public void WriteTo(BinaryWriter bW) { bW.Write((byte)1); //version _userId.WriteTo(bW.BaseStream); bW.Write((byte)_status); bW.Write(_deliveredOn); }
public override void WriteTo(Stream s) { base.WriteTo(s); _nonce.WriteTo(s); s.WriteByte((byte)_cryptoOptions); }
public override void WriteTo(Stream s) { base.WriteTo(s); s.Write(BitConverter.GetBytes(Convert.ToUInt16(_ephemeralPublicKey.Length)), 0, 2); s.Write(_ephemeralPublicKey, 0, _ephemeralPublicKey.Length); _pskAuth.WriteTo(s); }
public override void WriteTo(Stream s) { base.WriteTo(s); s.WriteByte(_version); _nonce.WriteTo(s); s.WriteByte((byte)_supportedCiphers); s.WriteByte((byte)_options); }
public static byte[] CreateFileUnparticipate(BinaryNumber fileID) { using (MemoryStream mS = new MemoryStream(fileID.Number.Length + 1 + 1)) { mS.WriteByte((byte)BitChatMessageType.FileShareUnparticipate); //1 byte fileID.WriteTo(mS); return(mS.ToArray()); } }
public static byte[] CreateFileBlockAvailable(BinaryNumber fileID, int blockNumber) { using (MemoryStream mS = new MemoryStream(fileID.Number.Length + 1 + 1 + 4)) { mS.WriteByte((byte)BitChatMessageType.FileBlockAvailable); //1 byte fileID.WriteTo(mS); mS.Write(BitConverter.GetBytes(blockNumber), 0, 4); //4 bytes return(mS.ToArray()); } }
public static byte[] CreateFileBlockRequest(BinaryNumber fileID, int blockNumber, ushort dataPort) { using (MemoryStream mS = new MemoryStream(fileID.Number.Length + 1 + 1 + 4 + 2)) { mS.WriteByte((byte)BitChatMessageType.FileBlockRequest); //1 byte fileID.WriteTo(mS); mS.Write(BitConverter.GetBytes(blockNumber), 0, 4); //4 bytes mS.Write(BitConverter.GetBytes(dataPort), 0, 2); //2 bytes return(mS.ToArray()); } }
public override void WriteTo(Stream s) { base.WriteTo(s); _userId.WriteTo(s); s.Write(BitConverter.GetBytes(Convert.ToUInt16(_publicKey.Length)), 0, 2); s.Write(_publicKey, 0, _publicKey.Length); s.Write(BitConverter.GetBytes(Convert.ToUInt16(_signature.Length)), 0, 2); s.Write(_signature, 0, _signature.Length); }
public void WriteTo(BinaryWriter bW) { _peerUserId.WriteTo(bW.BaseStream); if (_peerName == null) { bW.Write((byte)0); } else { bW.WriteShortString(_peerName); } bW.Write(Convert.ToByte(_peerEPs.Length)); foreach (EndPoint peerEP in _peerEPs) { peerEP.WriteTo(bW); } }
internal void WriteTo(BinaryWriter bW) { bW.Write((byte)1); //version bW.Write(_remoteMessageNumber); bW.Write(_messageDate); if (_senderUserId == null) { bW.Write((byte)0); } else { _senderUserId.WriteTo(bW.BaseStream); } if (_recipients == null) { bW.Write((byte)0); } else { bW.Write(Convert.ToByte(_recipients.Length)); foreach (MessageRecipient recipient in _recipients) { recipient.WriteTo(bW); } } WriteTransmittedMessageDataTo(bW); if (_filePath == null) { bW.Write((byte)0); } else { bW.WriteShortString(_filePath); } }
public void WriteTo(BinaryWriter bW) { bW.Write((byte)1); //version _sourceNodeEP.WriteTo(bW); //source node EP bW.Write((byte)_type); //type switch (_type) { case DhtRpcType.FIND_NODE: _networkId.WriteTo(bW.BaseStream); if (_contacts == null) { bW.Write((byte)0); } else { bW.Write(Convert.ToByte(_contacts.Length)); foreach (NodeContact contact in _contacts) { contact.WriteTo(bW); } } break; case DhtRpcType.FIND_PEERS: _networkId.WriteTo(bW.BaseStream); if (_contacts == null) { bW.Write((byte)0); } else { bW.Write(Convert.ToByte(_contacts.Length)); foreach (NodeContact contact in _contacts) { contact.WriteTo(bW); } } if (_peers == null) { bW.Write((byte)0); } else { bW.Write(Convert.ToByte(_peers.Length)); foreach (EndPoint peer in _peers) { peer.WriteTo(bW); } } break; case DhtRpcType.ANNOUNCE_PEER: _networkId.WriteTo(bW.BaseStream); if (_peers == null) { bW.Write((byte)0); } else { bW.Write(Convert.ToByte(_peers.Length)); foreach (EndPoint peer in _peers) { peer.WriteTo(bW); } } break; } }
public void WriteTo(BinaryWriter bW) { bW.Write((byte)1); //version // bW.Write((byte)_type); bW.WriteBuffer(_privateKey); bW.Write((byte)_supportedCiphers); // _userId.WriteTo(bW.BaseStream); // bW.Write(_localServicePort); bW.WriteShortString(_downloadFolder); // bW.Write(_profileDateModified); bW.WriteShortString(_profileDisplayName); bW.Write((byte)_profileStatus); bW.WriteShortString(_profileStatusMessage); // bW.Write(_profileImageDateModified); bW.WriteBuffer(_profileDisplayImage); // _ipv4BootstrapDhtNodes = _connectionManager.DhtManager.GetIPv4DhtNodes(); bW.Write(_ipv4BootstrapDhtNodes.Length); foreach (EndPoint ep in _ipv4BootstrapDhtNodes) { ep.WriteTo(bW); } _ipv6BootstrapDhtNodes = _connectionManager.DhtManager.GetIPv6DhtNodes(); bW.Write(_ipv6BootstrapDhtNodes.Length); foreach (EndPoint ep in _ipv6BootstrapDhtNodes) { ep.WriteTo(bW); } _torBootstrapDhtNodes = _connectionManager.DhtManager.GetTorDhtNodes(); bW.Write(_torBootstrapDhtNodes.Length); foreach (EndPoint ep in _torBootstrapDhtNodes) { ep.WriteTo(bW); } // bW.Write(_enableUPnP); bW.Write(_allowInboundInvitations); bW.Write(_allowOnlyLocalInboundInvitations); // if (_proxy == null) { bW.Write(false); } else { bW.Write(true); bW.Write((byte)_proxy.Type); bW.WriteShortString(_proxy.Address); bW.Write(_proxy.Port); if (_proxy.Credential == null) { bW.Write(false); } else { bW.Write(true); bW.WriteShortString(_proxy.Credential.UserName); bW.WriteShortString(_proxy.Credential.Password); } } // bW.WriteBuffer(_appData); // lock (_networks) { bW.Write(_networks.Count); foreach (KeyValuePair <BinaryNumber, MeshNetwork> network in _networks) { network.Value.WriteTo(bW); } } }
public override void WriteTo(Stream s) { base.WriteTo(s); _hmac.WriteTo(s); }