PHP Decode

eval(gzinflate(base64_decode('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')));eval(gzinflate(base64_decode('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')));eval(gzinflate(base64_decode('U4mPzwz1MitI9cjzjrBNSixONTOJT0lNzk9J1VBBltO0RuHaFpcUlRShKtFRD7IID/ZOc80tKI7MMghLNPYqyQxU11EPzCzxMk4MM8iKLC7IdU3zDg63CFLXtE4tS8xBt6Q0rzi1BF0QAA==')));$__iUJ6peHnKX='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';if (!defined('_GNUBOARD_')) exit; //    

define('SECRET_KEY', 'yvnji2baZslByd9');
define('SECRET_IV', '#@$%^&*()_+=-');

add_replace('get_member', 'get_member_replace', 1, 4);

function get_member_replace($mb, $mb_id, $fields, $is_cache){
    if (isset($mb['mb_hp']) && $mb['mb_hp']) {
        if (is_hp_encrpyted($mb['mb_hp'])) {
            $mb['mb_hp'] = decrypt_hp($mb['mb_hp']);
        } else {
            update_encrypt_hp($mb_id);
        }
        $mb['mb_hp'] = format_hp_number($mb['mb_hp'], 1);
    }
    return $mb;
}

function get_encrypted_key($salt = '') {
    $key = hash('sha256', SECRET_KEY);
    $iv = hex2bin(substr(hash('sha256', SECRET_IV), 0, 32));
    $salted_key = openssl_pbkdf2($key, $iv, 32, 65536, 'sha512');
    $salted_iv = hex2bin(substr(hash('sha256', SECRET_IV.$salt), 0, 32));

    return array('key' => $salted_key, 'iv' => $iv, 'salt_iv' => $salted_iv);
}

function remap_encrypt($str, $type = 'e') {
    $alp = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/";
    $clp  = "0J59O2frzUnmcayI1uZQLHsEiVktSPdCKg!jWMXF6B7bYvlA4qopwexN&3RhTG8D";
    
    return $type == 'e' ? strtr($str, $alp, $clp) : strtr($str, $clp, $alp);
}

function encrypt_hp($hp) {
    $hp = format_hp_number($hp);
    $enc_key_arr = get_encrypted_key($hp);
    return remap_encrypt(doEncrypt($hp, $enc_key_arr['key'], $enc_key_arr['iv'], $enc_key_arr['salt_iv']));
}

function doEncrypt($str, $key, $iv, $salt_iv, $raw = 0) {
    $enc = str_replace("=", "", base64_encode($salt_iv . '::' . str_replace("=", "", openssl_encrypt($str, "AES-256-CBC", $key, $raw, $salt_iv))));
    return str_replace("=", "", base64_encode(str_replace("=", "", openssl_encrypt($enc, "AES-256-CBC", $key, $raw, $iv))));
}

function decrypt_hp($hp) {
    if(!is_hp_encrpyted($hp))
        return format_hp_number($hp);

    $dec_key_arr = get_encrypted_key();
    return format_hp_number(doDecrypt(remap_encrypt($hp, 1), $dec_key_arr['key'], $dec_key_arr['iv']));
}

function doDecrypt($str, $key, $iv, $raw = 0) {
    $dec = openssl_decrypt(base64_decode($str), "AES-256-CBC", $key, $raw, $iv);
    if (count(explode('::', base64_decode($dec), 2)) < 2)
        return $str;
    list($iv, $encrypted_data) = explode('::', base64_decode($dec), 2);
    return openssl_decrypt($encrypted_data, "AES-256-CBC", $key, $raw, $iv);
}

function is_hp_encrpyted($hp) {
    $dec_key_arr = get_encrypted_key();
    if (preg_match("/(01[0-9])-?([0-9]{3,4})-?([0-9]{4})$/", doDecrypt(remap_encrypt($hp, 1), $dec_key_arr['key'], $dec_key_arr['iv']))) {
        return true;
    }
    return false;
}

function is_hp_exist($hp, $mb_id = '') {
    global $g5;

    if(!preg_match("/(01[0-9])-?([0-9]{4})-?([0-9]{4})$/", $hp))
        return "   . ";

    $hp = format_hp_number($hp);
    $enc_hp = encrypt_hp($hp);

    if (!is_hp_valid($hp)) return "";

    $sql = "select count(*) as cnt from {$g5['member_table']} where (mb_hp = '$hp' or mb_hp = '$enc_hp') and mb_id <> '$mb_id' ";
    $row = sql_fetch($sql);

    if($row['cnt'])
        return "    . ";
    else
        return "";
}

function format_hp_number($hp, $hide = 0) {
    if(!preg_match("/(01[0-9])-?([0-9]{4})-?([0-9]{4})$/", $hp))
        return $hp;

    $hp = preg_replace("/[^0-9]/", "", $hp);

    switch($hide) {
        case 3:
            return preg_replace("/(01[0-9])([0-9]{4})([0-9]{4})$/", "-****-****", $hp);
        case 2:
            return preg_replace("/(01[0-9])([0-9]{4})([0-9]{4})$/", "--****", $hp);
        case 1:
            return preg_replace("/(01[0-9])([0-9]{4})([0-9]{4})$/", "-****-", $hp);
        default:
        return preg_replace("/(01[0-9])([0-9]{4})([0-9]{4})$/", "--", $hp);
    }
}

function is_hp_valid($hp) {
    if (preg_match("/(01[0-9])-([0-9]{4})-([0-9]{4})$/", format_hp_number($hp))) {
        return true;
    }
    return false;
}

function encrypt_valid_hp($hp) {
    $hp = preg_replace("/[^0-9]/", "", $hp);
    if(!$hp)
        return "  .";

    if (preg_match("/(01[0-9])-([0-9]{4})-([0-9]{4})$/", format_hp_number($hp))) {
        return "";
    }
    return "   .";
}

function encrypt_exist_mb_hp($hp, $mb_id = '') {
    return is_hp_exist($hp, $mb_id);
}

//   .
function get_member_hp($mb_id) {
    global $g5;

    if (preg_match("/[^0-9a-z_]+/i", $mb_id))
        return '';

    $sql = " select mb_hp from {$g5['member_table']} where mb_id = TRIM('$mb_id') ";

    return run_replace('get_member_hp', decrypt_hp(sql_fetch($sql)['mb_hp']), $mb_id);
}

function update_encrypt_hp($mb_id) {
    global $g5;

    if (preg_match("/[^0-9a-z_]+/i", $mb_id))
        return '';

    $sql = " select mb_hp from {$g5['member_table']} where mb_id = TRIM('$mb_id') ";
    $mb_hp = run_replace('update_encrypt_hp_get', sql_fetch($sql)['mb_hp'], $mb_id);

    if($mb_hp && !is_hp_encrpyted($mb_hp)) {
        $encrypt_hp = encrypt_hp($mb_hp);
        $sql = " update {$g5['member_table']} set mb_hp = '$encrypt_hp' where mb_id = TRIM('$mb_id') ";
        sql_query($sql);
    }
    return '';
}

function all_member_encrypt_hp() {
    global $g5;

    $sql = " select mb_id, mb_hp from {$g5['member_table']} where mb_hp != '' ";
    $query = sql_query($sql);
    while($row = sql_fetch_array($query)) {
        $mb_id = $row['mb_id'];
        $mb_hp = $row['mb_hp'];
        if($mb_hp && is_hp_valid($mb_hp)) {
            $mb_hp = encrypt_hp($mb_hp);
            $sql = " update {$g5['member_table']} set mb_hp = '$mb_hp' where mb_id = TRIM('$mb_id') ";
            sql_query($sql);
        }
    }
    echo ' ';
    return '';
}