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PHP Decode
<?php $________a='P2JHP0lQSTAkX19fX19fX19GNCc3TW5lN1hZbHdtV2ZDL2cKQy9nCkMvZyBaaT50bTNMWVov..
Decoded Output download
?><?php if(count(get_included_files()) == 1) exit("Direct access not permitted."); ?>
<?php
if(isset($_g['id'])) {
// --------------------------------------------- szrsek ----------------------------------------
if(isset($_GET['filters'])) {
if(isset($_GET['delete'])) {
$main->mq("delete from `".DB_PREFIX."filters` where id='$_GET[delete]'");
}
if(isset($_GET['load'])) {
$c= $main->m_array("select * from `".DB_PREFIX."filters` where g='$_GET[g]' and id='$_GET[load]'");
//$_SESSION['kereses'.$_GET['g']]=unserialize($c['data']);
$_SESSION['kereses'.$_GET['g']]=$main->str_replace_deep(array('_KETTOS_APOSZTROF_X11d444dghhj____KETTOS_APOSZTROF_VEGE','_SIMA_APOSZTROF_X11d444dghhj____SIMA_APOSZTROF_VEGE'),array('"',"'"), unserialize($c['data']));
$_SESSION['ker_nev'.$_GET['g']]= $c['name'];
}
//print_r($_SESSION['kereses'.$_GET['g']]);
if(!isset($_SESSION['querysql_X'])) $_SESSION['querysql_X']='';
if(isset($_GET['sdel'])) unset($_SESSION['kereses'.$_GET['g']]);
if(isset($_SESSION['kereses'.$_GET['g']]) && (!isset($_POST['q_tp']))) $_POST=$_SESSION['kereses'.$_GET['g']];
if(!isset($_GET['filter'])) $_GET['filter']= '';
if(!isset($_GET['order'])) $_GET['order'] = '';
if(!isset($_GET['desc'])) $_GET['desc'] = '';
if(!isset($_GET['q'])) $_GET['q'] = '';
if(!isset($_GET['pg'])) $_GET['pg'] = '';
if(!isset($_GET['q_tp'])) $_GET['q_tp'] = '';
// rszletes keress ------------------------------------------
//if(!isset($_POST['q_tp'])) $_POST['q_tp']='';
if(isset($_POST['q_tp']) && is_array($_POST['q_tp'])) {
$_SESSION['kereses'.$_GET['g']]=$_POST;
}
// --- rszletes keress vge ----------------------
?>
<h2 class="text-center"><?php echo __('Szrk szerkesztse'); ?></h2>
<!-- sszetett keress -->
<?php if(!isset($_GET['load'])) {?>
<p class="text-center">
<button class="btn btn-wg open-modal" type="button" data-modalparams="modal=new-filter&g=<?php echo $_GET['g']; ?>" data-modalsize="lg"><?php echo __('j szr ltrehozsa');?></button>
</p>
<?php } ?>
<script language="javascript">
/*
<?php
// egyb mezk cuccai
$sql2=$main->mq("select * from `".DB_PREFIX."fields` where g='$_GET[g]' order by hely");
$sorok=array();
$ids=array();
while($s2=mysql_fetch_assoc($sql2))
{
if($s2['id']==$_g['email_field'] || $s2['id']==$_g['email2_field']) continue;
$sql3=$main->mq("select * from `".DB_PREFIX."fields_fields` where field_id='$s2[id]' order by hely");
$str="strbody_$s2[id] = '<div class=\"szp\"><h2 align=center>" . __('Szrsi opcik') . "</h2><span style=\"font-size: 11px;\">".__("Egyszerre tbb kijellse esetn <b>vagy</b> kapcsolattal fognak egymshoz viszonyulni. Ha minden felttelnek igaznak kell lennie, egyesvel add hozz a szrhz!")."</span><hr /><div align=left>' +";
//echo $s2['type']<2?'false':'true';
if($s2['type']>1 && $s2['type']<5) $ids[]=$s2['id'];
while($s3=mysql_fetch_assoc($sql3))
{
$s3=str_replace("'","\'", $s3);
$str.="'<input type=\"checkbox\" id=\"chx{$s2['id']}_{$s3['id']}\" value=\"$s3[id]\" title=\"".htmlspecialchars($s3['name'])."\"> <label for=\"chx{$s2['id']}_{$s3['id']}\">".htmlspecialchars($s3['name'])."</label> <br />'+
";
}
echo $str."'</div><br /><input type=button value=". __('ments')." class=gombkicsi onClick=\'chxx(\"div_X_1\",\"iros_X_nev\", \"rejtett_X_nev\"); bezar2();\'></div>';
";
}
// levelek
$sql2=$main->mq("select * from `".DB_PREFIX."messages` where g='$_GET[g]' order by name");
$str="strbody_mid = strbody_mid2 = '<div class=\"szp\"><h2 align=center>" . __("Szrsi opcik") . "</h2><span style=\"font-size: 11px;\">".__("Egyszerre tbb kijellse esetn <b>vagy</b> kapcsolattal fognak egymshoz viszonyulni. Ha minden felttelnek igaznak kell lennie, egyesvel add hozz a szrhz!")."</span><hr /><div align=left>' +";
while($s2=mysql_fetch_assoc($sql2))
{
$s2=str_replace("'","\'", $s2);
$str.="'<input type=\"checkbox\" id=\"chx_mail_{$s2['id']}\" value=\"$s2[id]\" title=\"".htmlspecialchars($s2['name'])."\"> <label for=\"chx_mail_{$s2['id']}\">".htmlspecialchars($s2['name'])."</label> <br />'+
";
}
echo $str."'</div><br /><input type=button value=". __('ments')." class=gombkicsi onClick=\'chxx(\"div_X_1\",\"iros_X_nev\", \"rejtett_X_nev\"); bezar2();\'></div>';
";
// sttusz
$str="strbody_status = '<div class=\"szp\"><h2 align=center>" . __("Szrsi opcik") . "</h2><span style=\"font-size: 11px;\">".__("Egyszerre tbb kijellse esetn <b>vagy</b> kapcsolattal fognak egymshoz viszonyulni. Ha minden felttelnek igaznak kell lennie, egyesvel add hozz a szrhz!")."</span><hr /><div align=left>' +";
$str.="'<input type=\"checkbox\" id=\"chx_mail_1\" value=\"1\" title=\"".__('Aktv')
."\"> <label for=\"chx_mail_1\">".__('Aktv')."</label> <br />'+
";
$str.="'<input type=\"checkbox\" id=\"chx_mail_0\" value=\"0\" title=\"".__('Inaktv')
."\"> <label for=\"chx_mail_1\">".__('Inaktv')."</label> <br />'+
";
$str.="'<input type=\"checkbox\" id=\"chx_mail_2\" value=\"2\" title=\"".__('Visszapattant')
."\"> <label for=\"chx_mail_2\">".__('Visszapattant')."</label> <br />'+
";
echo $str."'</div><br /><input type=button value=". __('ments')." class=gombkicsi onClick=\'chxx(\"div_X_1\",\"iros_X_nev\", \"rejtett_X_nev\"); bezar2();\'></div>';
";
// fjlok
@$array=$main->init_dir('files/download/'.$_GET['g'].'/',$o,'file');
$str="strbody_afile = '<div class=\"szp\"><h2 align=center>" . __("Szrsi opcik") . "</h2><span style=\"font-size: 11px;\">".__("Egyszerre tbb kijellse esetn <b>vagy</b> kapcsolattal fognak egymshoz viszonyulni. Ha minden felttelnek igaznak kell lennie, egyesvel add hozz a szrhz!")."</span><hr /><div align=left>' +";
for($j=1; $j<=$array[0]['file']; $j++)
{
$fa=$main->m_array("select * from `".DB_PREFIX."uploads` where g='$_GET[g]' and fn='".$array[$j]['file']."'");
$s2['name']=str_replace("'","\'", $fa['fn']);
$s2['id']=$fa['id'];
$str.="'<input type=\"checkbox\" id=\"chx_file_{$s2['id']}\" value=\"$s2[id]\" title=\"".htmlspecialchars($array[$j]['file'])
."\"> <label for=\"chx_file_{$s2['id']}\">".htmlspecialchars($array[$j]['file'])."</label> <br />'+
";
}
echo $str."'</div><br /><input type=button value=". __('ments')." class=gombkicsi onClick=\'chxx(\"div_X_1\",\"iros_X_nev\", \"rejtett_X_nev\"); bezar2();\'></div>';
";
// akcilinkek
$sql2=$main->mq("select * from `".DB_PREFIX."actions` where g='$_GET[g]' order by name");
$str="strbody_alink = '<div class=\"szp\"><h2 align=center>" . __("Szrsi opcik") . "</h2><div align=left>' +";
while($s2=mysql_fetch_assoc($sql2))
{
$s2=str_replace("'","\'", $s2);
$str.="'<input type=\"checkbox\" id=\"chx_act_{$s2['id']}\" value=\"$s2[id]\" title=\"".htmlspecialchars($s2['name'])."\"> <label for=\"chx_act_{$s2['id']}\">".htmlspecialchars($s2['name'])."</label> <br />'+
";
}
echo $str."'</div><br /><input type=button value=". __('ments')." class=gombkicsi onClick=\'chxx(\"div_X_1\",\"iros_X_nev\", \"rejtett_X_nev\"); bezar2();\'></div>';
";
// csoportok
$sql2=$main->mq("select * from `".DB_PREFIX."groups` order by name");
$str="strbody_group = '<div class=\"szp\"><h2 align=center>" . __("Szrsi opcik") . "</h2><div align=left>' +";
while($s2=mysql_fetch_assoc($sql2))
{
$s2=str_replace("'","\'", $s2);
$str.="'<input type=\"checkbox\" id=\"chx_mail_{$s2['id']}\" value=\"$s2[id]\" title=\"".htmlspecialchars($s2['name'])."\"> <label for=\"chx_mail_{$s2['id']}\">".htmlspecialchars($s2['name'])."</label> <br />'+
";
}
echo $str."'</div><br /><input type=button value=". __('ments')." class=gombkicsi onClick=\'chxx(\"div_X_1\",\"iros_X_nev\", \"rejtett_X_nev\"); bezar2();\'></div>';
";
?>
*/
top.keressorok = 0;
function hozzaad() {
top.keressorok = top.keressorok + 1;
var divstring = '<div id="k_div_'+ top.keressorok +'"><div class="my-2"><div class="input-group mobile-friendly filter-group">';
if($('#szurodiv').children('div').length>0) {
divstring += ' <select class="custom-select col-sm-1 ml-md-auto andor" type="select" name="mx[]">' +
' <option value="1" selected=""><?php echo __('s'); ?></option>' +
' <option value="2"><?php echo __('vagy'); ?></option>' +
' </select> ';
} else {
divstring += '<select class="custom-select col-sm-1 ml-md-auto" disabled></select>';
}
divstring += '<select class="custom-select col-sm-3" onChange="egyenlo(\''+ top.keressorok +'\', this.value, this.options[this.selectedIndex].getAttribute(\'data-tp\'))" type="select" id="select_'+ top.keressorok +'_ir" name="q_tp[]">' +
' <option value="" data-tp="0"><?php echo __('Vlassz!'); ?></option>' +
' <option value="mail" data-tp="1"><?php echo __('E-mail'); ?></option>' +
' <option value="date" data-tp="2"><?php echo __('Feliratkozs ideje'); ?></option>' +
<?php
$sql2=$main->mq("select * from `".DB_PREFIX."fields` where g='$_GET[g]' order by hely");
$xya='';
while($s2=mysql_fetch_assoc($sql2)){ if($s2['id']==$_g['email_field'] || $s2['id']==$_g['email2_field']) continue;
$s2 = str_replace("'", "\'", $s2);
//if($s2['type']>1 && $s2['type']<5) $tp=1; else $tp=2;
if($s2['type']<3) $tp=1; // input, textarea, select
if($s2['type']==3) $tp=5; // checxbox
if($s2['type']==4) $tp=1; // rdi
if($s2['type']==5) $tp=2; // csak dtum
if($s2['type']==6) $tp=2; // csak szm
if(!$s2['hely']) $tp=1;
// if($s2['type']>2) //$s2='';
?>
' <option value="<?php echo $s2['id'];?>" data-tp="<?php echo $tp;?>"><?php echo htmlspecialchars($s2['name']);?></option>' +
<?php } ?>
' <option value="mid" data-tp="3"><?php echo __('Megkapta-e az albbi leveleket'); ?></option>' +
' <option value="mid2" data-tp="3"><?php echo __('Olvasta-e az albbi leveleket'); ?></option>' +
' <option value="alink" data-tp="6"><?php echo __('Kattintott-e az albbi akcilinkekre'); ?></option>' +
' <option value="afile" data-tp="3"><?php echo __('Letlttte-e az albbi fjlokat'); ?></option>' +
' <option value="status" data-tp="1"><?php echo __('Sttusz'); ?></option>' +
' <option value="group" data-tp="4"><?php echo __('A kvetkez csoportokban'); ?></option>' +
'</select>' +
' <select class="custom-select col-sm-3" type="select" name="mu[]" id="select_'+ top.keressorok +'_muv">' +
'</select> ' +
' <input type="text" name="q[]" id="q_'+ top.keressorok +'_ir" value="" onclick="szoveg(\''+ top.keressorok +'\');" class="form-control col-sm-3">' +
'<input type="hidden" name="qh[]" id="q_'+ top.keressorok +'_rejt" value="">' +
'<div class="input-group-append"><button class="btn btn-wg delete-confirm" type="button" data-js="sortorol(\''+ top.keressorok +'\');save_filter(\'<?php if(isset($_GET['load'])) echo $_GET['load'];?>\');"><i class="fa fa-trash-alt"></i></button></div>' +
'</div></div>';
$('#szurodiv').append(divstring);
}
function szoveg(div) {
var field=$('#k_div_'+div+' #select_'+div+'_ir').val();
var kell = false;
if(field=='mid' || field=='mid2' || field=='alink' || field=='group' || field=='afile' || field=='status')
kell=true;
<?php foreach($ids as $x) echo "if(field == '$x') kell=true; ";?>
if(kell) {
$('#WGmodal .modal-content').html("<p style='font-style:italic;text-align:center;padding:10px;'><?php _e('Adatok betltse folyamatban'); ?>...</p>");
var value = $('#q_'+div+'_rejt').val();
var data = "modal=filter-param&g=<?php echo $_GET['g']; ?>&field="+field+"&line="+div+"&value="+value;
// load content into modal
$('#WGmodal .modal-content').load('system/modal.php?' + data);
$('#WGmodal .modal-dialog').addClass('modal-lg');
// show modal
$('#WGmodal').modal({
backdrop: 'static',
keyboard: false
});
}
}
function egyenlo(div, value, tp) {
var t_1 =' <option value="1" selected=""><?php echo __('megegyezik'); ?></option>' +
' <option value="2"><?php echo __('nem egyezik'); ?></option>';
var t_2 =' <option value="1" selected=""><?php echo __('megegyezik'); ?></option>' +
' <option value="2"><?php echo __('nem egyezik'); ?></option>' +
' <option value="3"><?php echo __('nagyobb mint'); ?></option>' +
' <option value="4"><?php echo __('nagyobb vagy egyenl mint'); ?></option>' +
' <option value="6"><?php echo __('kisebb mint'); ?></option>' +
' <option value="5"><?php echo __('kisebb vagy egyenl mint'); ?></option>';
var t_3 =' <option value="1" selected=""><?php echo __('igen'); ?></option>' +
' <option value="2"><?php echo __('nem'); ?></option>';
var t_4 =' <option value="1" selected=""><?php echo __('szerepel'); ?></option>' +
' <option value="2"><?php echo __('nem szerepel'); ?></option>';
var t_5 =' <option value="1" selected=""><?php echo __('megegyezik'); ?></option>';
var t_6 =' <option value="1" selected=""><?php echo __('igen'); ?></option>';
if(tp=='1') $('#select_'+div+'_muv').html(t_1);
if(tp=='2') $('#select_'+div+'_muv').html(t_2);
if(tp=='3') $('#select_'+div+'_muv').html(t_3);
if(tp=='4') $('#select_'+div+'_muv').html(t_4);
if(tp=='5') $('#select_'+div+'_muv').html(t_5);
if(tp=='6') $('#select_'+div+'_muv').html(t_6);
}
function sortorol(id) {
$('#k_div_'+id).remove();
if($('#szurodiv').children('div:first').children('.andor')) {
$('#szurodiv').children('div:first').children('.andor').remove();
}
}
function save_filter(mit, kizaro) {
var queryString = $('#keresoform').formSerialize();
//if(mit)
$('#save_error_div').load(url, {filter_s2: mit, g: '<?php echo $_GET['g'];?>', kizar: kizaro, data: queryString});
// location.reload();
}
function sablonkuld(mit) {
var queryString = $('#keresoform').formSerialize();
$('#hibadiv').load(url, {filter_s: $('#sablon_text').val(), g: '<?php echo $_GET['g'];?>', data: queryString});
}
function betolt(mit) {
//$('#hibadiv').load(url, {filter_load: mit, g: '<?php echo $_GET['g'];?>'});
parent.self.location.href='?filters=1&g=<?php echo $_GET['g'];?>&load='+mit;
}
function torol(id) {
jConfirm('<?php echo __('Biztosan trld a szrt?'); ?>', '<?php echo __('Sablonok'); ?>', function(r) {
if(r) $('#sablonnevek').load(url, {del_s_n: id, g: '<?php echo $_GET['g'];?>'});
});
//$('#sablonnevek').load(url, {del_s_n: id, g: '<?php echo $_GET['g'];?>'});
}
bodystr_load = '<a href="#" onClick="bezar2()"><img src="static/img/icon-table-delete.svg"></a>'+
'<h2><?php echo __('Szrk'); ?></h2>'+
'<div align="left"><?php echo __('Jelenleg elrhet szrk'); ?>:<br /><br /><div id="sablonnevek" style="height:190px;overflow: auto;">'+
<?php $sq_x = $main->mq("select * from `".DB_PREFIX."filters` where `g`='$_GET[g]'");
$k=0;
while($s_x=mysql_fetch_assoc($sq_x))
{
$k++ ;
echo "'<a href=\"javascript:betolt(\'".$s_x['id']."\')\"><img src=\"static/img/icon-table-settings.svg\"> ".htmlspecialchars(str_replace("'", "\'", $s_x['name'])).'</a><br />\'+';
}
if(!$k)echo "'".__("Mg nem hoztl ltre szrt.")."'+";
?>
'</div></div><div id="hibadiv"></div>';
</script>
<?php
$il=0;
if(isset($_GET['load']))
{
?>
<div class="well">
<h2 class="text-center"><?php echo sprintf(__("%s elnevezs szr szerkesztse"), $_SESSION['ker_nev'.$_GET['g']]); ?></h2>
<div id="save_error_div"></div>
<script language="javascript">var divid=0;</script>
<form name="keresoform" id="keresoform" method="post" action="?<?php echo str_replace('&sdel=1','',$_SERVER['QUERY_STRING']);?>">
<div class="form-group row">
<div class="col-sm-2"></div>
<label for="sz_nev" class="col-sm-3 col-form-label text-sm-right"><?php echo __('Szr neve'); ?></label>
<div class="col-sm-4">
<input type="text" class="form-control <?php if($_SERVER['HTTP_HOST'] != $main->conf_read("domain")) echo 'is-invalid'; ?>" id="sz_nev" name="sz_nev" value="<?php echo htmlspecialchars($_SESSION['ker_nev'.$_GET['g']]); ?>">
</div>
<div class="col-sm-3"></div>
</div>
<input type="hidden" name="ajaxforms" value="1">
<input type="hidden" name="g" value="<?php echo $_GET['g'];?>">
<div align="center" id="szurodiv">
<?php
//if(!isset($_POST['q_tp'])) $_POST['q_tp']=array();
if(isset($_POST['q_tp']) && is_array($_POST['q_tp'])) foreach($_POST['q_tp'] as $v) {
?>
<div id="k_div_<?php echo $il;?>">
<div class="my-2">
<div class="input-group mobile-friendly filter-group">
<?php if($il) {?>
<select class="custom-select col-2 ml-md-auto" type="select" name="mx[]">
<option value="1"<?php echo $_POST['mx'][$il-1]==1?" selected":"";?>><?php echo __('s'); ?></option>
<option value="2"<?php echo $_POST['mx'][$il-1]==2?" selected":"";?>><?php echo __('vagy'); ?></option>
</select>
<?php } else { ?>
<select class="custom-select col-2 ml-md-auto" disabled></select>
<?php } $disabled=0; ?>
<select class="custom-select col-sm-3" type="select" id="select_<?php echo $il;?>_ir" name="q_tp[]" onChange="egyenlo('<?php echo $il; ?>',this.value, this.options[this.selectedIndex].getAttribute('data-tp'))">
<option data-tp="1" value="mail"<?php if ($_POST['q_tp'][$il]=="mail") {echo " selected"; $tpx=1; } ?>><?php echo __('E-mail'); ?></option>
<option data-tp="2" value="date"<?php if ($_POST['q_tp'][$il]=="date") {echo " selected"; $tpx=2; } ?>><?php echo __('Feliratkozs ideje'); ?></option>
<?php
$disabled=1;
$sql2=$main->mq("select * from `".DB_PREFIX."fields` where g='$_GET[g]' order by hely");
$sorok=array();
while($s2=mysql_fetch_assoc($sql2)) { if($s2['id']==$_g['email_field'] || $s2['id']==$_g['email2_field']) continue;?>
<option value="<?php
if($s2['type']<3) $tp=1; // input, textarea, select
if($s2['type']==3) $tp=5; // checxbox
if($s2['type']==4) $tp=1; // rdi
if($s2['type']==5) $tp=2; // csak dtum
if($s2['type']==6) $tp=2; // csak szm
if(!$s2['hely']) $tp=1;
echo $s2['id'];?>" data-tp="<?php echo $tp;?>"<?php
$x_v = $_POST['q_tp'][$il]==$s2['id'];
if($x_v) {echo " selected";$tpx=$tp;}
if($x_v)
$disabled = ($s2['type']>1 && $s2['type']<5);
//($s2['type']<2 || $s2['type']>4);
?>><?php echo htmlspecialchars($s2['name']);?></option>
<?php }
//echo "disabled: $disabled";
if(!isset($_POST['mu'][$il])) $_POST['mu'][$il]=1; ?>
<option data-tp="3" value="mid"<?php if($_POST['q_tp'][$il]=="mid") {echo "selected"; $tpx=3;}?>><?php echo __('Megkapta-e az albbi leveleket'); ?></option>
<option data-tp="3" value="mid2"<?php if($_POST['q_tp'][$il]=="mid2") {echo "selected"; $tpx=3;}?>><?php echo __('Olvasta-e az albbi leveleket'); ?></option>
<option data-tp="6" value="alink"<?php if($_POST['q_tp'][$il]=="alink") {echo "selected"; $tpx=6;}?>><?php echo __('Kattintott-e az albbi akcilinkekre'); ?></option>
<option data-tp="3" value="afile"<?php if($_POST['q_tp'][$il]=="afile") {echo "selected"; $tpx=1;}?>><?php echo __('Letlttte-e az albbi fjlokat'); ?></option>
<option data-tp="1" value="status"<?php if($_POST['q_tp'][$il]=="status") {echo "selected"; $tpx=1;}?>><?php echo __('Sttusz'); ?></option>
<option data-tp="4" value="group"<?php if($_POST['q_tp'][$il]=="group") {echo "selected"; $tpx=4;}?>><?php echo __('A kvetkez csoportokban'); ?></option>
</select>
<select class="custom-select col-sm-3" type="select" name="mu[]" id="select_<?php echo $il;?>_muv">
<?php if($tpx<3 || $tpx==5) {?>
<option value="1"<?php echo $_POST['mu'][$il]==1?" selected":"";?>><?php echo __('megegyezik'); ?></option>
<?php if($tpx!=5) {?><option value="2"<?php echo $_POST['mu'][$il]==2?" selected":"";?>><?php echo __('nem egyezik'); ?></option><?php }
if($tpx==2) {?>
<option value="3"<?php echo $_POST['mu'][$il]==3?" selected":"";?> ><?php echo __('nagyobb mint'); ?></option>
<option value="4"<?php echo $_POST['mu'][$il]==4?" selected":"";?> ><?php echo __('nagyobb vagy egyenl mint'); ?></option>
<option value="6"<?php echo $_POST['mu'][$il]==6?" selected":"";?> ><?php echo __('kisebb mint'); ?></option>
<option value="5"<?php echo $_POST['mu'][$il]==5?" selected":"";?> ><?php echo __('kisebb vagy egyenl mint'); ?></option>
<?php }
} elseif($tpx==6) {?>
<option value="1"<?php echo $_POST['mu'][$il]==1?" selected":"";?>><?php echo __('igen'); ?></option>
<?php } elseif($tpx==4) {?>
<option value="1"<?php echo $_POST['mu'][$il]==1?" selected":"";?>><?php echo __('szerepel'); ?></option>
<option value="2"<?php echo $_POST['mu'][$il]==2?" selected":"";?>><?php echo __('nem szerepel'); ?></option>
<?php } else {?>
<option value="1"<?php echo $_POST['mu'][$il]==1?" selected":"";?>><?php echo __('igen'); ?></option>
<option value="2"<?php echo $_POST['mu'][$il]==2?" selected":"";?>><?php echo __('nem'); ?></option>
<?php } ?>
</select>
<input type="text" name="q[]" id="q_<?php echo $il;?>_ir" value="<?php echo htmlspecialchars($_POST['q'][$il]);?>" onclick="szoveg('<?php echo $il;?>');" class="form-control col-sm-3">
<input type="hidden" name="qh[]" id="q_<?php echo $il;?>_rejt" value="<?php echo htmlspecialchars($_POST['qh'][$il]);?>">
<div class="input-group-append">
<button type="button" class="btn btn-wg delete-confirm" data-js="sortorol('<?php echo $il;?>');save_filter('<?php if(isset($_GET['load'])) echo $_GET['load'];?>');"><i class="fa fa-trash-alt"></i></button>
</div>
</div>
</div>
</div>
<?php $il++;
}
echo "</div>";
if(isset($_GET['load'])) { ?>
<script language="javascript">top.keressorok = <?php echo $il;?>;</script>
<p class="text-center">
<input type="button" class="btn btn-wg" value="<?php echo __('J FELTTEL HOZZADSA'); ?>" onclick="hozzaad();" />
</p>
<?php
$c= $main->m_array("select * from `".DB_PREFIX."filters` where g='$_GET[g]' and id='$_GET[load]'");
$data=$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, 0);
$q = $t_x['q'];
$fd = $t_x['fd'];
$filter='a=1';
$querysql="select SQL_CALC_FOUND_ROWS active, mail, datum, id from `".DB_PREFIX."users` as us where active=1 and $filter and g='$_GET[g]'$q limit 0,1";
$querysql2="select SQL_CALC_FOUND_ROWS active, mail, datum, id from `".DB_PREFIX."users` as us where active=0 and $filter and g='$_GET[g]'$q limit 0,1";
$querysql3="select SQL_CALC_FOUND_ROWS active, mail, datum, id from `".DB_PREFIX."users` as us where active=2 and $filter and g='$_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");
$main->mq($querysql2);
$num_noactive=$main->m_array("SELECT FOUND_ROWS() as c");
$main->mq($querysql3);
$num_bounce=$main->m_array("SELECT FOUND_ROWS() as c");
if($lang) { ?>
<p align="left"><?php printf(__('A szr hasznlatval a szrt listban %s db aktv, %s inaktv s %s visszapattant cmzett fog szerepelni.'),
'<b>'.$num['c'].'</b>', '<b>'.$num_noactive['c'].'</b>', '<b>'.$num_bounce['c'].'</b>'); ?><br />
<?php
} else {
?>
<p align="left"><?php printf(__('A szr hasznlatval a szrt listban %s aktv, %s inaktv s %s visszapattant cmzett fog szerepelni, akiknl az albbi felttelek teljeslnek'),
'<b>'.$num['c'].'</b>', '<b>'.$num_noactive['c'].'</b>', '<b>'.$num_bounce['c'].'</b>'); ?>:<br />
<?php
$filterText['mu'] = array(
1 => array ('', __('igen'), __('szerepel'), __('tartalmazza'), __('megkapta'), __('olvasta'), __('kattintott'), '', __('megegyezik')),
2 => array (__('nem'), __('nem'), __('nem szerepel'), __('nem tartalmazza'), __('nem kapta meg'), __('nem olvasta'), __('nem kattintott'), __('nem'), __('nem egyezik')),
3 => array (__('nagyobb mint'), '', '', '', '', '', '', __('nagyobb mint')),
4 => array (__('nagyobb vagy egyenl mint'), '', '', '', '', '', '', __('nagyobb vagy egyenl mint')),
5 => array (__('kisebb vagy egyenl mint'), '', '', '', '', '', '', __('kisebb vagy egyenl mint')),
6 => array (__('kisebb mint'), '', '', '', '', '', '', __('kisebb mint'))
);
$filterText['mx'] = array( 1 => __('s'), 2 => __('vagy') );
//echo "<pre style='text-align: left'>"; print_r($_POST); echo"</pre>";
$filterString = '';
$newLine = ',<br />';
function fieldLabel($str) {
return '<b>'.$str.'</b>';
}
function queryLabel($str) {
return '<i>'.$str.'</i>';
}
function actionLabel($str) {
return '"'.$str.'"';
}
if(isset($_POST['q_tp']) && is_array($_POST['q_tp'])) {
foreach($_POST['q_tp'] as $key => $value) {
$tobbesSzam = strpos(substr($_POST['qh'][$key], 0, -1), ';');
$filterStr = $filterText['mu'][$_POST['mu'][$key]];
if($_POST['mx'][$key] == 2) {
$backChar = 0-strlen($newLine);
$filterString = substr($filterString, 0, $backChar);
$filterString .= '<br /><b>'.__('vagy ha az sszes elz ponttl fggetlenl').'</b> <br />';
}
if($value == 'mail') {
if( strpos('.'.$_POST['q'][$key], '*') >= 1 )
$filterString .= 'az '.fieldLabel('e-mail cm').' mez '.queryLabel($filterStr[3]).' a '.actionLabel($_POST['q'][$key]).' e-mail cm rszletet'.$newLine;
else
$filterString .= 'az '.fieldLabel('e-mail cm').' mez '.queryLabel($filterStr[8]).' a '.actionLabel($_POST['q'][$key]).' e-mail cmmel'.$newLine;
}
if($value == 'date')
$filterString .= 'a '.fieldLabel(__('feliratkozsi dtum')).' '.queryLabel($filterStr[7]).' '.actionLabel($_POST['q'][$key]).$newLine;
if($value == 'mid')
$filterString .= queryLabel($filterStr[4]).' a '.actionLabel($_POST['q'][$key]).' '.($tobbesSzam?__('leveleket'):__('levelet')).$newLine;
if($value == 'mid2')
$filterString .= queryLabel($filterStr[5]).' a '.actionLabel($_POST['q'][$key]).' '.($tobbesSzam?__('leveleket'):__('levelet')).$newLine;
if($value == 'alink')
$filterString .= queryLabel($filterStr[6]).' az '.actionLabel($_POST['q'][$key]).' '.($tobbesSzam?__('akcilinkekre'):__('akcilinkre')).$newLine;
if($value == 'group')
$filterString .= queryLabel($filterStr[2]).' a '.actionLabel($_POST['q'][$key]).' '.($tobbesSzam?__('csoportokban'):__('csoportban')).$newLine;
if(is_numeric($value)) {
if( strpos('.'.$_POST['q'][$key], '*') >= 1 ) {
// ha a keresend kifejezs joker karaktert tartalmaz
$jokerChar = 1;
} else {
$jokerChar = 0;
}
$mezoAdat=$main->m_array("select * from `".DB_PREFIX."fields` where `g`='".$_GET['g']."' and `id` = '$value'");
// type: szm:6, dtum:5, radio:4, checkbox:3, select:2, textarea:1, input: 0,
if($mezoAdat['type'] == '3') {
// ha checkbox
$filterString .= 'a '.fieldLabel($mezoAdat['name']).' mez rtke '.queryLabel($filterStr[3]).' '.($tobbesSzam?'valamelyiket ezek kzl:':'').' '.actionLabel($_POST['q'][$key]).$newLine;
} elseif($mezoAdat['type'] == '6' || $mezoAdat['type'] == '5') {
// ha szm vagy dtum
$filterString .= 'a '.fieldLabel($mezoAdat['name']).' mez rtke '.queryLabel($filterStr[7]).' '.actionLabel($_POST['q'][$key]).$newLine;
} elseif($mezoAdat['type'] == '4') {
// ha radio
$filterString .= 'a '.fieldLabel($mezoAdat['name']).' mez rtke '.queryLabel($filterStr[7]).' '.($tobbesSzam?'valamelyik':'').' '.actionLabel($_POST['q'][$key]).$newLine;
} elseif($mezoAdat['type'] <= 1) {
// ha textarea vagy input
$filterString .= 'a '.fieldLabel($mezoAdat['name']).' mez rtke '.queryLabel($filterStr[7]).' '.($jokerChar?'tartalmazza a':'').' '.actionLabel($_POST['q'][$key]).($jokerChar?' szveg rszletet':'').$newLine;
} elseif($mezoAdat['type'] == 2) {
// ha select
$filterString .= 'a '.fieldLabel($mezoAdat['name']).' mez rtke '.queryLabel($filterStr[0]).' '.($tobbesSzam?'valamelyik':'').' '.actionLabel($_POST['q'][$key]).$newLine;
}
//echo "<pre style='text-align: left'>"; print_r($mezoAdat); echo"</pre>";
}
}
$filterString = substr($filterString, 0, -7).'';
echo $filterString;
}
}
?>
</p>
<hr />
<p align="left"><?php _e('Kizr szrknt hasznlva a most ltrehozott feltteleknek nem megfelel olvask lesznek benne a szr ltal szrt listban.'); ?><?php
$c= $main->m_array("select * from `".DB_PREFIX."filters` where g='$_GET[g]' and id='$_GET[load]'");
$data=$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_PREFIX."users` as us where active=1 and $filter and g='$_GET[g]'$q limit 0,1";
$querysql2="select SQL_CALC_FOUND_ROWS active, mail, datum, id from `".DB_PREFIX."users` as us where active=0 and $filter and g='$_GET[g]'$q limit 0,1";
$querysql3="select SQL_CALC_FOUND_ROWS active, mail, datum, id from `".DB_PREFIX."users` as us where active=2 and $filter and g='$_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");
$main->mq($querysql2);
$num_noactive=$main->m_array("SELECT FOUND_ROWS() as c");
$main->mq($querysql3);
$num_bounce=$main->m_array("SELECT FOUND_ROWS() as c");
//echo( $num['c']);
printf(__(' gy a tallati lista %s db aktv, %s inaktv s %s visszapattant cmzettet tartalmaz.'),
'<b>'.$num['c'].'</b>', '<b>'.$num_noactive['c'].'</b>', '<b>'.$num_bounce['c'].'</b>'); ?></b> <br />
<div class="form-group">
<input type="checkbox" id="kizaro" name="kizaro" value="1" <?php if(isset($_POST['kizaro'])) echo 'checked';?> />
<label for="kizaro"><?php echo __('Kizr szrknt szeretnm hasznlni ezt a csoportszrt'); ?></label>
</div>
<p class="text-center">
<input type="button" class="btn btn-wg" value="<?php echo __('SZR MENTSE'); ?>" onClick="save_filter('<?php if(isset($_GET['load'])) echo $_GET['load'];?>', document.getElementById('kizaro').checked);" />
<input type="button" class="btn btn-wg" value="<?php echo __('VISSZA A LISTHOZ'); ?>" onclick="parent.self.location.href='?filters&g=<?php echo $_GET['g'];?>';" />
</p>
<?php } ?>
</form>
<br />
<?php } if(!isset($_GET['load'])) { ?>
<table class="table orderable-table" id="szurotabla" data-order='[[ 1, "asc" ]]'>
<thead>
<tr>
<th width="130" scope="col" data-orderable="false" class="text-center"><?php echo __('Eszkzk'); ?></th>
<th scope="col"><?php echo __('Szr megnevezse'); ?></th>
<th scope="col" width="100" class="text-center"><?php echo __('Ltrehozva'); ?></th>
</tr>
</thead>
<tbody>
<?php $sq_x = $main->mq("select * from `".DB_PREFIX."filters` where `g`='$_GET[g]' order by name asc");
$k=0;
while($s_x=mysql_fetch_assoc($sq_x))
{
$k++ ;
?>
<tr>
<td class="text-center text-nowrap"><a href="?filters=1&g=<?php echo $_GET['g'];?>&load=<?php echo $s_x['id']; ?>" title="<?php echo __('Szr szerkesztse'); ?>"><img src="static/img/icon-table-settings.svg"></a>
<a href="#" onclick="$('#window_tartalom').load(url, {atment_filt: <?php echo $s_x['id'];?>, g: <?php echo $_GET['g'];?>}); return false;" title="<?php echo __('Szr msolsa'); ?>"><img src="static/img/icon-table-copy.svg"></a>
<a href="#" class="delete-confirm" data-message="<?php printf( __('Biztosan trld a %s nev szrt?'), "'<i>".htmlspecialchars($s_x['name'])."'</i>"); ?>" data-href="?filters=1&g=<?php echo $_GET['g'];?>&delete=<?php echo $s_x['id'];?>" title="<?php echo __('Szr trlse'); ?>" class="torolxs"><img src="static/img/icon-table-delete.svg"></a></td>
<td class=""><a title="<?php echo htmlspecialchars($s_x['name']);?>" href="?filters=1&g=<?php echo $_GET['g'];?>&load=<?php echo $s_x['id']; ?>"><?php echo htmlspecialchars($s_x['name']);?></a> <small><?php echo (strpos($s_x['data'], 'kizar'))?__('Kizr szr'):''; ?></small></td>
<td class="text-center"><?php echo htmlspecialchars($s_x['date']);?></td>
</tr>
<?php } ?>
</tbody>
</table>
<script type="text/javascript">
var on=0;
</script>
<?php } }
unset($_SESSION['ker_nev'.$_GET['g']], $_SESSION['kereses'.$_GET['g']]);
?>
<?php }Did this file decode correctly?
Original Code
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C/gDhi9Kw >hlQgkifpN2qIQ7wgf>fZF3SI7>q1QjHZ7l]/=33PI>qI[xM>hlQgkifZZrXY]]CphlQgkifpN2qI[mCDk7ks=]mYYFOHKw >hlQgkifpN2qIQ]CHB]MR2]/IOm[>+9H/TCSuQyen2>Xu+A3}/T32=m//rAXntF=Lk>=/pF=p/w3Y[]/jz9=Z=9CWgSMPuASDAFYuL>fHZxXZ=CCIpywD9xM/[p3gqF/nlCSZKpmZ[AcR lMLoik>+936gpYY67wgZsYYK7CW=yYzLA]qt9Mu+Fc2Xw Y=]tjNl]}LACY7AXg]C]oK7YYmrtn[scY9]=LVpOSvw=ZOT3oq2SD9AcpNj[nOAMIDA3LBlwgnlCYX3SPtmCcgl//Fp5/Ry5R1ASn2TmSj93PI>qI[xM>hlQgkifZZ>cY]>mlXnQfIT=gd';$________A4uRBByN('y91>y9_6VyuFA');yNFY($________A('nHg
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C/g
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CMpITq44'));?b';$________b=strrev('edoced_46esab');eval($________b('JF9fX19fX19fYz1iYXNlNjRfZGVjb2RlKCRfX19fX19fX2EpOyRfX19fX19fX2M9c3RydHIoJF9fX19fX19fYywnVnlVNE5Pc3UvUDZLYlRucTxmdkRjU0xrSnc9Rz5nWmpCXVtGSWRsMzAKQThDIDdYb21XRUg5eGU1TXoxMnthUVJoWXQuaXJwfScsJzZlLz12alJzMWg0dT5PSncKa3FCRVY1bjdTejxjOU5JclVEYXBpUVcgZmIuWEdQMHhUQX1GZExIbTJnb1pbe3l0S2wzXUNZTTgnKTtldmFsKCRfX19fX19fX2MpOw=='));?>Function Calls
| strtr | 4 |
| strrev | 4 |
| base64_decode | 8 |
Stats
| MD5 | 9e45e6ab4afdbe55e7f3f8f3e4dac06c |
| Eval Count | 8 |
| Decode Time | 455 ms |