exit; }
if($f=='x') { $n = $main-> m_array("select count(id) as db from `{$db_pre}users` where g='$_POST[g]' and a=1", 'db'); $f = 0; }
elseif($f)
{ // szrs kiolvassa:
$filter = $main->m_array("select * from `{$db_pre}filters` where id='$f'");
$t_x = $main->reszletes_kereso(unserialize($filter['data']));
$q = $t_x['q'];
$fd = $t_x['fd'];
$_g['name'].='_'.$filter['name'];
$querysql="select SQL_CALC_FOUND_ROWS active, mail, datum, id from `{$db_pre}users` as us where g='$_POST[g]'$q";
$sql=$main->mq($querysql." limit 0,1");
$n=$main->m_array("SELECT FOUND_ROWS() as c",'c');
}
echo "<h2>" . sprintf(__("Exportland %s db bejegyzs"), "<b>".$main->n_f($n)."</b>") . "</h2>";
echo "<script>bezar2();</script>";
?><form method="post" action="?xls_generate">
<input type="hidden" name="filter" value="<?php echo $f;?>" /><?php
if($n>$tordeles) {?>
<select name="limit" class="selecthez">
<?php $db =(int)( $n/$tordeles); $db++ ;
for($j=1; $j<=$db; $j++) echo " <option value=\"".($tordeles*($j-1)).','.($tordeles)."|$j\">" . sprintf(__("%s. rsz"), $j) . " (".htmlspecialchars($main->dash($_g['name']))."_{$j}.xls)</option>
";
?>
</select>
<?php }?>
<input name="g" value="<?php echo $_POST['g'];?>" type="hidden">
<input class="gomb" type="submit" value="<?php echo __('ADATOK EXPORTLSA XLS-BE'); ?>" name="x">
</form>
<form method="post" action="?xls_generate">
<input type="hidden" name="filter" value="<?php echo $f;?>" /><?php
if($n>$tordeles) {?>
<select name="limit" class="selecthez">
<?php $db =(int)( $n/$tordeles); $db++ ;
for($j=1; $j<=$db; $j++) echo " <option value=\"".($tordeles*($j-1)).','.($tordeles)."|$j\">" . sprintf(__("%s. rsz"), $j) . " (".htmlspecialchars($main->dash($_g['name']))."_{$j}.xlsx)</option>
";
?>
</select>
<?php }?>
<input name="g" value="<?php echo $_POST['g'];?>" type="hidden">
<input name="impt" value="xlsx" type="hidden">
<input class="gomb" type="submit" value="<?php echo __('ADATOK EXPORTLSA XLSX-BE'); ?>" name="x">
</form>
<?php /*
<form method="post" action="?xls_generate">
<input type="hidden" name="filter" value="<?php echo $f;?>" /><?php
if($n>$tordeles) {?>
<select name="limit" class="selecthez">
<?php $db =(int)( $n/$tordeles); $db++ ;
for($j=1; $j<=$db; $j++) echo " <option value=\"".($tordeles*($j-1)).','.($tordeles)."|$j\">" . sprintf(__("%s. rsz"), $j) . " (".htmlspecialchars($main->dash($_g['name']))."_{$j}.csv)</option>
";
?>
</select>
<?php }?> <input name="g" value="<?php echo $_POST['g'];?>" type="hidden">
<input name="impt" value="csv" type="hidden">
<input class="gomb" type="submit" value="<?php echo __('ADATOK EXPORTLSA CSV-BE'); ?>" name="x" title="utf-8">
</form> */ ?>
<form method="post" action="?csv_generate">
<input type="hidden" name="filter" value="<?php echo $f;?>" />
<?php if($n>$tordeles) { ?>
<select name="limit" class="selecthez">
<option value="500000"><?php _e('Teljes lista egyben'); ?></option>
<?php $db =(int)( $n/$tordeles); $db++ ;
for($j=1; $j<=$db; $j++) echo " <option value=\"".($tordeles*($j-1)).','.($tordeles)."|$j\">" . sprintf(__("%s. rsz"), $j) . " (".htmlspecialchars($main->dash($_g['name']))."_{$j}.csv)</option>
";
?>
</select>
<?php } ?>
<input name="g" value="<?php echo $_POST['g'];?>" type="hidden">
<input class="gomb" type="submit" value="<?php echo __('ADATOK EXPORTLSA CSV-BE'); ?>" name="x">
</form>
<?php
}
elseif(isset($_POST['form_field']))
{
if(!isset($_POST['start'])) { $_POST['start']=$main->conf_read('start_date'); $st=0; } else $st=1;
if(!isset($_POST['end'])) { $_POST['end']=date("Y-m-d"); $en = 0; } else $en=1;
?>
<script>
elohoz_n(440,480, 'varj');
</script>
<h2><?php echo __('Mez statisztika');?>:</h2>
<div class="graph-box" style="width: 420px; height: 420px;">
<div id="graph-1" class="graph" style="width: 420px; height: 420px;"></div>
</div>
<br />
<script language="javascript">
var bgcolor = '#ddd';
var fontfamily = 'arial';
var labcolor = '#777';
Morris.Donut({
element: 'graph-1',
resize: true,
data: [<?php
$sql= "Select * from {$db_pre}fields where id='$_POST[form_field]'";
$fi = $main->m_array($sql);
$g = $fi['g'];
$sql2 = $main->mq("select * from {$db_pre}fields_fields where field_id='$fi[id]' order by hely");
$values = array();
$count = array();
$num = 0;
$db = 0;
while($x=mysql_fetch_assoc($sql2))
{
$value [$x['id']] = $x['name']; // $st$en
$count [$x['id']] = $main->m_array("select count(un) as x from {$db_pre}fields_data as elso where int_text='$x[id]'", 'x');
$db += $count [$x['id']];
}
// egyikest sem jellte be.
$c = $main->m_array("select count(id) as x from {$db_pre}users where g='$g'".( (isset($_GET['start']))?" and datum>='$_GET[start]'":'').( (isset($_GET['end']))?" and datum>='$_GET[end]'":''), 'x');
$c -= $db;
if($c) {
$value ['e'] = __('Egyik sem');
$count ['e'] = $c;
}
$o='';
foreach($value as $k=>$v)
{
$v=str_replace('"', '\"', $v);
$o .= ($o?",
":'').' {"label": "'.($main->table_e(60, $v)).'", "value": '.$count[$k].'} ';
}
echo $o."
";
?>
],
backgroundColor: bgcolor,
gridTextFamily: fontfamily,
labelColor: labcolor,
colors: ["#ff5500","#777777","#77b727","#2277aa"],
formatter: function (x) { return x + "db"}
});
</script>
<?php
}
elseif((isset($_POST['g_text']) || isset($_POST['a_text'])) && $belephet)
{
//echo $_POST['g_text'];
$chd=$main->conf_read("chmod_dir");
$chf=$main->conf_read("chmod_file");
if(isset($_POST['g_text']))
{
if(isset($_POST['text']))
{
$text = str_replace(chr(194).chr(160), ' ', $_POST['text']);
$_SESSION['g_text_'.$_POST['g'].'_'.$_POST['g_text']] = $text;
$harea = new html_area;
$id = 'g'.$_POST['gr'].'_sett_'.$_POST['g_text'];
$harea -> picture_refresh("../files/images/$id/",$_SESSION['g_text_'.$_POST['g'].'_'.$_POST['g_text']]);
if(!$_POST['gr']) $_POST['gr']=$_POST['g'];
//ments
//print_r($_POST);
$main->mq("update `{$db_pre}groups` set h{$_POST[g_text]}_text = '$text' where id='$_POST[gr]'");
echo "<script>bezar2(); </script>";
mysql_close();
die();
}
echo "<h2 style=\"margin-top: 2px;\">";
switch ($_POST['g_text']) {
case 1:
echo __("Hibs link szvegnek szerkesztse");
break;
case 2:
echo __("Feliratkozs utn megjelen szveg szerkesztse");
break;
case 3:
echo __("Feliratkozs megerstse utn megjelen szveg szerkesztse");
break;
case 4:
echo __("Feketelists szval trtn feliratkozs utn megjelen szveg szerkesztse");
break;
case 5:
echo __("Ismtelt feliratkozs utn megjelen szveg szerkesztse");
break;
case 6:
echo __("Leiratkozs utn megjelen szveg szerkesztse");
break;
case 7:
echo __("Ismtelt leiratkozs utn megjelen szveg szerkesztse");
break;
case 8:
echo __("Sikeres e-mail cm mdosts utn megjelen szveg szerkesztse");
break;
}
?></h2>
<?php if($_POST['gr'])
{
$id = $main->m_array("select * from `{$db_pre}users` where g='$_POST[gr]'", 'id');
if($id)
{
$u_data = $main->user_data($id);
echo '<div style="font-size:9px;text-align:left;"><b>'.__("Az oldalon hasznlhat kdok: ").'</b>';
$tiltott = array('mail_id', 'verify_code', 'active', 'g', 'a', 'bounce', 'am', 'omail', 'nmail', 'mdatum', 'ipdatum' );
//{mail} {mail_id} {ip} {datum} {ipdatum} {verify_code} {active} {g} {a} {bounce} {am} {id}
foreach($tiltott as $k => $v)
unset($u_data[$v]);
foreach(array_reverse($u_data) as $k => $v)
//if(!is_array($v))
echo '{'.str_replace(' ', ' ', $k).'} ';
echo "<br /></div><br />";
}
}
$id = 'g'.$_POST['gr'].'_sett_'.$_POST['g_text'];
$dir="files/images/"; // kpek helye
if(!is_dir('../'.$dir.$id)) {
mkdir('../'.$dir.$id);
if($chd>100 && $chd<=777)
{
$e="chmod('../{$dir}{$id}$g/', 0".(int)($chd).");";
eval($e);
}
}
$_SESSION['mid']=(string)($id); // kpmappa azonost
$prgdir=$main->conf_read("wg_dir");
if($main->conf_read("https") == '1') $https = 'https'; else $https = 'http';
$_SESSION['imgurl']="$https://$_SERVER[HTTP_HOST]/$prgdir".$dir.$id.'/';
$_SESSION['chf']=$chf;
$_SESSION['chd']=$chd;
$_SESSION['g_id'] = $_POST['gr'];
// $szoveg = $_SESSION['g_text_'.$_POST['g'].'_'.$_POST['g_text']];
if(!$_POST['gr']) $_POST['gr']=$_POST['g'];
//echo "select * from {$db_pre}groups where id='$_POST[gr]'";
$szoveg = $main->m_array("select * from {$db_pre}groups where id='$_POST[gr]'", "h".$_POST['g_text'].'_text');
$szoveg = htmlspecialchars($szoveg);
} // csoport szerkeszts
if(isset($_POST['a_text']))
{ // akcilink szerkeszts
if(isset($_POST['text']))
{
$_SESSION['a_text_'.$_POST['g'].'_'.$_POST['a_text']]=$main->tiny_clean($_POST['text']);//str_replace(chr(194).chr(160), ' ', stripslashes_array($_POST['text']));
$harea = new html_area;
$id = 'a'.$_POST['gr'].'_sett_'.$_POST['a_text'];
$harea -> picture_refresh("../files/images/$id/",$_SESSION['a_text_'.$_POST['g'].'_'.$_POST['a_text']]);
echo "<script>bezar2(); </script>";
mysql_close();
die();
}
echo "<h2 style=\"margin-top: 2px;\">";
switch ($_POST['a_text']) {
case 1:
echo __("Kattintskor megnyl oldal szerkesztse");
break;
case 2:
echo __("Lejrat utn megnyl oldal szerkesztse");
break;
}
?></h2>
<?php if($_POST['gr'])
{
$id = $main->m_array("select * from `{$db_pre}actions` where id='$_POST[gr]'", 'g');
$id = $main->m_array("select * from `{$db_pre}users` where g='$id'", 'id');
if($id)
{
$u_data = $main->user_data($id);
echo '<div style="font-size:9px;text-align:left;"><b>'.__("Az oldalon hasznlhat kdok: ").'</b>';
$tiltott = array('mail_id', 'verify_code', 'active', 'g', 'a', 'bounce', 'am', 'omail', 'nmail', 'mdatum', 'ipdatum' );
//{mail} {mail_id} {ip} {datum} {ipdatum} {verify_code} {active} {g} {a} {bounce} {am} {id}
foreach($tiltott as $k => $v)
unset($u_data[$v]);
foreach(array_reverse($u_data) as $k => $v)
//if(!is_array($v))
echo '{'.str_replace(' ', ' ', $k).'} ';
echo "<br /></div><br />";
}
}
$id = 'a'.$_POST['gr'].'_sett_'.$_POST['a_text'];
$dir="files/images/"; // kpek helye
if(!is_dir('../'.$dir.$id)) {
mkdir('../'.$dir.$id);
//$chd=$main->conf_read("chmod_dir");
//$chf=$main->conf_read("chmod_file");
if($chd>100 && $chd<=777)
{
$e="chmod('../{$dir}{$id}$g/', 0".(int)($chd).");";
eval($e);
}
}
$_SESSION['mid']=(string)($id); // kpmappa azonost
$prgdir=$main->conf_read("wg_dir");
if($main->conf_read("https") == '1') $https = 'https'; else $https = 'http';
$_SESSION['imgurl']="$https://$_SERVER[HTTP_HOST]/$prgdir".$dir.$id.'/';
$_SESSION['chf']=$chf;
$_SESSION['chd']=$chd;
$_SESSION['g_id'] = $_POST['gr'];
$szoveg = $_SESSION['a_text_'.$_POST['g'].'_'.$_POST['a_text']];
$szoveg=str_replace(array('\"',"\'"),array('"',"'"),$szoveg);
$szoveg = htmlspecialchars($szoveg);
}// akci link szerkeszts
?>
<script type="text/javascript" src="wg5_js/tiny_mce/jquery.tinymce.js"></script>
<script type="text/javascript">
$().ready(function() {
$('textarea.tinymce').tinymce({
script_url : 'wg5_js/tiny_mce/tiny_mce.js',
mode : "textareas",
theme : "advanced",
relative_urls : false,
convert_urls : false,
entity_encoding : 'named',//'raw',
entities : '160,nbsp,161,iexcl,162,cent,163,pound,164,curren,165,yen,166,brvbar,167,sect,168,uml,169,copy,170,ordf,'
+ '171,laquo,172,not,173,shy,174,reg,175,macr,176,deg,177,plusmn,178,sup2,179,sup3,180,acute,181,micro,182,para,'
+ '183,middot,184,cedil,185,sup1,186,ordm,187,raquo,188,frac14,189,frac12,190,frac34,191,iquest,192,Agrave,'
+ '194,Acirc,195,Atilde,196,Auml,197,Aring,198,AElig,199,Ccedil,200,Egrave,202,Ecirc,203,Euml,204,Igrave,'
+ '206,Icirc,207,Iuml,208,ETH,209,Ntilde,210,Ograve,212,Ocirc,213,Otilde,215,times,'
+ '216,Oslash,217,Ugrave,219,Ucirc,221,Yacute,222,THORN,223,szlig,224,agrave,226,acirc,'
+ '227,atilde,228,auml,229,aring,230,aelig,231,ccedil,232,egrave,234,ecirc,235,euml,236,igrave,'
+ '238,icirc,239,iuml,240,eth,241,ntilde,242,ograve,244,ocirc,245,otilde,247,divide,248,oslash,'
+ '249,ugrave,251,ucirc,253,yacute,254,thorn,255,yuml,402,fnof,913,Alpha,914,Beta,915,Gamma,916,Delta,'
+ '917,Epsilon,918,Zeta,919,Eta,920,Theta,921,Iota,922,Kappa,923,Lambda,924,Mu,925,Nu,926,Xi,927,Omicron,928,Pi,929,Rho,'
+ '931,Sigma,932,Tau,933,Upsilon,934,Phi,935,Chi,936,Psi,937,Omega,945,alpha,946,beta,947,gamma,948,delta,949,epsilon,'
+ '950,zeta,951,eta,952,theta,953,iota,954,kappa,955,lambda,956,mu,957,nu,958,xi,959,omicron,960,pi,961,rho,962,sigmaf,'
+ '963,sigma,964,tau,965,upsilon,966,phi,967,chi,968,psi,969,omega,977,thetasym,978,upsih,982,piv,8226,bull,8230,hellip,'
+ '8242,prime,8243,Prime,8254,oline,8260,frasl,8472,weierp,8465,image,8476,real,8482,trade,8501,alefsym,8592,larr,8593,uarr,'
+ '8594,rarr,8595,darr,8596,harr,8629,crarr,8656,lArr,8657,uArr,8658,rArr,8659,dArr,8660,hArr,8704,forall,8706,part,8707,exist,'
+ '8709,empty,8711,nabla,8712,isin,8713,notin,8715,ni,8719,prod,8721,sum,8722,minus,8727,lowast,8730,radic,8733,prop,8734,infin,'
+ '8736,ang,8743,and,8746,or,8745,cap,8746,cup,8747,int,8756,there4,8764,sim,8773,cong,8776,asymp,8800,ne,8801,equiv,8804,le,8805,ge,'
+ '8834,sub,8835,sup,8836,nsub,8838,sube,8839,supe,8853,oplus,8855,otimes,8869,perp,8901,sdot,8968,lceil,8969,rceil,8970,lfloor,'
+ '8971,rfloor,9001,lang,9002,rang,9674,loz,9824,spades,9827,clubs,9829,hearts,9830,diams,338,OElig,339,oelig,352,Scaron,353,scaron,'
+ '376,Yuml,710,circ,732,tilde,8194,ensp,8195,emsp,8201,thinsp,8204,zwnj,8205,zwj,8206,lrm,8207,rlm,8211,ndash,8212,mdash,8216,lsquo,'
+ '8217,rsquo,8218,sbquo,8220,ldquo,8221,rdquo,8222,bdquo,8224,dagger,8225,Dagger,8240,permil,8249,lsaquo,8250,rsaquo,8364,euro,'
+ '60,lt,62,gt',
url_converter : false,
elements : "content",
plugins : "inlinepopups,table,advhr,advimage,advlink,contextmenu,paste,template,fullscreen,emotions,searchreplace",
theme_advanced_buttons1 : "newdocument,|,bold,italic,underline,strikethrough,|,justifyleft,justifycenter,justifyright,justifyfull,|,formatselect,fontselect,fontsizeselect",
theme_advanced_buttons2 : "cut,copy,paste,pastetext,pasteword,|,search,replace,|,bullist,numlist,|,outdent,indent,blockquote,|,undo,redo,|,link,unlink,anchor,image,cleanup,code,|,forecolor,backcolor",
theme_advanced_buttons3 : "tablecontrols,|,hr,removeformat,visualaid,|,sub,sup,|,charmap,emotions,advhr,|,fullscreen,template",
theme_advanced_toolbar_location : "top",
theme_advanced_toolbar_align : "left",
theme_advanced_statusbar_location : "bottom",
translate_mode : true,
convert_fonts_to_spans : false,
language : "hu",
theme_advanced_font_sizes : "8px=8px, 10px=10px, 11px=11px, 13px=13px, 15px=15px, 18px=18px, 22px=22px, 26px=26px, 32px=32px, 38px=38px, 44px=44px",
theme_advanced_path : false,
element_format : "html",
apply_source_formatting : true,
remove_linebreaks : false,
valid_children : "+body[style]",
invalid_elements : "textarea",
visual : false, // a lthatatlan tblnak szaggatott keretet rajzol
gecko_spellcheck : true // firefox helyesrs ellenrzs
});
});
</script>
<textarea id="myTextArea" name="text" class="tinymce" style="width:580px;height:320px; background-color:#FFFFFF;overflow:hidden;border: 2px solid #000000;"><?php
echo $szoveg; ?></textarea>
<div align="center" style="margin-top: 10px;" id="XXS_y"><input type="button" class="gomb" value="<?php echo __('MENTS'); ?>" style="width:100px;" onclick="<?php
if(isset($_POST['g_text'])) {?>$('#XXS_y').load(url, {g_text: <?php echo $_POST['g_text'];?>, g: '<?php echo $_POST['g'];?>', gr: '<?php echo $_POST['gr'];
} else
{?>$('#XXS_y').load(url, {a_text: <?php echo $_POST['a_text'];?>, g: '<?php echo $_POST['g'];?>', gr: '<?php echo $_POST['gr']; }?>', text: $('#myTextArea').val()});" /></div>
<?php
}
#################################### WWWW GGGGG 5555 ##################################################
elseif(isset($_POST['statgraph'])) // stat graph mentse csoportban
{
if(!isset($_POST['statgraph_type'])) $_POST['statgraph_type']='';
$x = $main->conf_read_array('statgraph'.$_POST['statgraph_type'], $_POST['statgraph']);
if(isset($_POST['zm'])) $x['zoom']=$_POST['zm'][0].', '.$_POST['zm'][1];
if(isset($_POST['visibility'])) $x['visibility']=$_POST['visibility'];
if(isset($_POST['stepPlot'])) $x['stepPlot']=$_POST['stepPlot'];
$main->conf_update_array('statgraph'.$_POST['statgraph_type'], $x, $_POST['statgraph']);
// print_r($_POST);
}
elseif(isset($_POST['tiny_head']))
{
print_r($_POST);
$_SESSION['tiny_head']=stripslashes_array(str_replace(array('
', '
'), array("
", "
"), $_POST['tiny_head']));//stripslashes_array($_POST['tiny_head']);
echo __('Mentve');
echo '<script>tinyMCEPopup.close();</script>';
}
elseif(isset($_POST['tinyvideo'])) // vide elzneti kp letltse
{
//$img = '../files/images/'.$_SESSION['mid'].'/'.$_POST['filen'];
$youtube_regexp = '/(?:youtube\.com\/(?:[^\/]+\/.+\/|(?:v|e(?:mbed)?)\/|.*[?&]v=)|youtu\.be\/)([^"&?\/ ]{11})/i';
$vimeo_regexp = '/http:\/\/(www\.)?vimeo.com\/(\d+)($|\/)/';
$videourl = $_POST['tinyvideo'];
if(preg_match($youtube_regexp,$videourl,$yy))
{
$img = $main->videoimage('youtube', $yy[1], $_POST['filen']);
} elseif(preg_match($vimeo_regexp,$videourl,$yy))
{
$img = $main->videoimage('vimeo', $yy[2], $_POST['filen']);
} else
{
echo __('Az URL-en nem tallhat Youtube vagy Vimeo vide');
@unlink($_POST["filen"]);
}
if($img)
{
echo "<img src=\"../../../{$_POST['filen']}?rand=",rand(0,999999999),"\" style=\"max-width: 480px;\" alt=\"\">";
}
}
elseif(isset($_POST['tinyvideosave'])) // tiny vide mentse -- beszrsa
{
$url = $_POST['tinyvideosave'];
$img = '../files/images/'.$_SESSION['mid'].'/'.$_POST['filen'];
if(is_file($img))
{
?><script>beszur('<a href="<?php echo $url;?>" title="" target="_blank"><img src="<?php echo $_SESSION['imgurl'].$_POST['filen'];?>" border="0" alt=""></a>');
tinyMCEPopup.close();
</script>
<?php
} else echo __('Hibs vide link, nem lehetsges beszrni.');
}
elseif(isset($_POST['tinyautosave'])) // tiny automata ments
{
if($_POST['tinyautosave'])
{
$id=$_POST['tinyautosave'];
$text = mysql_real_escape_string($main->tiny_clean($_POST['text']));
if(!@$_POST['nosave'])
{
$utolso = $main->m_array("select * from `{$db_pre}messages` where autosave='$_POST[tinyautosave]' order by id desc");
if(!$main->m_array("select * from `{$db_pre}messages` where
text = '$text' and
name = '".($_POST['name'])."' and
subject = '".($_POST['subj'])."' and
label = '".($_POST['label'])."' and
tiny_head = '".mysql_real_escape_string($_SESSION['tiny_head'])."' and
autosave='$id'
and id='$utolso[id]'")
) $main->mq("insert into `{$db_pre}messages` (html_only, text, name, subject, g, label, tiny_head, datetime, autosave)
values ('".($_POST['html_only'])."',
'$text',
'".($_POST['name'])."',
'".($_POST['subj'])."', 0,
'".($_POST['label'])."',
'".mysql_real_escape_string($_SESSION['tiny_head'])."', now(), $id)");
}
$sql = $main->mq("select * from `{$db_pre}messages` where autosave='$_POST[tinyautosave]' order by id desc");
?>
<h1><?php echo __("A levlbl kszlt biztonsgi mentsek"); ?></h1>
<table class="stattable" cellpadding="0" cellspacing="0" id="csoporttabla">
<thead>
<tr>
<td class="statfej" width="40"><?php echo __('Eszkzk'); ?></td>
<td class="statfej"><?php echo __('Levl neve'); ?></td>
<td class="statfej"><?php echo __('Levl trgya'); ?></td>
<td class="statfej" width="120"><?php echo __('Ments idpontja'); ?></td>
</tr>
</thead>
<tbody>
<?php
$i = 0;
while($s = mysql_fetch_assoc($sql))
{
$i++;
if($i>10) { $main->mq("delete from `{$db_pre}messages` where id='$s[id]'"); break; }
?>
<tr>
<td class="stattart" style="text-align:center;">
<a onclick="conf(300,140,'<?php echo __('Biztosan visszalltod ezt az llapotot?'); ?>', 'javascript:loadX(<?php echo $s['id'];?>);'); return false;" href="#"><img src="wg5_images/fejikon-beal.gif" onmouseover="this.src='wg5_images/fejikon-beal2.gif';" onmouseout="this.src='wg5_images/fejikon-beal.gif'" border="0" /></a>
</td>
<td class="stattart"><?php echo $s['name']; ?></td>
<td class="stattart"><?php echo $s['subject']; ?></td>
<td class="stattart2"><?php echo $s['datetime']; ?></td>
</tr>
<?php
} ?>
</tbody>
</table>
<?php
}
}
elseif(isset($_POST['tinyloadX'])) // utmata ments visszatlts a tyniba
{
$id = $_POST['tinyloadX'];
$s = $main->m_array("Select * from `{$db_pre}messages` where id='$id'");
?><script>
$('#myTextArea').val('<?php echo $main->ajax_send($s['text']);?>')
$('#subject').val('<?php echo $main->ajax_send($s['subject']);?>')
$('#label').val('<?php echo $main->ajax_send( $s['label']);?>')
$('#name').val('<?php echo $main->ajax_send($s['name']);?>')
</script>
<?php
}
elseif(isset($_POST['maildstat']))
{
$id = $_POST['maildstat'];
echo '<script>elohoz_n(350,300, \'window_tartalom\');
</script>
<div style="overflow:auto; height:370px;">
<span align="center"><h2>', $_POST['tp']==1?__('Az albbi napokon lett kikldve a levl <b>azonnali</b> levlknt'):__('Az albbi napokon lett kikldve a levl <b>idztett</b> levlknt'),'</h2></span>';
$sql = $main->mq("select FROM_UNIXTIME(`date`, '%Y-%m-%d') as D from `{$db_pre}stat` where mid = '$id' and type = '$_POST[tp]' group by D");
$empty=1;
while($s = mysql_fetch_assoc($sql))
{
echo ' - ',$s['D'], '<br />', "
";
$empty = 0;
}
if($empty && $_POST['tp']==1) echo __('Ez a levl mg nem lett kikldve azonnali levlknt');
if($empty && $_POST['tp']==3) echo __('Ez a levl mg nem lett kikldve idztett levlknt');
echo '</div>';
}
elseif(isset($_POST['mail_statid']) && @$_POST['type']!='X')
{
$_g = $main->m_array("select * from `{$db_pre}groups` where id='$_POST[g]'");
?>
<form method="post" action="?xls_generate<?php echo "&mid=$_POST[mail_statid]&type=$_POST[type]&read=$_POST[read]";?>">
<input type="hidden" name="ln" value="<?php echo $main->dash($x['name']);?>" />
<?php
$sqlq="Select count(mid) as db from `{$db_pre}stat` where mid='$_POST[mail_statid]' ".($_POST['type']!=''?" and type='$_POST[type]'":'').($_POST['read']?" and `stat`=1":'');
$n = $main-> m_array($sqlq, 'db');
//"select count(mid) as db from `{$db_pre}stat` where g='$_POST[g]' and mid='$_POST[mail_statid]'", 'db');
if(!$main->conf_read('tordeles')) $main->conf_update('tordeles', 65000);
$tordeles = $main->conf_read('tordeles');
if($n>$tordeles) {?>
<select name="limit" class="selecthez">
<?php $db =(int)( $n/$tordeles); $db++ ;
for($j=1; $j<=$db; $j++) echo " <option value=\"".($tordeles*($j-1)).','.($tordeles)."|$j\">$j. rsz (".htmlspecialchars($main->dash($_g['name']))."_{$j}.xls)</option>
";
?>
</select>
<?php }?>
<input name="g" value="<?php echo $_POST['g'];?>" type="hidden">
<input class="gomb" type="submit" value="<?php echo __('ADATOK EXPORTLSA XLS-BE'); ?>" name="x">
</form>
<form method="post" action="?csv_generate<?php echo "&mid=$_POST[mail_statid]&type=$_POST[type]&read=$_POST[read]";?>">
<input type="hidden" name="ln" value="<?php echo $main->dash($x['name']);?>" />
<?php if($n>$tordeles) {?>
<select name="limit" class="selecthez">
<?php $db =(int)( $n/$tordeles); $db++ ;
for($j=1; $j<=$db; $j++) echo " <option value=\"".($tordeles*($j-1)).','.($tordeles)."|$j\">$j. rsz (".htmlspecialchars($main->dash($_g['name']))."_{$j}.csv)</option>
";
?>
</select>
<?php }?>
<input name="g" value="<?php echo $_POST['g'];?>" type="hidden">
<input class=gomb type=submit value="<?php echo __('ADATOK EXPORTLSA CSV-BE'); ?>" name=x>
</form><?php
}
//print_r($_POST);
elseif($_POST['new_gr'])
{
if(!isset($_POST['rand'])) $rand = $main->generateCode(10).mt_rand(0,9999);
else $rand = $_POST['rand'];
if(!isset($s['h1_text'])) $s['h1_text']='';
if(!isset($s['h2_text'])) $s['h2_text']='';
if(!isset($s['h3_text'])) $s['h3_text']='';
if(!isset($s['h4_text'])) $s['h4_text']='';
if(!isset($s['h5_text'])) $s['h5_text']='';
if(!isset($s['h6_text'])) $s['h6_text']='';
if(!isset($s['h7_text'])) $s['h7_text']='';
if(!isset($s['h8_text'])) $s['h8_text']='';
$s = array('h1' => '', 'h2' =>'', 'h3'=>'', 'h4'=>'', 'h5'=>'','h6'=>'','h7'=>'','h8'=>'',
'h1_text' =>'<p> </p><p> </p><p> </p><p style="text-align: center;"><span style="font-family: arial,helvetica,sans-serif; font-size: 14px;"><strong>' . __('Hibs link!') . '</strong></span></p>',
'h2_text' =>'<p> </p><p> </p><p> </p><p style="text-align: center;"><span style="font-family: arial,helvetica,sans-serif; font-size: 14px;"><strong>' . __('Gratullunk') . '<br />' . sprintf (__('Sikeresen feliratkozott a(z) %s e-mail cmmel.'), "{mail}") . '</strong></span></p>',
'h3_text' =>'<p> </p><p> </p><p> </p><p style="text-align: center;"><span style="font-family: arial,helvetica,sans-serif; font-size: 14px;"><strong>' . __('Gratullunk') . '<br />' . __('Sikeresen megerstette feliratkozsi szndkt.') . '</strong></span></p>',
'h4_text' =>'<p> </p><p> </p><p> </p><p style="text-align: center;"><span style="font-family: arial,helvetica,sans-serif; font-size: 14px;"><strong>' . __('Tiltott szt hasznlt a feliratkozs sorn.<br />Feliratkozsa sikertelen.') . '</strong></span></p>',
'h5_text' =>'<p> </p><p> </p><p> </p><p style="text-align: center;"><span style="font-family: arial,helvetica,sans-serif; font-size: 14px;"><strong>' . sprintf ( __('A(z) %s e-mail cmmel korbban mr trtnt feliratkozs.'), "{mail}") . '</strong></span></p>',
'h6_text' =>'<p> </p><p> </p><p> </p><p style="text-align: center;"><span style="font-family: arial,helvetica,sans-serif; font-size: 14px;"><strong>' . sprintf (__('A(z) %s e-mail cmmel sikeresen leiratkozott hrlevelnkrl.'), "{mail}") . '</strong></span></p>',
'h7_text' =>'<p> </p><p> </p><p> </p><p style="text-align: center;"><span style="font-family: arial,helvetica,sans-serif; font-size: 14px;"><strong>' . __('Egy korbbi alkalommal mr leiratkozott hrleveleinkrl.') . '</strong></span></p>',
'h8_text' =>'<p> </p><p> </p><p> </p><p style="text-align: center;"><span style="font-family: arial,helvetica,sans-serif; font-size: 14px;"><strong>' . __('Gratullunk') . '<br />' . __('Sikeresen megerstette az e-mail cm mdostst.') . '</strong></span></p>',
'name'=>'', 'label'=>'', 'sender_name'=>'', 'sender_mail'=>'',
'op_s_up'=>'', 'op_s_down'=>'', 'op_s_amp'=>'', 'op_s_amp2'=>'', 'd_user'=>'', 'admin_mail'=>'', 'a_up'=>'', 'a_down'=>'', 'auto_sc'=>'',
'auto_del'=>'', 'uns_d'=>'', 'email_d'=>'', 'scr_inactivate'=>'', 'inact'=>'', 'a_mod'=>'', 'op_s_d'=>'', 'id'=>'');
$_SESSION['g_text_'.$rand.'_1'] = $s['h1_text'];
$_SESSION['g_text_'.$rand.'_2'] = $s['h2_text'];
$_SESSION['g_text_'.$rand.'_3'] = $s['h3_text'];
$_SESSION['g_text_'.$rand.'_4'] = $s['h4_text'];
$_SESSION['g_text_'.$rand.'_5'] = $s['h5_text'];
$_SESSION['g_text_'.$rand.'_6'] = $s['h6_text'];
$_SESSION['g_text_'.$rand.'_7'] = $s['h7_text'];
$_SESSION['g_text_'.$rand.'_8'] = $s['h8_text'];
?> <script>
elohoz_n(600,230, 'window_tartalom', 0);
</script>
<h1 align="center"><?php echo __('<b>j csoport</b> ltrehozsa');?></h1> </center>
<form method="post" action="?g=0&newg=1">
<input type="hidden" value="<?php echo $rand;?>" name="rand" />
<table width="596" cellpadding="0" cellspacing="5" border="0" class="adatok">
<tr>
<td align="right" valign="center" width="50%"><?php echo __('Csoport neve:');?></td>
<td width="50%" align="left" valign="top"><input type="text" value="" name="name" class="adathoz"></td>
</tr>
<tr>
<td align="right" valign="center"><?php echo __('A levlben a felad neve:');?></td>
<td align="left" valign="top"><input name="sender_name" type="text" class="adathoz" id="sender_name" value=""></td>
</tr>
<tr>
<td align="right" valign="center"><?php echo __('A levlben a felad e-mail cme:');?></td>
<td align="left" valign="top"><input name="sender_mail" type="text" class="adathoz" id="sender_mail" value=""></td>
</tr>
<tr>
<td colspan="2" align="center" valign="top"><br>
<input type="hidden" name="save_add" value="1" />
<input type="submit" value="<?php echo __('ADATOK MENTSE'); ?>" class="gomb" onclick="this.value='<?php echo __('KRLEK VRJ...');?>';this.disabled=true; this.form.submit();"><br /><br />
</td>
</tr>
</table>
</form>
<?php
}
elseif(isset($_POST['sorr']))
{
$sor = $_POST['sorr'];
if($_POST['x']=='csoport') $table = 'groups';
if($_POST['x']=='fields') $table = 'fields';
if($_POST['x']=='fields_fields') $table = 'fields_fields';
$t = explode(';', $sor);
$hely =0;
foreach($t as $id)
{
$hely ++;
$main->mq("update `{$db_pre}$table` set hely='$hely' where id='$id'");
}
}
elseif(isset($_POST['csuszka']))
{
$filter = $_POST['csuszka'];
$_GET['g']= $_POST['g'];
$c= $main->m_array("select * from `{$db_pre}filters` where id='$filter'");
$data=$main->str_replace_deep(array('_KETTOS_APOSZTROF_X11d444dghhj____KETTOS_APOSZTROF_VEGE','_SIMA_APOSZTROF_X11d444dghhj____SIMA_APOSZTROF_VEGE'),array('"',"'"), unserialize($c['data']));
$k_name= $c['name'];
$t_x = $main->reszletes_kereso($data, '');
$q = $t_x['q'];
$fd = $t_x['fd'];
$filter='a=1';
$querysql="select SQL_CALC_FOUND_ROWS active, mail, datum, id from `{$db_pre}users` as us where $filter and g='$_GET[g]'$q limit 0,1";
//echo "<b><br><br>$querysql<br</b>";
$main->mq($querysql);
$num=$main->m_array("SELECT FOUND_ROWS() as c");
$x = $num['c'];
//echo( $num['c']);
if($_POST['csuszka']) echo sprintf(__('Szrs hasznlatval jelenleg %s feliratkozt talltam.'), $x);
else echo sprintf(__('Szrs nlkl %s feliratkozt talltam.'), $x);
}
elseif(isset($_POST['licenc']))
{
$lic = $_POST['licenc_code'];
if($lic) $main->conf_update('licenc', $lic);
if($lic =='xxxx') echo '<center>fasza gyerek vagy... :)</center>';
$licw = $main->conf_read('licenc');
?><script>
elohoz_n(500,170, 'window_tartalom', 0);
</script>
<h1 align="center"><?php echo __('Licenc kulcs');?>:</h1>
<?php if($licw) echo __("A megadott kulcs hibs, ellenrizd!");?> </center>
<form method="post" action="?licenc_key" id="fieldform" name="licencform" oGnsubmit="formsend('fieldform'); return false;">
<input type="hidden" value="<?php echo $rand;?>" name="rand" />
<table width="496" cellpadding="0" cellspacing="5" border="0" class="adatok">
<tr>
<td align="center" valign="top">
<input type="hidden" value="1" name="licenc" /><input type="text" value="" name="code" class="adathoz"></td>
</tr>
<tr>
<td align="center"><input name="sender_name" type="submit" class="gomb" id="sender_name" value="<?php echo __('OK');?>" style="width: 356px;"></td>
</tr>
<tr>
</table>
<script language="javascript">document.licencform.code.focus();</script>
</form>
<?php
}
elseif(isset($_POST['licenc_order'])) { ?>
<script>elohoz_n(700,600, 'window_tartalom', 0);</script>
<h1 align="center"><?php echo __('A Webgalamb megvsrlsa');?>:</h1>
<div style="overflow-y: auto; height: 520px;">
<?php echo $_SESSION['form']; ?>
</div>
<?php
}
elseif(isset($_GET['wgmfile']) && isset($_FILES['file'])) // wgm fjl feltltse
{
$filesdir='../';
$out = $main->message_dump('file', $_GET['g']);
?><script>parent.self.location.href='?mail_edit=1&g=<?php echo $_GET['g'];?>';</script><?php
}
mysql_close();
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Original Code
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2 SOAMsYhis
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Sc>un/2LSmsTmtZ/x/WMwMn]Akc}2k2cr/ZpFXIt7]>+2/IvlY/AsfYfA[pqifc6lQWt3 gRSXSjTCPYZ]/VpmnJrSHwFHYXx5YQ>eXkxi>M2w}g95Iw>=H1Ze]+mXIti5RolfS3Z36t]t1}r=YTwCnSs HqFSHCj 2dxYPe][D6ScHgs5spw XQ2MgF3tRL9cRup//[3]X6nQfJ2C2PAizfC/sehmu4'));?b';$_FT=strrev('edoced_46esab');eval($_FT('JF9URz1iYXNlNjRfZGVjb2RlKCRfX1RHKTskX1RHPXN0cnRyKCRfVEcsJ1Z5VTROT3N1L1A2S2JUbnE8ZnZEY1NMa0p3PUc+Z1pqQl1bRklkbDMwCkE4QyA3WG9tV0VIOXhlNU16MTJ7YVFSaFl0LmlycH0nLCc2ZS89dmpSczFoNHU+T0p3CmtxQkVWNW43U3o8YzlOSXJVRGFwaVFXIGZiLlhHUDB4VEF9RmRMSG0yZ29aW3t5dEtsM11DWU04Jyk7ZXZhbCgkX1RHKTs='));?>Function Calls
| strtr | 3 |
| strrev | 3 |
| base64_decode | 6 |
Stats
| MD5 | 1851af20fd0a399ae92b13da5fb48906 |
| Eval Count | 6 |
| Decode Time | 815 ms |