public ModifiableProtocol(IPacketEncryptor encryptor=null, IPacketDecryptor decryptor=null, IPacketEncoder encoder=null, IPacketDecoder decoder=null)
{
_encryptor = encryptor;
_decryptor = decryptor;
_encoder = encoder;
_decoder = decoder;
}
private void SendUpdateStatePacket(UpdateState state, User user, IPAddress brdIp)
{
UdpPacket packet = new UdpPacket();
packet.Address = user.Address;
packet.Port = user.Port;
packet.ToMAC = "";
packet.FromMAC = user.ID;
packet.Command = UdpPacket.CMD_STATE;
UdpPacketUserStateExtend entryExtend = new UdpPacketUserStateExtend();
entryExtend.User = user;
entryExtend.UpdateState = state;
packet.Extend = entryExtend;
UdpPacket packetWrap = new UdpPacket();
packetWrap.Address = brdIp;
packetWrap.Port = this.Port;
packetWrap.ToMAC = "";
packetWrap.FromMAC = this.MAC;
packetWrap.Command = UdpPacket.CMD_RETRANSMIT;
IPacketEncoder encoder = PacketEncoderFactory.CreateEncoder(packet);
EncodeResult result = encoder.Encode();
UdpPacketRetransExtend extend = new UdpPacketRetransExtend(result.Fragments[0]);
packetWrap.Extend = extend;
_client.Send(packetWrap);
}
internal virtual IPacketEncoder CreateIPacketEncoder()
{
// TODO: 实例化相应的具体类。
IPacketEncoder target = null;
return(target);
}
public static ChannelPipe CreateChannelPipe(IPacketEncoder encoder, IPacketDecoder decoder, IChannelHandler handler)
{
var pipe = new ChannelPipe();
pipe.SetCreateChannelAction((channel) =>
{
channel.SetConfig("encoder", encoder);
channel.SetConfig("decoder", decoder);
channel.SetConfig("handler", handler);
});
return pipe;
}
public void PacketEncoderTest()
{
ClientSocketManager clientSocket = null; // TODO: 初始化为适当的值
MessagePump messagePump = null; // TODO: 初始化为适当的值
NetState target = new NetState(clientSocket, messagePump); // TODO: 初始化为适当的值
IPacketEncoder expected = null; // TODO: 初始化为适当的值
IPacketEncoder actual;
target.PacketEncoder = expected;
actual = target.PacketEncoder;
Assert.AreEqual(expected, actual);
Assert.Inconclusive("验证此测试方法的正确性。");
}
public void DecodeIncomingPacketTest()
{
IPacketEncoder target = CreateIPacketEncoder(); // TODO: 初始化为适当的值
NetState netStateFrom = null; // TODO: 初始化为适当的值
byte[] byteBuffer = null; // TODO: 初始化为适当的值
byte[] byteBufferExpected = null; // TODO: 初始化为适当的值
long iLength = 0; // TODO: 初始化为适当的值
long iLengthExpected = 0; // TODO: 初始化为适当的值
target.DecodeIncomingPacket(netStateFrom, ref byteBuffer, ref iLength);
Assert.AreEqual(byteBufferExpected, byteBuffer);
Assert.AreEqual(iLengthExpected, iLength);
Assert.Inconclusive("无法验证不返回值的方法。");
}
public Client(IPacketEncoder encoder, IPacketDecoder decoder)
{
// Properties를 생성합니다. Properties는 Netronics의 각종 설정을 의미합니다.
var properties = Properties.CreateProperties(new IPEndPoint(IPAddress.Loopback, 9999), // 서버의 아이피와 포트를 설정합니다.
new ChannelPipe().SetCreateChannelAction(channel =>
{
channel.SetConfig("encoder", encoder); // 해당 Channel의 Packet Encoder을 설정합니다.
channel.SetConfig("decoder", decoder); // 해당 Channel의 Packet Decoder을 설정합니다.
channel.SetConfig("handler", this); // 해당 Channel의 Handler을 설정합니다.
//기본적인 switch는 같은 채널은 같은 스래드에서 처리되기때문에 메시지 처리가 같은 스레드에서 일어날것.
}));
netronics = new global::Netronics.Client(properties); // 위에서 만든 Properties를 바탕으로 Netronics 객체를 생성합니다.
netronics.Start(); // 서버를 가동합니다.
}
public Server(IPacketEncoder encoder, IPacketDecoder decoder)
{
// Properties를 생성합니다. Properties는 Netronics의 각종 설정을 의미합니다.
var properties = Properties.CreateProperties(new IPEndPoint(IPAddress.Any, 9999), // 클라이언트를 받을 아이피와 포트를 설정합니다.
new ChannelPipe().SetCreateChannelAction(channel => // 각 클라이언트가 접속하면 Channel을 생성하는 과정이 시작되는데 옵션을 아래와 같이 넣을 수 있습니다.
{
Console.WriteLine("전달하기 전 Channel의 설정");
channel.SetConfig("encoder", encoder); // 해당 Channel의 Packet Encoder을 설정합니다.
channel.SetConfig("decoder", decoder); // 해당 Channel의 Packet Decoder을 설정합니다.
channel.SetConfig("handler", this); // 해당 Channel의 Handler을 설정합니다.
channel.SetConfig("switch", new RandemSwitch()); //랜덤으로 전달되는지 확인 ReceiveSwitch 테스트
Console.WriteLine("Channel을 Netronics로 전달");
}));
netronics = new Netronics(properties); // 위에서 만든 Properties를 바탕으로 Netronics 객체를 생성합니다.
netronics.Start(); // 서버를 가동합니다.
}
public PacketOverrideRegistryEncoder(IPacketEncoder successor)
{
_Successor = successor;
}
/// <summary>
///
/// </summary>
/// <param name="netState"></param>
internal static void WorldProcessReceive(object sender, NetStateEventArgs eventArgs)
{
LOGs.WriteLine(LogMessageType.MSG_HACK, "World_ProcessReceive...... 0 = {0}", eventArgs.NetState.ReceiveBuffer.Length);
if (eventArgs.NetState == null)
{
Debug.WriteLine("ProcessNet.World_ProcessReceive(...) - eventArgs.NetState == null error!");
return;
}
ReceiveQueue receiveQueueBuffer = eventArgs.NetState.ReceiveBuffer;
if (receiveQueueBuffer == null)
{
Debug.WriteLine("ProcessNet.World_ProcessReceive(...) - receiveQueueBuffer == null error!");
return;
}
WorldExtendData extendData = eventArgs.NetState.GetComponent <WorldExtendData>(WorldExtendData.COMPONENT_ID);
if (extendData == null)
{
Debug.WriteLine("ProcessNet.World_ProcessReceive(...) - extendData == null error!");
return;
}
if (receiveQueueBuffer.Length < extendData.ProcessReceiveData.Remaining)
{
// 等待数据包的完整(Remaining 默认的大小为WORLD_HEAD_SIZE)
return;
}
long iReceiveBufferLength = receiveQueueBuffer.Length; // 隔段时间就会有数据过来，所以可以不用锁定的，锁定了也没用,很难保证多线程中处理了所有的数据(指 Length)
while (iReceiveBufferLength >= extendData.ProcessReceiveData.Remaining)
{
if (extendData.ProcessReceiveData.PacketBuffer == null) // 如果空 代表是需要获取新的数据包和包头(Remaining == WORLD_HEAD_SIZE)
{
// 获取空数据
byte[] packetBuffer = s_ProcessorBuffers.AcquireBuffer();
// 获取数据包头的内容
long iReturnPacketHeadSize = receiveQueueBuffer.Dequeue(ref packetBuffer, 0, WORLD_HEAD_SIZE);
// 获取的数据不相同
if (iReturnPacketHeadSize != WORLD_HEAD_SIZE)
{
Debug.WriteLine("ProcessNet.World_ProcessReceive(...) - iReturnPacketHeadSize != WORLD_HEAD_SIZE error!");
// 返回内存池
s_ProcessorBuffers.ReleaseBuffer(packetBuffer);
eventArgs.NetState.Dispose(); // 断开
return;
}
IPacketEncoder packetEncoder = eventArgs.NetState.PacketEncoder as IPacketEncoder;
if (packetEncoder == null)
{
Debug.WriteLine("ProcessNet.World_ProcessReceive(...) - packetEncoder == null error!");
// 返回内存池
s_ProcessorBuffers.ReleaseBuffer(packetBuffer);
eventArgs.NetState.Dispose(); // 断开
return;
}
// 解密数据包头
long iClientPacketHeader = WORLD_HEAD_SIZE;
packetEncoder.DecodeIncomingPacket(eventArgs.NetState, ref packetBuffer, ref iClientPacketHeader);
// 给出数据信息头
WOWClientPacketHeader clientPacketHeader = WOWClientPacketHeader.GetClientPacketHeader(packetBuffer);
int iRemaining = clientPacketHeader.PacketSize - 4; // -4 是代表剩余的数据包大小(为什么不是减6呢？)
if (receiveQueueBuffer.Length < iRemaining)
{
// 等待数据包的完整
{
extendData.ProcessReceiveData.PacketBuffer = packetBuffer;
extendData.ProcessReceiveData.Remaining = (uint)iRemaining;
return;
}
}
// 获取信息包数据的剩余内容
long iReturnPacketSize = receiveQueueBuffer.Dequeue(ref packetBuffer, WORLD_HEAD_SIZE, iRemaining /*获取剩余数据包大小的字节数*/);
// 获取的数据不相同
if (iReturnPacketSize != iRemaining)
{
Debug.WriteLine("ProcessNet.World_ProcessReceive(...) - iReturnPacketSize != iRemaining error!");
// 返回内存池
s_ProcessorBuffers.ReleaseBuffer(packetBuffer);
eventArgs.NetState.Dispose(); // 断开
return;
}
// 获取包的全部长度
long iPacketFullLength = iRemaining + WORLD_HEAD_SIZE;
// 读取的数据包
PacketReader packetReader = new PacketReader(packetBuffer, iPacketFullLength, WORLD_HEAD_SIZE /*包的ID大小-4个字节、长度大小-2个字节, 6个字节跳过*/);
//////////////////////////////////////////////////////////////////////////
// 输出信息包的日志
//////////////////////////////////////////////////////////////////////////
ProcessNet.LogServerPack(packetBuffer, iPacketFullLength, "World_In_Packets.log", eventArgs.NetState.ToString(), clientPacketHeader.PacketID, WordOpCodeName.GetWordOpCodeName(clientPacketHeader.PacketID));
//////////////////////////////////////////////////////////////////////////
// 获取处理数据包的实例
PacketHandler packetHandler = ProcessServer.WorldPacketHandlers.GetHandler(clientPacketHeader.PacketID);
if (packetHandler == null) // 说明还没有解开当前的数据包内容
{
//////////////////////////////////////////////////////////////////////////
// 输出未知信息包的日志
//////////////////////////////////////////////////////////////////////////
ProcessNet.LogServerPack(packetBuffer, iPacketFullLength, "World_In_Unknown_Packets.log", eventArgs.NetState.ToString(), clientPacketHeader.PacketID, WordOpCodeName.GetWordOpCodeName(clientPacketHeader.PacketID));
//////////////////////////////////////////////////////////////////////////
// 返回内存池
s_ProcessorBuffers.ReleaseBuffer(packetBuffer);
// 获取剩下的数据长度
iReceiveBufferLength = receiveQueueBuffer.Length;
continue;
}
// 当前需处理的数据包的大小
long iPacketHandlerLength = packetHandler.Length;
if (iPacketHandlerLength > iPacketFullLength) // 包需求的数据大小大于得到的数据大小
{
// 返回内存池
s_ProcessorBuffers.ReleaseBuffer(packetBuffer);
eventArgs.NetState.Dispose(); // 断开
return;
}
// 处理数据
packetHandler.OnReceive(eventArgs.NetState, packetReader);
// 返回内存池
s_ProcessorBuffers.ReleaseBuffer(packetBuffer);
// 获取剩下的数据长度
iReceiveBufferLength = receiveQueueBuffer.Length;
}
else //已有数据包头获取剩余数据
{
byte[] packetBuffer = extendData.ProcessReceiveData.PacketBuffer;
// 获取信息包数据的剩余内容
long iReturnPacketSize = receiveQueueBuffer.Dequeue(ref packetBuffer, WORLD_HEAD_SIZE, extendData.ProcessReceiveData.Remaining /*获取剩余数据包大小的字节数*/);
// 获取的数据不相同
if (iReturnPacketSize != extendData.ProcessReceiveData.Remaining)
{
Debug.WriteLine("ProcessNet.World_ProcessReceive(...) - iReturnPacketSize != Remaining error!");
// 恢复原始数据状态
extendData.ProcessReceiveData.PacketBuffer = null;
extendData.ProcessReceiveData.Remaining = WORLD_HEAD_SIZE;
// 返回内存池
s_ProcessorBuffers.ReleaseBuffer(packetBuffer);
eventArgs.NetState.Dispose(); // 断开
return;
}
// 获取包的全部长度
long iPacketFullLength = extendData.ProcessReceiveData.Remaining + WORLD_HEAD_SIZE;
// 读取的数据包
PacketReader packetReader = new PacketReader(extendData.ProcessReceiveData.PacketBuffer, iPacketFullLength, WORLD_HEAD_SIZE /*包的ID大小-4个字节、长度大小-2个字节, 6个字节跳过*/);
// 给出数据信息头
WOWClientPacketHeader clientPacketHeader = WOWClientPacketHeader.GetClientPacketHeader(extendData.ProcessReceiveData.PacketBuffer);
//////////////////////////////////////////////////////////////////////////
// 输出信息包的日志
//////////////////////////////////////////////////////////////////////////
ProcessNet.LogServerPack(packetBuffer, iPacketFullLength, "World_In_Packets.log", eventArgs.NetState.ToString(), clientPacketHeader.PacketID, WordOpCodeName.GetWordOpCodeName(clientPacketHeader.PacketID));
//////////////////////////////////////////////////////////////////////////
// 获取处理数据包的实例
PacketHandler packetHandler = ProcessServer.WorldPacketHandlers.GetHandler(clientPacketHeader.PacketID);
if (packetHandler == null) // 说明还没有解开当前的数据包内容
{
//////////////////////////////////////////////////////////////////////////
// 输出未知信息包的日志
//////////////////////////////////////////////////////////////////////////
ProcessNet.LogServerPack(packetBuffer, iPacketFullLength, "World_In_Unknown_Packets.log", eventArgs.NetState.ToString(), clientPacketHeader.PacketID, WordOpCodeName.GetWordOpCodeName(clientPacketHeader.PacketID));
//////////////////////////////////////////////////////////////////////////
// 恢复原始数据状态
extendData.ProcessReceiveData.PacketBuffer = null;
extendData.ProcessReceiveData.Remaining = WORLD_HEAD_SIZE;
// 返回内存池
s_ProcessorBuffers.ReleaseBuffer(packetBuffer);
// 获取剩下的数据长度
iReceiveBufferLength = receiveQueueBuffer.Length;
continue;
}
// 当前需处理的数据包的大小
long iPacketHandlerLength = packetHandler.Length;
if (iPacketHandlerLength > iPacketFullLength) // 包需求的数据大小大于得到的数据大小
{
// 恢复原始数据状态
extendData.ProcessReceiveData.PacketBuffer = null;
extendData.ProcessReceiveData.Remaining = WORLD_HEAD_SIZE;
// 返回内存池
s_ProcessorBuffers.ReleaseBuffer(packetBuffer);
eventArgs.NetState.Dispose(); // 断开
return;
}
// 处理数据
packetHandler.OnReceive(eventArgs.NetState, packetReader);
// 返回内存池
s_ProcessorBuffers.ReleaseBuffer(extendData.ProcessReceiveData.PacketBuffer);
// 恢复原始数据状态
extendData.ProcessReceiveData.PacketBuffer = null;
extendData.ProcessReceiveData.Remaining = WORLD_HEAD_SIZE;
// 获取剩下的数据长度
iReceiveBufferLength = receiveQueueBuffer.Length;
}
}
}
public PacketOverrideRegistryEncoder(IPacketEncoder successor)
{
_Successor = successor;
}
public void _ReadFromStream(IPacketEncoder content)
{
}
public void Receive(TransportFile file)
{
TaskFactory taskFactory = new TaskFactory();
taskFactory.StartNew(() =>
{
LoggerFactory.Debug("start receive file:id={0}", file.ID);
string tmpPath = file.SavePath + "." + Path.GetRandomFileName().Replace(".", "") + ".lamim";
FileStream fs = null;
try
{
fs = new FileStream(tmpPath, FileMode.Create);
}
catch (Exception e)
{
OnError(Errors.FileOpenError, "打开文件失败:" + tmpPath, file, e);
return;
}
LoggerFactory.Debug("opened file:" + tmpPath);
LoggerFactory.Debug("try connect remote:remote={0}, port={1}", file.Remote, file.Port);
TcpClient tcpClient = null;
NetworkStream ns = null;
try
{
tcpClient = new TcpClient(AddressFamily.InterNetwork)
{
ReceiveBufferSize = this.ReceiveBufferSize
};
tcpClient.Connect(file.Remote, file.Port);
ns = tcpClient.GetStream();
}
catch (Exception e)
{
OnError(Errors.NetworkError, "连接失败", file, e);
return;
}
LoggerFactory.Debug("conneted remote:remote={0}, port={1}", file.Remote, file.Port);
LoggerFactory.Debug("encode packet, request file:id={0}", file.ID);
TcpPacket packet = null;
EncodeResult result = null;
try
{
//发送要接受的文件ID
TcpPacketRequestFileTransportExtend extend = new TcpPacketRequestFileTransportExtend
{
EncryptKey = file.PublicKey,
FileID = file.ID
};
packet = new TcpPacket
{
Command = TcpPacket.CMD_REQUEST_FILE_TRANSPORT,
Extend = extend
};
IPacketEncoder encoder = PacketEncoderFactory.CreateEncoder(packet);
result = encoder.Encode(null);
}
catch (Exception e)
{
OnError(Errors.EncodeError, "请求文件ID包加密失败。" + packet.ToString(), file, e);
return;
}
LoggerFactory.Debug("send packet, request file:id={0}", file.ID);
try
{
ns.Write(result.Fragments[0], 0, result.Fragments[0].Length);
}
catch (Exception e)
{
OnError(Errors.NetworkError, "请求文件ID包发送失败", file, e);
return;
}
LoggerFactory.Debug("receive file start:id={0}", file.ID);
try
{
int len = 0;
file.StartTransport();
long lastProgressTicks = file.NowTransportTicks;
byte[] buff = new byte[this.ReceiveBufferSize];
while ((len = ns.Read(buff, 0, buff.Length)) != 0)
{
fs.Write(buff, 0, len);
file.Transported(len);
if (file.TransportedLength == file.File.Length ||
(DateTime.Now.Ticks - lastProgressTicks) > this._progressChangeInterval) //避免进度太频繁，500ms一次
{
OnProgressChanged(file);
lastProgressTicks = file.NowTransportTicks;
}
}
LoggerFactory.Debug("receive file end:id={0}", file.ID);
}
catch (Exception e)
{
OnError(Errors.NetworkError, "文件接收失败", file, e);
}
finally
{
LoggerFactory.Debug("close connect and save file:id={0}", file.ID);
//关闭连接
ns.Close();
tcpClient.Close();
fs.Flush(true);
fs.Close();
if (LanFile.Rename(tmpPath, file.SavePath))
{
//发送接收完毕
OnCompleted(file);
}
else
{
OnError(Errors.FileWriteError, "文件写入失败", file, null);
}
}
LoggerFactory.Debug("end receive file:id={0}", file.ID);
});
}
public IPacketEncoder SetEncoder(IPacketEncoder encoder)
{
_encoder = encoder;
return _encoder;
}
public void _WriteToStream(IPacketEncoder content)
{
}
/// <summary>
/// Constructor of LSPProtocol with specified encoder.
/// </summary>
/// <param name="encoder">Encoder to be used with this serial port protocol decoder.</param>
public LSPProtocol(IPacketEncoder encoder)
{
m_encoder=encoder;
m_rxQueue=new Queue<byte[]>();
m_serialPort=null;
}
public void Send(UdpPacket packet)
{
if (this._state != ClientState.Working)
{
return;
}
//异步发送
IPEndPoint remoteIpEp = new IPEndPoint(packet.Address, packet.Port);
packet.GenerateID();
LoggerFactory.Debug("parepare send packet:{0}", packet);
EncodeResult result = null;
try
{
IPacketEncoder encoder = PacketEncoderFactory.CreateEncoder(packet);
LoggerFactory.Debug("get encoder:{0}", encoder.GetType().Name);
result = encoder.Encode(null);
LoggerFactory.Debug("encode packet:{0}", result);
if (result.Length > UDP_MAX_BUF_SIZE)
{
//超过大小的分包处理
MultiUdpPacket mpacket = new MultiUdpPacket(result.Fragments[0]);
mpacket.ID = packet.ID;
mpacket.ParentID = packet.ID;
encoder = PacketEncoderFactory.CreateEncoder(mpacket);
LoggerFactory.Debug("get encoder:{0}", encoder.GetType().Name);
result = encoder.Encode(UDP_MAX_BUF_SIZE - MultiUdpPacket.HEAD_SIZE);
LoggerFactory.Debug("encode packet:{0}", result);
}
}
catch (Exception e)
{
OnSendPackage(packet, false);
OnError(Errors.EncodeError, "加密包错误。", e);
}
try
{
for (int i = 0; i < result.Fragments.Count; i++)
{
byte[] buf = result.Fragments[i];
SendState state = new SendState();
state.LastPacket = i == result.Fragments.Count - 1;
state.Packet = packet;
_client.BeginSend(buf, buf.Length, remoteIpEp, new AsyncCallback(AsyncSendHandler), state);
Thread.Sleep(20);//稍微等待一下，避免丢包
}
}
catch (Exception e)
{
OnSendPackage(packet, false);
OnError(Errors.NetworkError, "发送包错误。", e);
}
}