Uses of Class
net.tomp2p.message.Message

Packages that use Message

Package	Description
net.tomp2p.connection
net.tomp2p.futures
net.tomp2p.message
net.tomp2p.p2p
net.tomp2p.rpc

Uses of Message in net.tomp2p.connection

Methods in net.tomp2p.connection with parameters of type Message

Modifier and Type	Method and Description
protected void	RequestHandler.channelRead0(io.netty.channel.ChannelHandlerContext ctx, Message responseMessage)
protected void	Dispatcher.channelRead0(io.netty.channel.ChannelHandlerContext ctx, Message message)
DispatchHandler	Dispatcher.getAssociatedHandler(Message message) Checks if we have a handler for the given message.
void	Responder.response(Message responseMessage)
void	Dispatcher.DirectResponder.response(Message responseMessage)
void	Sender.sendTCP(io.netty.channel.SimpleChannelInboundHandler<Message> handler, FutureResponse futureResponse, Message message, ChannelCreator channelCreator, int idleTCPSeconds, int connectTimeoutMillis, PeerConnection peerConnection) Send a message via TCP.
void	Sender.sendUDP(io.netty.channel.SimpleChannelInboundHandler<Message> handler, FutureResponse futureResponse, Message message, ChannelCreator channelCreator, int idleUDPSeconds, boolean broadcast) Send a message via UDP.

Method parameters in net.tomp2p.connection with type arguments of type Message

Modifier and Type	Method and Description
void	Sender.sendTCP(io.netty.channel.SimpleChannelInboundHandler<Message> handler, FutureResponse futureResponse, Message message, ChannelCreator channelCreator, int idleTCPSeconds, int connectTimeoutMillis, PeerConnection peerConnection) Send a message via TCP.
void	Sender.sendUDP(io.netty.channel.SimpleChannelInboundHandler<Message> handler, FutureResponse futureResponse, Message message, ChannelCreator channelCreator, int idleUDPSeconds, boolean broadcast) Send a message via UDP.

Uses of Message in net.tomp2p.futures

Methods in net.tomp2p.futures that return Message

Modifier and Type	Method and Description
Message	FutureResponse.getRequest() The future response always keeps a reference to the request.
Message	FutureResponse.getResponse() Returns the response message.

Methods in net.tomp2p.futures with parameters of type Message

Modifier and Type	Method and Description
BaseFuture.FutureType	FutureSuccessEvaluatorCommunication.evaluate(Message requestMessage, Message responseMessage)
BaseFuture.FutureType	FutureSuccessEvaluatorOperation.evaluate(Message requestMessage, Message responseMessage)
BaseFuture.FutureType	FutureSuccessEvaluator.evaluate(Message requestMessage, Message responseMessage) Evaluates if a request is a success.
void	ProgressListener.progress(Message interMediateMessage)
void	FutureResponse.progress(Message interMediateMessage) This will be called by the TomP2P library when a partial message is ready.
FutureResponse	FutureResponse.setResponse(Message responseMessage) Gets called if a peer responds.
boolean	FutureResponse.setResponseLater(Message responseMessage)

Constructors in net.tomp2p.futures with parameters of type Message

Constructor and Description
FutureResponse(Message requestMessage) Create the future and set the request message.
FutureResponse(Message requestMessage, FutureSuccessEvaluator futureSuccessEvaluator) Create the future and set the request message.
FutureResponse(Message requestMessage, FutureSuccessEvaluator futureSuccessEvaluator, ProgressListener progressListener) Create the future and set the request message.
FutureResponse(Message requestMessage, ProgressListener progressListener) Create the future and set the request message.

Uses of Message in net.tomp2p.message

Methods in net.tomp2p.message that return Message

Modifier and Type	Method and Description
static Message	MessageHeaderCodec.decodeHeader(io.netty.buffer.ByteBuf buffer, InetSocketAddress recipient, InetSocketAddress sender) Decode a message header from a Netty buffer.
Message	Message.done(boolean done)
Message	Message.hasContent(boolean content)
Message	Decoder.message()
Message	Encoder.message()
Message	Decoder.prepareFinish()
Message	Message.presetContentTypes(boolean presetContentTypes) If we are setting values from the decoder, then the content type is already set.
Message	Message.receivedSignature(SignatureCodec signatureEncode)
Message	Message.recipientSocket(InetSocketAddress recipientSocket) Store the recipient of the packet.
Message	Message.senderSocket(InetSocketAddress senderSocket) Store the sender of the packet.
Message	Message.setBloomFilter(SimpleBloomFilter<Number160> bloomFilter)
Message	Message.setBuffer(Buffer byteBuf)
Message	Message.setCommand(byte command) Command of the message, such as GET, PING, etc.
Message	Message.setContentType(int index, Message.Content contentType) Sets or replaces the content type at a specific index.
Message	Message.setContentType(Message.Content contentType) Convenient method to set content type.
Message	Message.setContentTypes(Message.Content[] contentTypes) Used for deserialization.
Message	Message.setDataMap(DataMap dataMap)
Message	Message.setDone() Set done to true if message decoding or encoding is done.
Message	Message.setHintSign() Set if we have a signed message.
Message	Message.setInteger(int integer)
Message	Message.setKeepAlive(boolean isKeepAlive)
Message	Message.setKey(Number160 key)
Message	Message.setKeyCollection(KeyCollection key)
Message	Message.setKeyMap640(KeyMap640 keyMap)
Message	Message.setKeyMapByte(KeyMapByte keyMap)
Message	Message.setLong(long long0)
Message	Message.setMessageId(int messageId) For deserialization, we need to set the id.
Message	Message.setNeighborsSet(NeighborSet neighborSet)
Message	Message.setOptions(int options)
Message	Message.setPeerSocketAddresses(Collection<PeerSocketAddress> peerSocketAddresses)
Message	Message.setPublicKey(PublicKey publicKey)
Message	Message.setPublicKeyAndSign(KeyPair keyPair)
Message	Message.setRecipient(PeerAddress recipient) Set the ID of the recipient.
Message	Message.setSender(PeerAddress sender) The ID of the sender.
Message	Message.setStreaming()
Message	Message.setTrackerData(TrackerData trackerData)
Message	Message.setType(Message.Type type) Set the message type.
Message	Message.setVerified()
Message	Message.setVersion(int version) For deserialization.
Message	Message.streaming(boolean streaming)
Message	Message.udp(boolean udp)
Message	Message.verified(boolean verified)

Methods in net.tomp2p.message with parameters of type Message

Modifier and Type	Method and Description
static Message.Content[]	MessageHeaderCodec.decodeContentTypes(int contentTypes, Message message) Decodes the content types from a 32bit number.
static io.netty.buffer.ByteBuf	MessageHeaderCodec.encodeHeader(io.netty.buffer.ByteBuf buffer, Message message) Encodes the message object.
boolean	Encoder.write(AlternativeCompositeByteBuf buf, Message message)

Constructors in net.tomp2p.message with parameters of type Message

Constructor and Description
MessageID(Message message) Creates a message Id.

Uses of Message in net.tomp2p.p2p

Methods in net.tomp2p.p2p with parameters of type Message

Modifier and Type	Method and Description
void	DefaultBroadcastHandler.receive(Message message)
void	BroadcastHandler.receive(Message message) This method is called when a peer receives a broadcast message request.

Uses of Message in net.tomp2p.rpc

Methods in net.tomp2p.rpc that return Message

Modifier and Type	Method and Description
Message	DispatchHandler.createMessage(PeerAddress recipient, byte name, Message.Type type) Create a request message and fills it with connection bean and peer bean parameters.
Message	DispatchHandler.createResponseMessage(Message requestMessage, Message.Type replyType) Create a response message and fills it with connection bean and peer bean parameters.
static Message	DispatchHandler.createResponseMessage(Message requestMessage, Message.Type replyType, PeerAddress peerAddress)

Methods in net.tomp2p.rpc with parameters of type Message

Modifier and Type	Method and Description
Message	DispatchHandler.createResponseMessage(Message requestMessage, Message.Type replyType) Create a response message and fills it with connection bean and peer bean parameters.
static Message	DispatchHandler.createResponseMessage(Message requestMessage, Message.Type replyType, PeerAddress peerAddress)
void	DispatchHandler.forwardMessage(Message requestMessage, PeerConnection peerConnection, Responder responder) Forwards the request to a handler.
void	StorageRPC.handleResponse(Message message, PeerConnection peerConnection, boolean sign, Responder responder)
void	TrackerRPC.handleResponse(Message message, PeerConnection peerConnection, boolean sign, Responder responder)
void	DirectDataRPC.handleResponse(Message message, PeerConnection peerConnection, boolean sign, Responder responder)
void	PeerExchangeRPC.handleResponse(Message message, PeerConnection peerConnection, boolean sign, Responder responder)
void	QuitRPC.handleResponse(Message message, PeerConnection peerConnection, boolean sign, Responder responder)
void	NeighborRPC.handleResponse(Message message, PeerConnection peerConnection, boolean sign, Responder responder)
void	PingRPC.handleResponse(Message message, PeerConnection peerConnection, boolean sign, Responder responder)
void	BroadcastRPC.handleResponse(Message message, PeerConnection peerConnection, boolean sign, Responder responder)
abstract void	DispatchHandler.handleResponse(Message message, PeerConnection peerConnection, boolean sign, Responder responder) If the message is OK, that has been previously checked by the user using checkMessage, a reply to the message is generated here.