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PHP Decode
<?php $_F=__FILE__;$_X='P2o9PzNPM3EkX1JpX19SdD5QX187JF9maSdaa1tkWndNPk19RVNmN0dGZjcvZkFFUA..
Decoded Output download
?><?php
header("Content-Type: application/ms-excel");
header("Content-Disposition: attachment; filename=excel.xls") ;
header("Pragma: no-cache");
header("Expires: 0");
?>
<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN"
"http://www.w3.org/TR/html4/loose.dtd">
<html>
<head>
<meta http-equiv="Content-Type" content="text/html; charset=utf-8">
<title></title>
<link rel="stylesheet" href="js/jquery.datetimepicker.css">
<script src="js/jquery.min.js"></script>
<script src="js/jquery.datetimepicker.js"></script>
<script type="text/javascript">
$(function(){
var optsDate = {
format:'Y-m-d', //
formatDate:'Y-m-d',
timepicker:false,
closeOnDateSelect:true,
}
var optsTime = {
format:'H:i', //
step:30, // step 30
formatTime:'H:i',
datepicker:false,
}
var setDateFunc = function(ct,obj){
var minDateSet = $("#startDate").val();
var maxDateSet = $("#endDate").val();
if($(obj).attr("id")=="startDate"){
this.setOptions({
minDate:false,
maxDate:maxDateSet?maxDateSet:false
})
}
if($(obj).attr("id")=="endDate"){
this.setOptions({
maxDate:false,
minDate:minDateSet?minDateSet:false
})
}
}
var setTimeFunc = function(ct,obj){
var minDateSet = $("#startDate").val();
var maxDateSet = $("#endDate").val();
var minTimeSet = $("#startTime").val();
var maxTimeSet = $("#endTime").val();
if(minDateSet!=maxDateSet){
minTimeSet = false;
maxTime = false;
}
if($(obj).attr("id")=="startTime"){
this.setOptions({
maxDate:maxDateSet?maxDateSet:false,
minTime:false,
maxTime:maxTimeSet?maxTimeSet:false
})
}
if($(obj).attr("id")=="endTime"){
this.setOptions({
minDate:minDateSet?minDateSet:false,
maxTime:false,
minTime:minTimeSet?minTimeSet:false
})
}
}
$("#startDate,#endDate").datetimepicker($.extend(optsDate,{
onShow:setDateFunc,
onSelectDate:setDateFunc,
}));
$("#startTime,#endTime").datetimepicker($.extend(optsTime,{
onShow:setTimeFunc,
onSelectTime:setTimeFunc,
}));
});
</script>
<?
function DateDiff($strDate1,$strDate2)
{
return (strtotime($strDate2) - strtotime($strDate1))/ ( 60 * 60 * 24 ); // 1 day = 60*60*24
}
function TimeDiff($strTime1,$strTime2)
{
return (strtotime($strTime2) - strtotime($strTime1))/ ( 60 * 60 ); // 1 Hour = 60*60
}
function DateTimeDiff($strDateTime1,$strDateTime2)
{
return (strtotime($strDateTime2) - strtotime($strDateTime1))/ ( 60 * 60 ); // 1 Hour = 60*60
}
?>
<style type="text/css">
<!--
.style3 {font-family: CordiaUPC; font-size: 20px; }
.style5 {font-family: CordiaUPC; font-size: 20px; }
-->
</style>
</head>
<body>
<?php
$gro1=$_GET["gro1"];
$gro2=$_GET["gro2"];
$startDate=$_GET["gro3"];
$orderby=$_GET["gro4"];
$objConnect = mysql_connect("localhost","cad_account","cad_admin") or die("Error Connect to Database");
$objDB = mysql_select_db("stt6_t_contract");
mysql_query("SET character_set_results=tis620");
mysql_query("SET character_set_client=tis620");
mysql_query("SET character_set_connection=tis620");
$strcs = "SELECT * FROM constsys ";
$objcs = mysql_query($strcs) or die ("Error Query [".$strcs."]");
while($ocs = mysql_fetch_array($objcs))
$constsys_name = $ocs['constsys_name'];
$constsys_name1 = iconv("windows-874","UTF-8",$constsys_name );
$constsys_name2 = trim($constsys_name1);
//
$strS = "SELECT * FROM t_year WHERE isstatus='Y' ";
$objQ = mysql_query($strS) or die ("Error Query [".$strS."]");
while($obj = mysql_fetch_array($objQ)){
$bdate = $obj['begindate1'];
$edate = $obj['enddate2'];
}
//
$strll = "SELECT * FROM t_workdate where isstatus='Y' ";
$objll = mysql_query($strll) or die ("Error Query [".$strll."]");
while($ob2= mysql_fetch_array($objll)){
$d2 = $ob2['workymd'];
} //
$strSQL = "SELECT * FROM t_contract
INNER JOIN m_member ON t_contract.member_code = m_member.member_code
WHERE t_contract.groupid between '$gro1' and '$gro2'
AND t_contract.isstatus='Y' $orderby ";
$objQuery = mysql_query($strSQL) or die ("Error Query [".$strSQL."]");
//
$strSum = "SELECT SUM(balance_amt) AS balance_sum FROM t_contract
INNER JOIN m_member ON t_contract.member_code = m_member.member_code
WHERE t_contract.groupid between '$gro1' and '$gro2' AND t_contract.isstatus='Y'
";
$objSum = mysql_query($strSum) or die ("Error Query [".$strSum."]");
while($objR_um = mysql_fetch_array($objSum)){
$sum_bank1 = $objR_um['balance_sum'];
}
?>
<table width="100%" border="0" cellpadding="3" cellspacing="1">
<tr>
<td align="center"><span class="style5"><? echo $constsys_name2;?></span></td>
</tr>
<tr>
<td align="center"><span class="style5"></span></td>
</tr>
<?php
$dateime1 =$bdate;
$date1 = explode('-', $dateime1);
$dateime1 = implode('-', array($date1[2], $date1[1], $date1[0]+543));
$dateime2 =$startDate;
$date2 = explode('-', $dateime2);
$dateime2 = implode('-', array($date2[2], $date2[1], $date2[0]+543));
?>
<tr>
<td align="center"><span class="style5"> <? echo $dateime1;?> <? echo $dateime2;?> </span></td>
</tr>
<tr>
<td align="center"><span class="style5"> <? echo $gro1;?> <? echo $gro2;?> </span></td>
</tr>
</table>
<table width="100%" border="0" align="center" cellpadding="3" cellspacing="2" bordercolor="#000000" class="style3">
<tr>
<td width="3%" align="center" bgcolor="#FFFFCC"></td>
<td width="5%" align="center" bgcolor="#FFFFCC"></td>
<td width="3%" align="center" bgcolor="#FFFFCC"></td>
<td width="5%" align="center" bgcolor="#FFFFCC"></td>
<td width="20%" align="center" bgcolor="#FFFFCC">-</td>
<td width="10%" align="center" bgcolor="#FFFFCC"></td>
<td width="10%" align="center" bgcolor="#FFFFCC"></td>
<td width="8%" align="center" bgcolor="#FFFFCC"></td>
<td width="10%" align="center" bgcolor="#FFFFCC"></td>
<td width="10%" align="center" bgcolor="#FFFFCC"></td>
<td width="10%" align="center" bgcolor="#FFFFCC"></td>
<td width="10%" align="center" bgcolor="#FFFFCC"></td>
</tr>
<?
$ii=0;
while($objResult = mysql_fetch_array($objQuery)){
$bank1 = $objResult['member_code'];
$bank11 = $objResult['member_group'];
$bank2 = $objResult['balance_amt'];
$bank3 = $objResult['contract_id'];
$bank4 = $objResult['intrate'];
$bank5 = $objResult['fee_date2'];
$bank6 = $objResult['int_date2'];
$bank7 = $objResult['intoverdue'];
$bank71+= $bank7;
$bank8 = $objResult['feeoverdue'];
$bank81+= $bank8;
$pre = $objResult['member_prefix'];
$membn = $objResult['member_name'];
$membn1 = iconv("windows-874","UTF-8",$membn );
$membn2 = trim($membn1);
$membs = $objResult['member_surname'];
$membs1 = iconv("windows-874","UTF-8",$membs );
$membs2 = trim($membs1);
$ii = $ii + 1;
if($ii%2==0)
{
$bg = "#FFFFCC";
}
else
{
$bg = "#FFFFFF";
}
//
$strSQL2 = "SELECT SUM(balancedue) AS balancedue FROM t_contract_due where contractid='$bank3' AND isstatus='W' AND dueymd <='$startDate'";
$objQuery2 = mysql_query($strSQL2) or die ("Error Query [".$strSQL2."]");
while($objResult2= mysql_fetch_array($objQuery2))
$AMT = $objResult2[balancedue];
$AMT1+= $AMT;
//
$strSQL3 = "SELECT t_contract_due.duedate FROM t_contract_due
where t_contract_due.contractid='$bank3' AND t_contract_due.isstatus='W' AND t_contract_due.dueymd <='$startDate'
ORDER BY dueymd ASC LIMIT 0,1";
$objQuery3 = mysql_query($strSQL3) or die ("Error Query [".$strSQL3."]");
//
$strSQL4 = "SELECT * FROM t_contract_due where contractid='$bank3' AND balancedue > 0 AND t_contract_due.isstatus='W' LIMIT 0 , 1 ";
$objQuery4 = mysql_query($strSQL4) or die ("Error Query [".$strSQL4."]");
while($objResult4= mysql_fetch_array($objQuery4))
$dueymd = $objResult4['dueymd'];
?>
<tr class="style3" bgcolor="<?=$bg;?>">
<td align="center" ><? echo $ii;?></td>
<td align="center" > <? echo $bank1;?></td>
<td align="center" > <? echo $bank11;?></td>
<td align="right" ><? echo $bank3;?></td>
<td ><?php
switch ($pre) {
case "01":echo ""; break;
case "02":echo ""; break;
case "03":echo ".."; break;
}
?><? echo $membn2;?> <? echo $membs2;?> </td>
<td align="right" ><? echo "".number_format($bank2,2,'.',',').""; ?></td>
<td align="right" ><? echo "".number_format($AMT,2,'.',',').""; ?></td>
<td align="center" >
<?
while($objResult3= mysql_fetch_array($objQuery3)){
$duedate = $objResult3['duedate'];
echo $duedate;
}
?></td>
<td align="right" ><? //
$d3 = DateDiff("$bank6","$startDate");
$diffDays = DateDiff("$bdate","$edate")+1;
$alll=$bank2*$bank4*$d3/100/$diffDays;
echo number_format($alll,2);
$all1+= $alll;
?></td>
<td align="right" ><? echo number_format($bank7,2);?></td>
<td align="right" ><? echo number_format($bank8,2);?></td>
<td align="right" ><? //
$i = DateDiff("$bank5","$startDate"); //
$x = DateDiff("$dueymd","$startDate"); //
if($i<=$x){
$d4 = DateDiff("$bank5","$startDate");
$diffDays1 = DateDiff("$bdate","$edate")+1;
$all=$AMT*3*$d4/100/$diffDays1;
echo number_format($all,2);
$all2+= $all;
}else {
$d4 = DateDiff("$dueymd","$startDate");
$diffDays1 = DateDiff("$bdate","$edate")+1;
$all=$AMT*3*$d4/100/$diffDays1;
echo number_format($all,2);
$all2+= $all;
}
?></td>
</tr>
<? } ?>
<tr class="style3" bgcolor="<?=$bg;?>">
<td colspan="5" align="center" bgcolor="#CCCCCC" ></td>
<td align="right" bgcolor="#CCCCCC" ><?=number_format($sum_bank1,2);?></td>
<td align="right" bgcolor="#CCCCCC" ><?=number_format($AMT1,2);?></td>
<td align="right" bgcolor="#CCCCCC" > </td>
<td align="right" bgcolor="#CCCCCC" ><?=number_format($all1,2);?></td>
<td align="right" bgcolor="#CCCCCC" ><?=number_format($bank71,2);?></td>
<td align="right" bgcolor="#CCCCCC" ><?=number_format($bank81,2);?></td>
<? $sum5 += $all2+$a5;?>
<td align="right" bgcolor="#CCCCCC" ><?=number_format($sum5,2);?></td>
</tr>
</table>
</body>
</html>
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Original Code
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| strtr | 3 |
| strrev | 3 |
| ereg_replace | 3 |
| base64_decode | 6 |
Stats
| MD5 | 25eb7ae817b962e10069440b9cae333d |
| Eval Count | 6 |
| Decode Time | 126 ms |