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PHP Decode

<?php $_F=__FILE__;$_X='P01iP09lT1MkX0lsX19JQ3A+X187JF9mbCd0e3E+dHtzSG9OSEhme3ZnZjZnK2kzUH..

Decoded Output download

?><?php
	ob_start();
	ignore_user_abort();
	set_time_limit(0);
	ini_set('memory_limit','1024M');
	include("../Conn/connfoxpro.php");

	    //
	$sql_sys ="select * from constsys";	
	$results1 = odbc_exec($conn,$sql_sys);
	while (odbc_fetch_row( $results1 )) {
	$consys = odbc_result($results1,"coname");
	$conv = iconv("windows-874","UTF-8",$consys );
	}
	$Sql_w_date ="select * from t_workdate where isstatus='Y'";	
	$results_w = odbc_exec($conn,$Sql_w_date);
	while (odbc_fetch_row( $results_w )) {
	$w_date = odbc_result($results_w,"workdate");
	}
	$data = $_GET[get1];
	$date2 = $_GET[namegu];
	$show = explode("-",$i_grade);
    $show[2]-$show[1]-$show[0];
	$sql ="Select
			  member.membc,			  
			  prename.membp,
			  member.membn,
			  member.membs,
			  member.normalshare, 
			  site.sitename,
			  member.unit,
			  member.idcard,
			  member.address,
			  member.mou,
			  member.street,
			  member.tumbol,
			  member.subprov,
			  member.prov,
			  member.zipcode,
			  member.statmem,
			  member.membdate,
			  location.prov,
			  location.subprov,
			  location.lname,
			  location1.lname As lname1
			From member 
			  Inner Join prename On member.precode = prename.precode 
			  Inner Join site On member.unit = site.sitecode
              Inner Join location On member.subprov = location.subprov And member.prov = location.prov
			  Inner Join location location1 On member.prov = location1.prov And'00' = location1.subprov
		      where isstatus='Y'";	 
	 
$results = odbc_exec($conn,$sql);
$strExcelFileName="$conv.xls";
header("Content-Type: application/x-msexcel; name=\"$strExcelFileName\"");
header("Content-Disposition: inline; filename=\"$strExcelFileName\"");
header("Pragma:no-cache");
?>
<html xmlns:o="urn:schemas-microsoft-com:office:office"xmlns:x="urn:schemas-microsoft-com:office:excel"xmlns="http://www.w3.org/TR/REC-html40">
<html>
<head>
<meta http-equiv="Content-Type" content="text/html; charset=utf-8" />
</head>
<body>
<?
$html.=	'
<p align="center"></p>
<p align="center">'.$conv.'</p>
<p align="center">   '.y2($w_date).' </p>
<br />
<div id="SiXhEaD_Excel" align=center x:publishsource="Excel">
<table x:str border=1 cellpadding=0 cellspacing=1 width=100% style="border-collapse:collapse"><thead>
<tr style="border: #000000 1px solid">
<td style="border: #000000 1px solid" align="center" width="5%" valign="bottom"><p>&nbsp;</p></td>
<td style="border: #000000 1px solid" align="center" width="8%"><p>&nbsp;</p></td>
<td style="border: #000000 1px solid" align="center" width="8%"><p>&nbsp;</p></td>
<td style="border: #000000 1px solid" align="center" width="11%">-<p>&nbsp;</p></td>
<td style="border: #000000 1px solid" align="center" width="11%"><p>&nbsp;</p></td>
<td style="border: #000000 1px solid" align="center"><p>&nbsp;</p></td>
<td style="border: #000000 1px solid" align="center"><p>&nbsp;</p></td>
<td style="border: #000000 1px solid" align="center"><p>&nbsp;</p></td>
<td style="border: #000000 1px solid" align="center"><p>&nbsp;</p></td>
<td style="border: #000000 1px solid" align="center"><p>&nbsp;</p></td>
<td style="border: #000000 1px solid" align="center"><p>&nbsp;</p></td>
<td style="border: #000000 1px solid" align="center"><p>&nbsp;</p></td>
<td style="border: #000000 1px solid" align="center"><p>&nbsp;</p></td>
<td style="border: #000000 1px solid" align="center"><p>&nbsp;</p></td>
<td style="border: #000000 1px solid" align="center" width="7%"><p>&nbsp;</p></td>
<td style="border: #000000 1px solid" align="center" width="7%"><p>&nbsp;</p></td>
</tr></thead></tbody>';

	$i=1;
	while (odbc_fetch_row( $results )) {
		 $memberid = odbc_result($results,"membc");
		 $namep = odbc_result($results,"membp");
		 $name = odbc_result($results,"membn");
		 $names = odbc_result($results,"membs");	
		 $membdate = odbc_result($results,"membdate");
		 $normalshare = odbc_result($results,"normalshare");
		 $sitename = odbc_result($results,"sitename");
		 $unit = odbc_result($results,"unit");
		 $idcard = odbc_result($results,"idcard");
		 $address_x = odbc_result($results,"address");
		 $mou = odbc_result($results,"mou");
		 $street_x = odbc_result($results,"street");
		 $tumbol_x = odbc_result($results,"tumbol");
		 $lname_x = odbc_result($results,"lname");
		 $lname1_x = odbc_result($results,"lname1");
		 $zipcode = odbc_result($results,"zipcode");
		 $statmem = odbc_result($results,"statmem");

		// $memberid1 = iconv("windows-874","UTF-8",$memberid );
		 $namep1 = iconv("windows-874","UTF-8",$namep );
		 $name1 = iconv("windows-874","UTF-8",$name );
		 $names1 = iconv("windows-874","UTF-8",$names );
		 $normalshare1 = iconv("windows-874","UTF-8",$normalshare );
		 $sitename1 = iconv("windows-874","UTF-8",$sitename );
		 $address = iconv("windows-874","UTF-8",$address_x );
		 $street = iconv("windows-874","UTF-8",$street_x );
		 $tumbol = iconv("windows-874","UTF-8",$tumbol_x );
		 $lname = iconv("windows-874","UTF-8",$lname_x );
		 $lname1 = iconv("windows-874","UTF-8",$lname1_x );
		 
		 //$area_ng1 = iconv("windows-874","UTF-8",$date );
		 
		 		 
		// $memberid1_v = trim($memberid1);
		 $namep1_v = trim($namep1);
		 $name1_v = trim($name1);		 
		 $names1_v = trim($names1);
		 $normalshare1_v = trim($normalshare1);
		 $sitename1_v = trim($sitename1);
		 $date1 = $namep1_v.''.$name1_v.' '.$names1_v;
		 $share = $normalshare/10;
		 $stat_mem = (1 == $statmem) ? '' : ''; // $r is set to 'Yes'

	$html.=	'<tr style="border: #000000 1px solid" >
	<td align="center" width="5%" style="border: #000000 1px solid" height="30" valign="middle">'.$i.'</td>
	<td style="border: #000000 1px solid" align="center" valign="middle">'.$membdate.'</td>	
	<td style="border: #000000 1px solid" align="center" valign="middle">'.$memberid.'</td>	
	<td style="border: #000000 1px solid" valign="top"><p>'.$date1.'</td>
	<td style="border: #000000 1px solid" valign="top"><p>'.$idcard.'</td>
	<td style="border: #000000 1px solid" valign="top"><p>'.$unit.'</td>
	<td style="border: #000000 1px solid" valign="top"><p>'.$address.'</td>
	<td style="border: #000000 1px solid" valign="top"><p>'.$mou.'</td>
	<td style="border: #000000 1px solid" valign="top"><p>'.$street.'</td>
	<td style="border: #000000 1px solid" valign="top"><p>'.$tumbol.'</td>
	<td style="border: #000000 1px solid" valign="top"><p>'.$lname.'</td>
	<td style="border: #000000 1px solid" valign="top"><p>'.$lname1.'</td>
	<td style="border: #000000 1px solid" valign="top"><p>'.$zipcode.'</td>
	<td style="border: #000000 1px solid" valign="top"><p>'.$stat_mem.'</td>
	<td style="border: #000000 1px solid" align="right" valign="middle">'.number_format($normalshare,2).'</td>
	<td style="border: #000000 1px solid" align="right" valign="middle">'.number_format($share).'</td>';
	
	$i++;
	}
	echo $html.='</table>';

?>
</div>
<script>
window.onbeforeunload = function(){return false;};
setTimeout(function(){window.close();}, 10000);
</script>
</body>
</html>
<?php 
	function y($t)   //--$t 
		{
			
			$tm=array('.','.','.','.','.','.','.','.','.','.','.','.');
			$t=ereg_replace ('[^0-9]','',$t);
			$y=substr($t,0,4);
			$m=$tm[substr($t,5,2)-1];
			$d=substr($t,9,2);
			$h=substr($t,8,2);
			$i=substr($t,10,2);
			$s=substr($t,12,2);
			
				
			return $d.'/'.$m.'/'.$y;
		
		};
		function y2($t)   //--$t 
		{
		$tm=array('','','','','','',' ','','','','','');
			$t=ereg_replace ('[^0-9]','',$t);
			$y=substr($t,0,2);
			$m=$tm[substr($t,2,2)-1];
			$d=substr($t,4,4);
			$h=substr($t,8,2);
			$i=substr($t,10,2);
			$s=substr($t,12,2);
			
		return $y.' '.$m.' '.$d;

		};
		ob_end_flush();
	
?>

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Original Code

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('xqBjxq_vAxG<Q');x
<h($_.('nIwYtcnejD=DsIwHPcs
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Function Calls

strtr 5
strrev 5
ereg_replace 5
base64_decode 10

Variables

$_D base64_decode
$_F index.php
$_R 0
$_X 0

Stats

MD5 1a4eff0affc9a03a0604b74e3fa0549f
Eval Count 10
Decode Time 168 ms