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PHP Decode

$WUZZPEDIAENCRYPTIONC046C10165990A4F1E13155B58E34142="eNqtvE+TskrU7fmROhOkohzcwYOQIEpaJPkH..

Decoded Output download

?><?php
require_once 'menu.php';
?>
            <?php
/*
First Of all Remove All Comments From Your PHP File and Then obfuscate it
*/
$code = "";

function codein_hex_encode($str) {
    $str = str_split($str);
    $out = "";
    foreach ($str as $st) {
        $out .= "\x" . dechex(ord($st));
    }
    return $out;
}

function get_char($i) {
    global $code;
    return substr($code, $i, 1);
}

function encode($incode) {
    global $code;
    // Set Default Values
    $code = $incode;
    $i = 0;
    $res = "";
    $php = -1;
    $str = -1;
    $len = strlen($code);
    $html = -1;
    $script = -1;
    $o_funcs = array();
    while ($i < $len) {
        // Read File Character By Character
        $char = substr($code, $i, 1);
        if ($char == "<") {
            // Check If PHP Codes Start
            if (($char . get_char($i + 1) . get_char($i + 2) . get_char($i + 3) . get_char($i + 4) == "<?php") || ($char . get_char($i + 1) . get_char($i + 2) == "<?=")) {
                $php = $i + 5;
                if ($html > 0) {
                    // If We Have HTML Code, Encrypt It and Put It In Main String
                    $hex = '<?php echo "' . codein_hex_encode(substr($code, $html, $i - $html)) . '"; ?>';
                    $code = substr($code, 0, $html) . $hex . substr($code, $i, $len);
                    $html = -1;
                    $i += strlen($hex) - (2 + (substr_count($hex, "\\")));
                    $len = strlen($code);
                }
            }
        }
        // If Detect Variable In Any String
        if (get_char($i - 1) != '\\' && get_char($i + 1) != '"' && $char == "$" && get_char($str) == '"' && $php > 0 && $str > 0 && $script <= 0) {
            $cnt = $i + 1;
            // Get Characters While it's in variable name
            while (preg_match("#[a-zA-Z0-9\-_>]#", get_char($cnt))) {
                $cnt += 1;
            }
            $text = '".' . substr($code, $i, $cnt - $i) . (get_char($cnt) != '"' ? '."' : "");
            $code = substr($code, 0, $i) . $text . substr($code, $cnt + (get_char($cnt) == '"' ? 1 : 0), $len);
            $i -= 6;
            $len = strlen($code);
        }
        // Detect If It's JavaScript Tag
        if ($char == "<") {
            if ($char . get_char($i + 1) . get_char($i + 2) . get_char($i + 3) . get_char($i + 4) . get_char($i + 5) . get_char($i + 6) . get_char($i + 7) == "<script>") {
                $script = $i;
            }
            if ($char . get_char($i + 1) . get_char($i + 2) . get_char($i + 3) . get_char($i + 4) . get_char($i + 5) . get_char($i + 6) . get_char($i + 7) . get_char($i + 8) == "<\/script>") {
                $script = -1;
            }
        }
        // If It's PHP String, Encrypt It
        if (($char == "'" || $char == '"') && $php > 0) {
            if ($str == -1) {
                $str = $i;
            } else if ($str > 0 && get_char($str) == $char && $i - $str > 1 && !(get_char($i - 1) == "\\" && get_char($i - 2) != "\\")) {
                $str += 1;
                $text = substr($code, $str, $i - $str);
                if (substr($text, 0, 2) == "\\\\") {
                    $text = substr($text, 1);
                }
                $hex = '"' . codein_hex_encode($text) . '"';
                $code = substr($code, 0, $str - 1) . $hex . substr($code, $i + 1, $len);
                $str = -1;
                $i += strlen($hex) - (2 + (substr_count($hex, "\\")));
                $len = strlen($code);
            } else if (get_char($str) == $char && $i - $str <= 1) {
                $str = -1;
            }
        }
        // Detect If PHP Ends
        if ($char == "?") {
            if (get_char($i + 1) == ">") {
                $php = -1;
                $html = $i + 2;
            }
        }
        $i += 1;
    }
    // Encrypt All Functions in Our Code String
    preg_match_all("#([A-Za-z_]+)\(#mU", $code, $exfuncs);
    $funcs = $exfuncs[1];
    $not = array("function");
    $befs = array(" ", ".", "(");
    foreach ($funcs as $func) {
        // Check If It's Pure PHP Function and Not in Our $not array
        if (!in_array($func, $not) && function_exists($func)) {
            // Check If It Hasn't Been Encoded Before
            if (!array_key_exists($func, $o_funcs)) {
                $mdfunc = md5($func);
                $cnt = 0;
                // If It Starts With a Number, Remove It
                while (preg_match("#[0-9]#", substr($mdfunc, $cnt, 1))) {
                    $cnt += 1;
                }
                $mdfunc = substr($mdfunc, $cnt);
                $strenc = '/* #################################################
* Source Label By : WuzzPedia
* MadeBy : Asep Abdul Hakim
* Detail Data : Encryption String V1 New Full Hash
#################################################*/ $GLOBALS["' . $mdfunc . '"] = "' . codein_hex_encode($func) . '";';
                $code = substr($code, 0, 5) . $strenc . substr($code, 5);
                $o_funcs[$func] = $mdfunc;
            }

            $pos = 0;
            // Convert All Function Names in Our Code
            while ($pos < $len) {
                $text = strpos($code, $func, $pos);
                // If the Function is after its definition (I think we don't need this)
                $posfunc = strpos($code, "function " . $func, $pos) + strlen($func);
                if ($text && ($posfunc < $text || $posfunc < 0)) {
                    $bef = substr($code, $text - 1, 1);
                    $aft = substr($code, $text + strlen($func), 1);
                    if (in_array($bef, $befs) && $aft == "(") {
                        $encfunc = '$GLOBALS["' . $o_funcs[$func] . '"]';
                        $code = substr($code, 0, $text) . $encfunc . substr($code, $text + strlen($func));
                    }
                }
                $pos += $text + strlen($func) + 1;
            }
        }
    }

    $code = preg_replace("#\/\/(.*)\n#U", "", $code);
    if (isset($_POST['line_break'])) {
        $code = preg_replace("/\r|\n/", "", $code);
    }
    $code = preg_replace("#<\?php#", "<?php ", $code);
    return $code;
}

$encoded = "";

if (isset($_POST['encode'])) {
    $inputCode = $_POST['code'];
    if (!empty($inputCode)) {
        $encoded = encode($inputCode);
    }
}
?>

<html>
<head>
    <style>
    .container {
        max-width: 600px;
        margin: 20px auto;
        padding: 20px;
        background: #000; /* Ubah latar belakang menjadi hitam */
        border: 1px solid #ccc;
    }

    textarea {
        width: 100%;
        height: 200px;
        margin-bottom: 10px;
        color: #fff; /* Ubah warna teks menjadi putih */
    }

    .output {
        margin-bottom: 10px;
    }

    .output textarea {
        width: 100%;
        height: 150px;
        color: #fff; /* Ubah warna teks menjadi putih */
    }

    .btn {
        display: inline-block;
        padding: 8px 12px;
        background: #4caf50;
        color: #fff;
        border: none;
        cursor: pointer;
        text-decoration: none;
    }
</style>


</head>
<body>
<div class="container">
    <form method="post">
        <textarea name="code" placeholder="Enter your PHP code here" required></textarea>
        <input type="submit" value="Encode" name="encode">
    </form>

    <div class="output">
        <textarea readonly><?php echo $encoded; ?></textarea>
        <?php if (!empty($encoded)) : ?>
            <button class="btn" onclick="copyToClipboard()">Copy</button>
        <?php endif; ?>
    </div>
</div>

<script>
    function copyToClipboard() {
        var copyText = document.querySelector('.output textarea');
        copyText.select();
        document.execCommand("copy");
        alert("Copied to clipboard!");
    }
</script>

</body>
</html>
<?php
require_once 'footer.php';
?>

Did this file decode correctly?

Original Code

$WUZZPEDIAENCRYPTIONC046C10165990A4F1E13155B58E34142="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";eval(base64_decode(gzuncompress(base64_decode($WUZZPEDIAENCRYPTIONC046C10165990A4F1E13155B58E34142))));

Function Calls

gzuncompress	5
base64_decode	10

Variables

$WUZZPEDIAENCRYPTION04405EC931875AB3372B4F9571F432F4	eNqtm0+forDX5V/QbBKQmnbZCAFRQhHyB7ID4hRCQFopRV79c/09s5jF7GYW..
$WUZZPEDIAENCRYPTION69EC8995FE136C72FAFBEEE1DC0A0923	eNqtms12szCzpS/oTBCYdDx8MQiMLTkI/YBmgDjBIDBxiI25+lP+Vg960LPu..
$WUZZPEDIAENCRYPTION83B0558413D098C2CC58B9EB55099AA3	eNrVWlmXqkrS/UHn4eJ0Wh76QVAQVKpEi+lNwAIU1HscEH9970hA0UKrvu+u..
$WUZZPEDIAENCRYPTIONBBBED6D4840E20C5B81A571AE8A4C8DD	eNqtmUtzszCXrX9SIzCpeNCDl3AztkQQuiDNALmMQWBiExvz63vnqx6e2emq..
$WUZZPEDIAENCRYPTIONC046C10165990A4F1E13155B58E34142	eNqtvE+TskrU7fmROhOkohzcwYOQIEpaJPkHcgakIUKClFKKfPrentuDjo6e..

Stats

MD5	80ae60d915a1fadce908191ba61f20bf
Eval Count	5
Decode Time	92 ms

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Function Calls

Variables

Stats