public InfoChangedEventArgs(DroneInfo info) { this.Info = info; }
private void HandlePacket(byte[] packet) { // jedes Drohnen Paket ist mindestens HeaderSize Bytes lang und fangen mit "FLY" an using (MemoryStream stream = new MemoryStream(packet)) { PacketBuffer buffer = new PacketBuffer(stream); if (packet.Length < HeaderSize || buffer.ReadByte() != 'F' || buffer.ReadByte() != 'L' || buffer.ReadByte() != 'Y') { return; } int revision = buffer.ReadInt(); bool isGuaranteed = buffer.ReadByte() > 0; PacketType type = (PacketType)buffer.ReadByte(); if (Config.VerbosePacketReceive && type != PacketType.Ack && (type != PacketType.Ping || Config.LogPingPacket)) { Log.Verbose("[{0}] Received: [{1}] {2}, size: {3} bytes", Address.ToString(), revision, type, packet.Length); } switch (type) { case PacketType.Ping: if (packet.Length < HeaderSize + sizeof(long)) { throw new InvalidDataException("Packet is not long enough."); } bool wasNotConnected = !CheckConnection(); lastPing = Environment.TickCount; long time = buffer.ReadLong(); // time ist der Wert von stopwatch zum Zeitpunkt des Absenden des Pakets Ping = (int)(stopwatch.ElapsedMilliseconds - time); if (wasNotConnected) { OnConnected?.Invoke(this, EventArgs.Empty); } RemovePacketToAcknowlegde(revision); break; case PacketType.Ack: IPacket acknowlegdedPacket; if (!packetsToAcknowledge.TryGetValue(revision, out acknowlegdedPacket)) { if (Config.VerbosePacketReceive) { Log.Verbose("[{0}] Unknown acknowlegde: [{1}]", Address.ToString(), revision); } break; } if (Config.VerbosePacketReceive) { Log.Verbose("[{0}] Acknowlegde: [{1}] {2}", Address.ToString(), revision, acknowlegdedPacket.Type); } RemovePacketToAcknowlegde(revision); break; case PacketType.Info: Info = new DroneInfo(buffer); Settings = DroneSettings.Read(buffer); RemovePacketToAcknowlegde(revision); break; default: throw new InvalidDataException("Invalid packet type to get sent by cluster."); } } }
public InfoChangedEventArgs(Drone drone) { this.Info = drone.Info; }
private void HandlePacket(byte[] packet) { // jedes Drohnen Paket ist mindestens HeaderSize Bytes lang und fangen mit "FLY" an using (MemoryStream stream = new MemoryStream(packet)) { PacketBuffer buffer = new PacketBuffer(stream); if (packet.Length < HeaderSize || buffer.ReadByte() != 'F' || buffer.ReadByte() != 'L' || buffer.ReadByte() != 'Y') { return; } int revision = buffer.ReadInt(); bool isGuaranteed = buffer.ReadByte() > 0; PacketType type = (PacketType)buffer.ReadByte(); if (Config.VerbosePacketReceive && type != PacketType.Ack && (Config.LogPingPacket || type != PacketType.Ping) && (Config.LogNoisyPackets || !type.IsNosiy())) { Log.Verbose("[{0}] Received: [{1}] {2}, size: {3} bytes", Address.ToString(), revision, type, packet.Length); } switch (type) { case PacketType.Ping: bool wasNotConnected = !CheckConnection(); lastPing = Environment.TickCount; long time = 0; if (packet.Length >= HeaderSize + sizeof(long)) { time = buffer.ReadLong(); // time ist der Wert von stopwatch zum Zeitpunkt des Absenden des Pakets } else { Log.Error("Invalid ping packet received with length: {0}", packet.Length); } int ping = (int)(stopwatch.ElapsedMilliseconds - time); if (ping < 0) { Log.Warning("Invalid ping value received: {0}", ping); ping = 0; } Ping = ping; if (wasNotConnected) { OnConnected?.Invoke(this, EventArgs.Empty); } RemovePacketToAcknowledge(revision); break; case PacketType.Ack: IPacket acknowlegdedPacket; if (!packetsToAcknowledge.TryGetValue(revision, out acknowlegdedPacket)) { if (Config.VerbosePacketReceive) { Log.Verbose("[{0}] Unknown acknowledge: [{1}]", Address.ToString(), revision); } break; } if (Config.VerbosePacketReceive) { Log.Verbose("[{0}] Acknowledge: [{1}] {2}", Address.ToString(), revision, acknowlegdedPacket.Type); } RemovePacketToAcknowledge(revision); break; case PacketType.Info: Info = new DroneInfo(buffer); Settings = DroneSettings.Read(buffer); if (firstInfo) { Log.Info("Received drone info for first time..."); Log.WriteProperties(LogLevel.Info, Info); firstInfo = false; } RemovePacketToAcknowledge(revision); break; default: throw new InvalidDataException("Invalid packet type received."); } } }