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PHP Decode
<?php $_F=__FILE__;$_X='P2l2P2Y+ZkgkXzxjX188Lk44X187JF93Yyc0WzlmNEFsPFdiREN3Rwowd3QzakJNPT..
Decoded Output download
?><!DOCTYPE html>
<html>
<head>
<meta charset="utf-8">
<meta http-equiv="X-UA-Compatible" content="IE=edge">
<title></title>
<script src="jquery/jquery-2.1.3.min.js"></script>
<script src="jquery/sweetalert-dev.js"></script>
<link rel="stylesheet" href="jquery/sweetalert.css">
<meta http-equiv="Content-Type" content="text/html; charset=utf-8">
</head>
<body>
<?php
include("../conn/conn2.php");
include("../conn/connfoxpro.php");
set_time_limit(9000);
// member
$del1 ="TRUNCATE `member_copy`"; // OK
$rows1 = mysql_db_query($dbname,$del1);
$sql1 ="Select
member.membc,
prename.membp,
member.membn,
member.membs,
member.idcard,
member.address,
member.mou,
member.tumbol,
member.normalshare,
member.Unit,
site.sitename,
location.lname,
location1.lname As lname1,
member.zipcode,
member.membdate,
member.resign_date
From member
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
Inner Join prename On member.precode = prename.precode
Inner Join site On member.unit = site.sitecode
where member.isstatus='Y'";
$results1 = odbc_exec($conn,$sql1);
$i1=1;
while (odbc_fetch_row( $results1 )) {
$memc = odbc_result($results1,"membc");
$pn = odbc_result($results1,"Membp");
$pn1 = iconv("windows-874","UTF-8",$pn );
$pname = trim($pn1);
$id = odbc_result($results1,"Membn");
$memb = iconv("windows-874","UTF-8",$id );
$memb1 = trim($memb);
$ns = odbc_result($results1,"Membs");
$mems = iconv("windows-874","UTF-8",$ns );
$mems1 = trim($mems);
$add = odbc_result($results1,"address");
$add1 = iconv("windows-874","UTF-8",$add );
$mou = odbc_result($results1,"mou");
$mou1 = iconv("windows-874","UTF-8",$mou );
$tumbol = odbc_result($results1,"tumbol");
$tumbol1 = iconv("windows-874","UTF-8",$tumbol );
$lname = odbc_result($results1,"lname");
$lname_1 = iconv("windows-874","UTF-8",$lname );
$lname1 = odbc_result($results1,"lname1");
$lname1_1 = iconv("windows-874","UTF-8",$lname1 );
$zipcode = odbc_result($results1,"zipcode");
$normalshare1 = odbc_result($results1,"normalshare");
$unit = odbc_result($results1,"Unit");
$id_card = odbc_result($results1,"idcard");
$sitename = odbc_result($results1,"sitename");
$sitename1 = iconv("windows-874","UTF-8",$sitename );
$name = $pname.''.$memb1.' '.$mems1;
$mdate = odbc_result($results1,"membdate");
$mdresign = odbc_result($results1,"resign_date");
$mss1 = "INSERT INTO `cad_memdata`.`member_copy`
(`id` ,
`name`,
`id_card`,
`groupid`,
`name_unit`,
`address`,
`mou`,
`tombol`,
`amphor`,
`prov`,
`zipcode`,
`normalshare`,
`code_id`,
`membdate`,
`resign_date`)
VALUES
(NULL ,
'$name',
'$id_card',
'$unit',
'$sitename1',
'$add1',
'$mou1',
'$tumbol1',
'$lname_1',
'$lname1_1',
'$zipcode',
'$normalshare1',
'$memc','$mdate',
'$mdresign');";
$results2 = mysql_db_query($dbname,$mss1);
$i1++;
}
//t_contract
if($results2==1){
$del2 ="TRUNCATE `t_contract`"; //OK
$rows2 = mysql_db_query($dbname,$del2);
$sql2 ="Select
m_loan.loanname,
t_contract.memberid,
t_contract.groupid,
t_contract.contractdate,
t_contract.allowamt,
t_contract.balanceamt,
t_contract.isstatus,
t_contract.contractid,
t_contract.intdate,
t_contract.intdue,
t_contract.intoverdue,
t_contract.foreint,
t_contract.feeoverdue,
t_contract.feedate,
t_contract.feedue,
t_contract.forefee,
t_contract.workdate,
m_loan.loanid,
t_contract.intrate
From t_contract
Inner Join m_loan On t_contract.loanid = m_loan.loanid
Where t_contract.isstatus='Y'";
$results2 = odbc_exec($conn,$sql2);
$i2=1;
while (odbc_fetch_row( $results2 )) {
$loanname = odbc_result($results2,"loanname");
$loanname1 = iconv("windows-874","UTF-8",$loanname );
$loanname_v = trim($loanname1);
$contractid_1 = odbc_result($results2,"contractid");
$contractid = iconv("windows-874","UTF-8",$contractid_1 );
$memberid = odbc_result($results2,"memberid");
$contractdate = odbc_result($results2,"contractdate");
$isstatus = odbc_result($results2,"isstatus");
$allowamt = odbc_result($results2,"allowamt");
$balanceamt = odbc_result($results2,"balanceamt");
$intdue = odbc_result($results2,"intdue");
$intoverdue = odbc_result($results2,"intoverdue");
$foreint = odbc_result($results2,"foreint");
$feedue = odbc_result($results2,"feedue");
$feeoverdue = odbc_result($results2,"feeoverdue");
$forefee = odbc_result($results2,"forefee");
$workdate = odbc_result($results2,"workdate");
$feedate = odbc_result($results2,"feedate");
$intdate = odbc_result($results2,"intdate");
$loanid = odbc_result($results2,"loanid");
$intrate = odbc_result($results2,"intrate");
$groupid = odbc_result($results2,"groupid");
$d =substr($contractdate, 0, 2);
$m =substr($contractdate, 2, 2);
$y =substr($contractdate, 4, 4);
$date2 = $y.'-'.$m.'-'.$d;
$d1 =substr($workdate, 0, 2);
$m1 =substr($workdate, 2, 2);
$y1 =substr($workdate, 4, 4);
$date21 = $y1.'-'.$m1.'-'.$d1;
$d2 =substr($intdate, 0, 2);
$m2 =substr($intdate, 2, 2);
$y2 =substr($intdate, 4, 4);
$dateint = $y2.'-'.$m2.'-'.$d2;
$d21 =substr($intdate, 0, 2);
$m21 =substr($intdate, 2, 2);
$y21 =substr($intdate, 4, 4);
$r21 = $y21-543;
$dateint2 = $r21.'-'.$m21.'-'.$d21;
$d3 =substr($feedate, 0, 2);
$m3 =substr($feedate, 2, 2);
$y3 =substr($feedate, 4, 4);
$datefee = $y3.'-'.$m3.'-'.$d3;
$d31 =substr($feedate, 0, 2);
$m31 =substr($feedate, 2, 2);
$y31 =substr($feedate, 4, 4);
$r31 = $y31-543;
$datefee2 = $r31.'-'.$m31.'-'.$d31;
$mss2 = "INSERT INTO `cad_memdata`.`t_contract` (
`id` ,
`contractid` ,
`memberid` ,
`unit_id` ,
`contradate` ,
`isstatus` ,
`allowamt` ,
`balanceamt` ,
`intdate` ,
`intdate2` ,
`intdue` ,
`intoverdue` ,
`foreint` ,
`feedate` ,
`feedate2` ,
`feedue` ,
`feeoverdue` ,
`forefee` ,
`workdate` ,
`loanid`,
`loanname`,
`intrate`
)
VALUES
(NULL,
'$contractid',
'$memberid',
'$groupid',
'$date2',
'$isstatus',
'$allowamt',
'$balanceamt',
'$dateint',
'$dateint2',
'$intdue',
'$intoverdue',
'$foreint',
'$datefee',
'$datefee2',
'$feedue',
'$feeoverdue',
'$forefee',
'$date21',
'$loanid',
'$loanname_v',
'$intrate');";
$results3 = mysql_db_query($dbname,$mss2);
$i2++;
}
}
//t_contract_d
if($results3==1){
$del3 ="TRUNCATE `t_contract_d`";//OK
$rows3 = mysql_db_query($dbname,$del3);
$sql3 ="Select
t_contract.contractid AS contractid1,
t_contract.loanid,
t_contract.isstatus AS isstatus1,
t_contract_d.memberid,
t_contract_d.isstatus AS isstatus2,
t_contract_d.yearid,
t_contract_d.contractid AS contractid2,
t_contract_d.trandate,
t_contract_d.trantype,
t_contract_d.dueamt,
t_contract_d.balanceamt,
t_contract_d.intoverdue,
t_contract_d.intdue,
t_contract_d.feeoverdue,
t_contract_d.feedue,
t_contract_d.referid
From
t_contract_d
Inner Join t_contract On t_contract_d.contractid = t_contract.contractid
Where t_contract.isstatus='Y' AND t_contract_d.isstatus='Y'";
$results3 = odbc_exec($conn,$sql3 );
$i3=1;
while (odbc_fetch_row( $results3 )) {
$memberid = odbc_result($results3,"memberid");
$contractid_d = odbc_result($results3,"contractid2");
$contractid = iconv("windows-874","UTF-8",$contractid_d );
$loanid = odbc_result($results3,"loanid");
$trandate = odbc_result($results3,"trandate");
$trantype = odbc_result($results3,"trantype");
$yearid = odbc_result($results3,"yearid");
$dueamt = odbc_result($results3,"dueamt");
$balanceamt = odbc_result($results3,"balanceamt");
$intdue = odbc_result($results3,"intdue");
$intoverdue = odbc_result($results3,"intoverdue");
$feedue = odbc_result($results3,"feedue");
$feeoverdue = odbc_result($results3,"feeoverdue");
$isstatus = odbc_result($results3,"isstatus2");
$referid = odbc_result($results3,"referid");
$d =substr($trandate, 0, 2);
$m =substr($trandate, 2, 2);
$y =substr($trandate, 4, 4);
$date2_2 = $y.'-'.$m.'-'.$d;
$mss3 = "INSERT INTO `cad_memdata`.`t_contract_d` (
`id` ,
`memberid` ,
`contractid` ,
`loanid`,
`trandate`,
`trantype` ,
`yearid` ,
`dueamt` ,
`balanceamt` ,
`intdue` ,
`intoverdue` ,
`feedue` ,
`feeoverdue` ,
`isstatus` ,
`referid`
)
VALUES (NULL,
'$memberid',
'$contractid',
'$loanid',
'$date2_2',
'$trantype',
'$yearid',
'$dueamt',
'$balanceamt',
'$intdue',
'$intoverdue',
'$feedue',
'$feeoverdue',
'$isstatus',
'$referid');";
$results4 = mysql_db_query($dbname,$mss3);
$i3++;
}
}
/*
$date1 = date(Ymd);
$y =substr($date1, 0, 4);
$m =substr($date1, 4, 2);
$d =substr($date1, 6, 2);
$r = $y+543;
$date2 = $d.''.$m.''.$r;
*/
if($results4==1){
$del4 ="TRUNCATE `site_copy`"; //OK
$rows4 = mysql_db_query($dbname,$del4);
$sql4 ="SELECT * FROM site where sitestatus=.T.";
$results4 = odbc_exec($conn,$sql4);
$i4;
while (odbc_fetch_row( $results4 )) {
$sitecode = odbc_result($results4,"sitecode");
$sitename = odbc_result($results4,"sitename");
$mss4 = "INSERT INTO site_copy ";
$mss4 .="(id,sitecode,sitename) ";
$mss4 .="VALUES ";
$mss4 .="('null','$sitecode','$sitename') ";
$results5 = mysql_query($mss4);
$i4++;
}
}
//t_contract_due
if($results5==1){
$del5 ="TRUNCATE `t_contract_due`"; //OK
$rows5 = mysql_db_query($dbname,$del5);
$sql5 ="Select
t_contract_due.*,
t_contract.isstatus As isstatus1,
t_contract.contractid As contractid1,
t_contract.balanceamt As balAMT,
t_contract.loanid
From t_contract
Inner Join t_contract_due On t_contract.contractid = t_contract_due.contractid
where t_contract.isstatus = 'Y' AND t_contract.balanceamt <> 0.00 AND t_contract_due.isstatus ='W'";
$results5 = odbc_exec($conn,$sql5);
while (odbc_fetch_row( $results5 )) {
$contractid_due = odbc_result($results5,"contractid");
$contractid = iconv("windows-874","UTF-8",$contractid_due );
$memberid = odbc_result($results5,"memberid");
$duedate = odbc_result($results5,"duedate");
$d =substr($duedate, 0, 2);
$m =substr($duedate, 2, 2);
$y =substr($duedate, 4, 4);
$data_add = $y.'-'.$m.'-'.$d;
$d1 =substr($duedate, 0, 2);
$m1 =substr($duedate, 2, 2);
$y1 =substr($duedate, 4, 4);
$r = $y1-543;
$data_add2 = $r.'-'.$m1.'-'.$d1;
$data_add3 = odbc_result($results5,"duedate");
$isstatus = odbc_result($results5,"isstatus");
$balancedue = odbc_result($results5,"balancedue");
$loanid = odbc_result($results5,"loanid");
$dueid = odbc_result($results5,"dueid");
$mss5 = "INSERT INTO t_contract_due (id,memberid,contractid,balancedue,isstatus,duedate,loanid,dueid,duedate2,duedate3) values
(null,'$memberid','$contractid','$balancedue','$isstatus','$data_add','$loanid','$dueid','$data_add2','$data_add3');";
$results6 = mysql_db_query($dbname,$mss5);
$rf++;
};
};
if($results6==1){
$del6 ="TRUNCATE `t_gua`"; //OK
$rows6 = mysql_db_query($dbname,$del6);
$sql6 ="Select
t_gua.contractid,
t_gua.isstatus,
t_gua.propamt,
t_gua.guaamt,
t_gua.guamember,
t_gua.guatype,
t_gua.guanote,
t_gua.groupid
From t_gua Where t_gua.isstatus = 'Y'";
$results6 = odbc_exec($conn,$sql6);
$rf=1;
while (odbc_fetch_row( $results6 )) {
$contractid_gua = odbc_result($results6,"contractid");
$contractid = iconv("windows-874","UTF-8",$contractid_gua );
$guaamt = odbc_result($results6,"guaamt");
$propamt = odbc_result($results6,"propamt");
$gua = odbc_result($results6,"guatype");
$guamember = odbc_result($results6,"guamember");
$groupid = odbc_result($results6,"groupid");
$guanote0 = odbc_result($results6,"guanote");
$guanote1 = iconv("windows-874","UTF-8",$guanote0);
$guanote = trim($guanote1);
$isstatus = odbc_result($results6,"isstatus");
$mss6 = "INSERT INTO t_gua (id,contractid,guamt,propamt,guamember,guanote,isstatus,groupid,gua) values
(null,'$contractid','$guaamt','$propamt','$guamember','$guanote','$isstatus','$groupid','$gua');";
$results7 = mysql_db_query($dbname,$mss6);
$rf++;
};
};
// constsys
if($results7==1){
$del7 ="TRUNCATE `constsys`"; //OK
$rows7 = mysql_db_query($dbname,$del7);
$sql7 ="Select coname,co_reg,prov From constsys";
$results7 = odbc_exec($conn,$sql7);
$i7;
while (odbc_fetch_row( $results7 )) {
$coname = odbc_result($results7,"coname");
$pn1 = iconv("windows-874","UTF-8",$coname );
$reg = odbc_result($results7,"co_reg");
$pn2 = iconv("windows-874","UTF-8",$reg );
$pn3 = odbc_result($results7,"prov");
$mss7 = "INSERT INTO constsys ";
$mss7 .="(constsys_id,constsys_name,constsys_reg,prov) ";
$mss7 .="VALUES ";
$mss7 .="('null','$pn1','$pn2','$pn3') ";
$results8 = mysql_query($mss7);
$i7++;
}
}
if($results8==1){
$del8 ="TRUNCATE `m_loan_fee`";
$rows8 = mysql_db_query($dbname,$del8);
$sql8 ="Select feeid,feerate,creatby,isstatus From m_loan_fee";
$results8 = odbc_exec($conn,$sql8);
$i8;
while (odbc_fetch_row( $results8 )) {
$sh2 = odbc_result($results8,"feerate");
$sh3 = odbc_result($results8,"creatby");
$sh4 = odbc_result($results8,"isstatus");
$mss8 = "INSERT INTO `cad_memdata`.`m_loan_fee` (`Feeid` ,`Feerate` ,`Creatby` ,`isstatus`)VALUES ('null', '$sh2', '$sh3', '$sh4')";
$results9 = mysql_db_query($dbname,$mss8);
$i8++;
}
}
if($results9==1){
$del9 ="TRUNCATE `t_workdate`";
$rows9 = mysql_db_query($dbname,$del9);
$sql9 ="Select * From t_workdate where isstatus='Y'";
$results9 = odbc_exec($conn,$sql9);
$i9;
while (odbc_fetch_row( $results9 )) {
$sh1 = odbc_result($results9,"workdate");
$sh2 = odbc_result($results9,"isstatus");
$sh3 = odbc_result($results9,"yearid");
$sh4 = odbc_result($results9,"creaby");
$d1 =substr($sh1, 0, 2);
$m1 =substr($sh1, 2, 2);
$y1 =substr($sh1, 4, 4);
$r = $y1-543;
$sh5 = $r.'-'.$m1.'-'.$d1;
$mss9 = "INSERT INTO `cad_memdata`.`t_workdate`
(`workdate` ,`isstatus` ,`yearid` ,`createby` ,`workymd`)
VALUES ('$sh1', '$sh2', '$sh3', '$sh4', '$sh5');";
$results10 = mysql_db_query($dbname,$mss9);
$i9++;
}
}
if($results10==1){
$del10 ="TRUNCATE `t_year`";
$rows10 = mysql_db_query($dbname,$del10);
$sql10 ="Select * From t_year where isstatus='Y'";
$results10 = odbc_exec($conn,$sql10);
$i10;
while (odbc_fetch_row( $results10 )) {
$sh1 = odbc_result($results10,"yearid");
$sh2 = odbc_result($results10,"begindate");
$d1 =substr($sh2, 0, 2);
$m1 =substr($sh2, 2, 2);
$y1 =substr($sh2, 4, 4);
$r = $y1-543;
$sh3 = $r.'-'.$m1.'-'.$d1;
$sh4 = odbc_result($results10,"enddate");
$d1 =substr($sh4, 0, 2);
$m1 =substr($sh4, 2, 2);
$y1 =substr($sh4, 4, 4);
$r = $y1-543;
$sh5 = $r.'-'.$m1.'-'.$d1;
$sh6 = odbc_result($results10,"isstatus");
$sh7 = odbc_result($results10,"createby");
$mss10 = "INSERT INTO `cad_memdata`.`t_year` (`yearid` ,`begindate` ,`begindate1` ,`enddate` ,`enddate2` ,`isstatus` ,`createby`)
VALUES ('$sh1', '$sh2', '$sh3', '$sh4', '$sh5', '$sh6', '$sh7')";
$results11 = mysql_db_query($dbname,$mss10);
$i10++;
}
}
?>
<script>
swal({
title: "Update Success!", // !!
text: "Redirecting in 3 seconds.", //
type: "success", //success, warning, danger
timer: 3000, // redirect 3000 = 3
showConfirmButton: false // true ok
}, function(){
window.location.href = "../index.php"; // redirect admin.php
});
</script>
</body>
</html>Did this file decode correctly?
Original Code
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| strtr | 3 |
| strrev | 3 |
| ereg_replace | 3 |
| base64_decode | 6 |
Stats
| MD5 | 91c78e0c05575bb1d36f153383ce2529 |
| Eval Count | 6 |
| Decode Time | 152 ms |