_inputStream = new Zend_Amf_Parse_InputStream($request); $this->_deserializer = new Zend_Amf_Parse_Amf0_Deserializer($this->_inputStream); $this->readMessage($this->_inputStream); return $this; } /** * Takes the raw AMF input stream and converts it into valid PHP objects * * @param Zend_Amf_Parse_InputStream * @return Zend_Amf_Request */ public function readMessage(Zend_Amf_Parse_InputStream $stream) { $clientVersion = $stream->readUnsignedShort(); if (($clientVersion != Zend_Amf_Constants::AMF0_OBJECT_ENCODING) && ($clientVersion != Zend_Amf_Constants::AMF3_OBJECT_ENCODING) && ($clientVersion != Zend_Amf_Constants::FMS_OBJECT_ENCODING) ) { throw new Zend_Amf_Exception('Unknown Player Version ' . $clientVersion); } $this->_bodies = array(); $this->_headers = array(); $headerCount = $stream->readInt(); // Iterate through the AMF envelope header while ($headerCount--) { $this->_headers[] = $this->readHeader(); } // Iterate through the AMF envelope body $bodyCount = $stream->readInt(); while ($bodyCount--) { $this->_bodies[] = $this->readBody(); } return $this; } /** * Deserialize a message header from the input stream. * * A message header is structured as: * - NAME String * - MUST UNDERSTAND Boolean * - LENGTH Int * - DATA Object * * @return Zend_Amf_Value_MessageHeader */ public function readHeader() { $name = $this->_inputStream->readUTF(); $mustRead = (bool)$this->_inputStream->readByte(); $length = $this->_inputStream->readLong(); try { $data = $this->_deserializer->readTypeMarker(); } catch (Exception $e) { throw new Zend_Amf_Exception('Unable to parse ' . $name . ' header data: ' . $e->getMessage() . ' '. $e->getLine(), 0, $e); } $header = new Zend_Amf_Value_MessageHeader($name, $mustRead, $data, $length); return $header; } /** * Deserialize a message body from the input stream * * @return Zend_Amf_Value_MessageBody */ public function readBody() { $targetURI = $this->_inputStream->readUTF(); $responseURI = $this->_inputStream->readUTF(); $length = $this->_inputStream->readLong(); try { $data = $this->_deserializer->readTypeMarker(); } catch (Exception $e) { throw new Zend_Amf_Exception('Unable to parse ' . $targetURI . ' body data ' . $e->getMessage(), 0, $e); } // Check for AMF3 objectEncoding if ($this->_deserializer->getObjectEncoding() == Zend_Amf_Constants::AMF3_OBJECT_ENCODING) { /* * When and AMF3 message is sent to the server it is nested inside * an AMF0 array called Content. The following code gets the object * out of the content array and sets it as the message data. */ if(is_array($data) && $data[0] instanceof Zend_Amf_Value_Messaging_AbstractMessage){ $data = $data[0]; } // set the encoding so we return our message in AMF3 $this->_objectEncoding = Zend_Amf_Constants::AMF3_OBJECT_ENCODING; } $body = new Zend_Amf_Value_MessageBody($targetURI, $responseURI, $data); return $body; } /** * Return an array of the body objects that were found in the amf request. * * @return array {target, response, length, content} */ public function getAmfBodies() { return $this->_bodies; } /** * Accessor to private array of message bodies. * * @param Zend_Amf_Value_MessageBody $message * @return Zend_Amf_Request */ public function addAmfBody(Zend_Amf_Value_MessageBody $message) { $this->_bodies[] = $message; return $this; } /** * Return an array of headers that were found in the amf request. * * @return array {operation, mustUnderstand, length, param} */ public function getAmfHeaders() { return $this->_headers; } /** * Return the either 0 or 3 for respect AMF version * * @return int */ public function getObjectEncoding() { return $this->_objectEncoding; } /** * Set the object response encoding * * @param mixed $int * @return Zend_Amf_Request */ public function setObjectEncoding($int) { $this->_objectEncoding = $int; return $this; } }