/// <summary>
/// 新增客户端事件
/// </summary>
/// <param name="obj"></param>
private void UDPServer_ClientInsertEvent(UdpClientInfo obj)
{
if (obj == null)
{
return;
}
TabPage tabPage = new TabPage(obj.clientname)
{
Dock = DockStyle.Fill,
ToolTipText = obj.endpoint
};
tabPage.Controls.Add(new MyTabPage());
this.Invoke(new Action(() =>
{
this.tabControl1.TabPages.Add(tabPage); //增加TabPage
this.comBoxClient.Items.Add($"{obj.clientname}");
this.comBoxClient.SelectedIndex = this.tabControl1.SelectedIndex;
}));
}
private void Awake()
{
ISerializer serializer = new JsonNetSerializer();
UdpClientInfo udpClientInfo = new UdpClientInfo
{
ServerIp = "127.0.0.1",
ServerPort = 3000,
ChannelId = 0
};
WorldData worldData = new WorldData();
IModelManagerClient modelManagerClient = new ModelManagerClient(worldData);
IReplication worldReplication = new WorldReplication(worldData, serializer.GetCaster());
_client = new UdpClient(udpClientInfo);
_networkManager = new NetworkManager(_client, serializer, modelManagerClient, worldReplication)
{
MillisecondsBetweenSendPacket = 1000
};
_presenterManager = new GamePresenter(_viewManager, modelManagerClient);
_presenterManager.Activate();
}
/// <summary>
/// Starts the <see cref="UdpServer"/> synchronously and begins accepting client connections asynchronously.
/// </summary>
/// <exception cref="InvalidOperationException">Attempt is made to <see cref="Start()"/> the <see cref="UdpServer"/> when it is running.</exception>
public override void Start()
{
if (CurrentState == ServerState.NotRunning)
{
int maxSendQueueSize;
// Initialize if unitialized
if (!Initialized)
Initialize();
// Overwrite config file if max send queue size exists in connection string.
if (m_configData.ContainsKey("maxSendQueueSize") && int.TryParse(m_configData["maxSendQueueSize"], out maxSendQueueSize))
m_maxSendQueueSize = maxSendQueueSize;
// Bind server socket to local end-point
m_udpServer = new TransportProvider<Socket>();
m_udpServer.SetReceiveBuffer(ReceiveBufferSize);
m_udpServer.Provider = Transport.CreateSocket(m_configData["interface"], int.Parse(m_configData["port"]), ProtocolType.Udp, m_ipStack, m_allowDualStackSocket);
// Disable SocketError.ConnectionReset exception from being thrown when the endpoint is not listening
m_udpServer.Provider.IOControl(SIO_UDP_CONNRESET, new byte[] { Convert.ToByte(false) }, null);
// Notify that the server has been started successfully
OnServerStarted();
if ((object)m_udpServer.Provider.LocalEndPoint != null)
{
m_receiveArgs = FastObjectFactory<SocketAsyncEventArgs>.CreateObjectFunction();
m_receiveArgs.SocketFlags = SocketFlags.None;
m_receiveArgs.Completed += m_receiveHandler;
ReceivePayloadAsync(m_receiveArgs);
}
// We process the static list to clients.
foreach (string clientString in m_configData["clients"].Replace(" ", "").Split(','))
{
try
{
Match endpoint = Regex.Match(clientString, Transport.EndpointFormatRegex);
if (endpoint != Match.Empty)
{
UdpClientInfo clientInfo;
TransportProvider<EndPoint> udpClient = new TransportProvider<EndPoint>();
IPEndPoint clientEndpoint = Transport.CreateEndPoint(endpoint.Groups["host"].Value, int.Parse(endpoint.Groups["port"].Value), m_ipStack);
udpClient.SetReceiveBuffer(ReceiveBufferSize);
udpClient.SetSendBuffer(SendBufferSize);
udpClient.Provider = clientEndpoint;
// If the IP specified for the client is a multicast IP, subscribe to the specified multicast group.
if (Transport.IsMulticastIP(clientEndpoint.Address))
{
string multicastSource;
if (m_configData.TryGetValue("multicastSource", out multicastSource))
{
IPAddress sourceAddress = IPAddress.Parse(multicastSource);
IPAddress localAddress = (clientEndpoint.AddressFamily == AddressFamily.InterNetworkV6 ? IPAddress.IPv6Any : IPAddress.Any);
if (sourceAddress.AddressFamily != clientEndpoint.AddressFamily)
throw new InvalidOperationException(string.Format("Source address \"{0}\" is not in the same IP format as server address \"{1}\"", sourceAddress, clientEndpoint.Address));
if (localAddress.AddressFamily != clientEndpoint.AddressFamily)
throw new InvalidOperationException(string.Format("Local address \"{0}\" is not in the same IP format as server address \"{1}\"", localAddress, clientEndpoint.Address));
MemoryStream membershipAddresses = new MemoryStream();
byte[] serverAddressBytes = clientEndpoint.Address.GetAddressBytes();
byte[] sourceAddressBytes = sourceAddress.GetAddressBytes();
byte[] localAddressBytes = localAddress.GetAddressBytes();
membershipAddresses.Write(serverAddressBytes, 0, serverAddressBytes.Length);
membershipAddresses.Write(sourceAddressBytes, 0, sourceAddressBytes.Length);
membershipAddresses.Write(localAddressBytes, 0, localAddressBytes.Length);
udpClient.MulticastMembershipAddresses = membershipAddresses.ToArray();
// Execute multicast subscribe for specific source
SocketOptionLevel level = clientEndpoint.AddressFamily == AddressFamily.InterNetworkV6 ? SocketOptionLevel.IPv6 : SocketOptionLevel.IP;
m_udpServer.Provider.SetSocketOption(level, SocketOptionName.AddSourceMembership, udpClient.MulticastMembershipAddresses);
m_udpServer.Provider.SetSocketOption(level, SocketOptionName.MulticastTimeToLive, int.Parse(m_configData["multicastTimeToLive"]));
}
else
{
// Execute multicast subscribe for any source
SocketOptionLevel level = clientEndpoint.AddressFamily == AddressFamily.InterNetworkV6 ? SocketOptionLevel.IPv6 : SocketOptionLevel.IP;
m_udpServer.Provider.SetSocketOption(level, SocketOptionName.AddMembership, new MulticastOption(clientEndpoint.Address));
m_udpServer.Provider.SetSocketOption(level, SocketOptionName.MulticastTimeToLive, int.Parse(m_configData["multicastTimeToLive"]));
}
}
clientInfo = new UdpClientInfo()
{
Client = udpClient,
SendArgs = FastObjectFactory<SocketAsyncEventArgs>.CreateObjectFunction(),
SendLock = new SpinLock(),
SendQueue = new ConcurrentQueue<UdpServerPayload>()
};
clientInfo.SendArgs.RemoteEndPoint = udpClient.Provider;
clientInfo.SendArgs.SetBuffer(udpClient.SendBuffer, 0, udpClient.SendBufferSize);
clientInfo.SendArgs.Completed += m_sendHandler;
m_clientInfoLookup.TryAdd(udpClient.ID, clientInfo);
OnClientConnected(udpClient.ID);
}
}
catch (Exception ex)
{
string errorMessage = string.Format("Unable to connect to client {0}: {1}", clientString, ex.Message);
OnClientConnectingException(new Exception(errorMessage, ex));
}
}
}
else
{
throw new InvalidOperationException("Server is currently running");
}
}
private TransportProvider<EndPoint> AddUdpClient(EndPoint udpClientEndPoint)
{
TransportProvider<EndPoint> udpClient = new TransportProvider<EndPoint>();
IPEndPoint udpClientIPEndPoint = udpClientEndPoint as IPEndPoint;
UdpClientInfo udpClientInfo;
// Set up client
udpClient.SetReceiveBuffer(ReceiveBufferSize);
udpClient.SetSendBuffer(SendBufferSize);
udpClient.Provider = udpClientIPEndPoint;
// If the IP specified for the client is a multicast IP, subscribe to the specified multicast group.
if ((object)udpClientIPEndPoint != null && Transport.IsMulticastIP(udpClientIPEndPoint.Address))
{
SocketOptionLevel level = udpClientIPEndPoint.AddressFamily == AddressFamily.InterNetworkV6 ? SocketOptionLevel.IPv6 : SocketOptionLevel.IP;
string multicastSource;
if (m_configData.TryGetValue("multicastSource", out multicastSource))
{
IPAddress sourceAddress = IPAddress.Parse(multicastSource);
IPAddress localAddress = (udpClientIPEndPoint.AddressFamily == AddressFamily.InterNetworkV6 ? IPAddress.IPv6Any : IPAddress.Any);
if (sourceAddress.AddressFamily != udpClientIPEndPoint.AddressFamily)
throw new InvalidOperationException($"Source address \"{sourceAddress}\" is not in the same IP format as server address \"{udpClientIPEndPoint.Address}\"");
if (localAddress.AddressFamily != udpClientIPEndPoint.AddressFamily)
throw new InvalidOperationException($"Local address \"{localAddress}\" is not in the same IP format as server address \"{udpClientIPEndPoint.Address}\"");
using (BlockAllocatedMemoryStream membershipAddresses = new BlockAllocatedMemoryStream())
{
byte[] serverAddressBytes = udpClientIPEndPoint.Address.GetAddressBytes();
byte[] sourceAddressBytes = sourceAddress.GetAddressBytes();
byte[] localAddressBytes = localAddress.GetAddressBytes();
membershipAddresses.Write(serverAddressBytes, 0, serverAddressBytes.Length);
membershipAddresses.Write(sourceAddressBytes, 0, sourceAddressBytes.Length);
membershipAddresses.Write(localAddressBytes, 0, localAddressBytes.Length);
udpClient.MulticastMembershipAddresses = membershipAddresses.ToArray();
}
// Execute multicast subscribe for specific source
m_udpServer.Provider.SetSocketOption(level, SocketOptionName.AddSourceMembership, udpClient.MulticastMembershipAddresses);
m_udpServer.Provider.SetSocketOption(level, SocketOptionName.MulticastTimeToLive, int.Parse(m_configData["multicastTimeToLive"]));
}
else
{
// Execute multicast subscribe for any source
m_udpServer.Provider.SetSocketOption(level, SocketOptionName.AddMembership, new MulticastOption(udpClientIPEndPoint.Address));
m_udpServer.Provider.SetSocketOption(level, SocketOptionName.MulticastTimeToLive, int.Parse(m_configData["multicastTimeToLive"]));
}
}
// Create client info object
udpClientInfo = new UdpClientInfo
{
Client = udpClient,
SendArgs = FastObjectFactory<SocketAsyncEventArgs>.CreateObjectFunction(),
SendLock = new object(),
SendQueue = new ConcurrentQueue<UdpServerPayload>()
};
udpClientInfo.DumpPayloadsOperation = new ShortSynchronizedOperation(() =>
{
UdpServerPayload payload;
// Check to see if the client has reached the maximum send queue size.
if (m_maxSendQueueSize > 0 && udpClientInfo.SendQueue.Count >= m_maxSendQueueSize)
{
for (int i = 0; i < m_maxSendQueueSize; i++)
{
if (udpClientInfo.SendQueue.TryDequeue(out payload))
{
payload.WaitHandle.Set();
payload.WaitHandle.Dispose();
payload.WaitHandle = null;
}
}
throw new InvalidOperationException($"Client {udpClientInfo.Client.ID} connected to UDP server reached maximum send queue size. {m_maxSendQueueSize} payloads dumped from the queue.");
}
}, ex => OnSendClientDataException(udpClientInfo.Client.ID, ex));
// Set up SocketAsyncEventArgs
udpClientInfo.SendArgs.RemoteEndPoint = udpClient.Provider;
udpClientInfo.SendArgs.SetBuffer(udpClient.SendBuffer, 0, udpClient.SendBufferSize);
udpClientInfo.SendArgs.Completed += m_sendHandler;
// Add new client to the lookup
m_clientInfoLookup.TryAdd(udpClient.ID, udpClientInfo);
OnClientConnected(udpClient.ID);
return udpClient;
}
/// <summary>
/// 接收发送给本机ip对应端口号的数据报
/// </summary>
public void ReciveMsg(CancellationToken token)
{
Task.Factory.StartNew(() =>
{
while (!token.IsCancellationRequested)
{
EndPoint point = new IPEndPoint(IPAddress.Any, 0); //用来保存发送方的ip和端口号
byte[] buffer = new byte[2 * 1024]; //给2*1024个字节作为缓存
int length = server.ReceiveFrom(buffer, ref point); //接收数据报
string message = Encoding.UTF8.GetString(buffer, 0, length);
InMsg imsg = JsonConvert.DeserializeObject <InMsg>(message);
if (imsg == null)
{
break;
}
if (imsg.Type.Equals("INFO") || imsg.Type.Equals("WARN") || imsg.Type.Equals("ERROR") || imsg.Type.Equals("FATAL") || imsg.Type.Equals("DEBUG"))
{
UdpClientInfo client = new UdpClientInfo()
{
endpoint = point.ToString(),
clientname = imsg.Client
};
if (!clients.Any(p => p.endpoint.Equals(client.endpoint)))
{
clients.Add(client);
ClientInsertEvent(client); //插入客户端
}
MessageInsertEvent(point.ToString(), imsg); //插入消息
if (imsg.Type.Equals("INFO"))
{
LogRealize.Info($"[{imsg.Time}]{imsg.Message}", imsg.Client);
}
if (imsg.Type.Equals("WARN"))
{
LogRealize.Warn($"[{imsg.Time}]{imsg.Message}", imsg.Client);
}
if (imsg.Type.Equals("ERROR"))
{
if (imsg.Exception == null)
{
LogRealize.Error($"[{imsg.Time}]{imsg.Message}", imsg.Client);
}
else
{
LogRealize.Error(imsg.Exception, imsg.Client, $"[{imsg.Time}]{imsg.Message}");
}
}
if (imsg.Type.Equals("FATAL"))
{
if (imsg.Exception == null)
{
LogRealize.Fatal($"[{imsg.Time}]{imsg.Message}", imsg.Client);
}
else
{
LogRealize.Fatal(imsg.Exception, imsg.Client, $"[{imsg.Time}]{imsg.Message}");
}
}
if (imsg.Type.Equals("DEBUG"))
{
if (imsg.Exception == null)
{
LogRealize.Debug($"[{imsg.Time}]{imsg.Message}", imsg.Client);
}
else
{
LogRealize.Debug(imsg.Exception, imsg.Client, $"[{imsg.Time}]{imsg.Message}");
}
}
}
}
}, token);
}
private TransportProvider<EndPoint> AddUdpClient(EndPoint udpClientEndPoint)
{
TransportProvider<EndPoint> udpClient = new TransportProvider<EndPoint>();
IPEndPoint udpClientIPEndPoint = udpClientEndPoint as IPEndPoint;
UdpClientInfo udpClientInfo;
// Set up client
udpClient.SetReceiveBuffer(ReceiveBufferSize);
udpClient.SetSendBuffer(SendBufferSize);
udpClient.Provider = udpClientIPEndPoint;
// If the IP specified for the client is a multicast IP, subscribe to the specified multicast group.
if ((object)udpClientIPEndPoint != null && Transport.IsMulticastIP(udpClientIPEndPoint.Address))
{
SocketOptionLevel level = udpClientIPEndPoint.AddressFamily == AddressFamily.InterNetworkV6 ? SocketOptionLevel.IPv6 : SocketOptionLevel.IP;
string multicastSource;
if (m_configData.TryGetValue("multicastSource", out multicastSource))
{
IPAddress sourceAddress = IPAddress.Parse(multicastSource);
IPAddress localAddress = (udpClientIPEndPoint.AddressFamily == AddressFamily.InterNetworkV6 ? IPAddress.IPv6Any : IPAddress.Any);
if (sourceAddress.AddressFamily != udpClientIPEndPoint.AddressFamily)
throw new InvalidOperationException(string.Format("Source address \"{0}\" is not in the same IP format as server address \"{1}\"", sourceAddress, udpClientIPEndPoint.Address));
if (localAddress.AddressFamily != udpClientIPEndPoint.AddressFamily)
throw new InvalidOperationException(string.Format("Local address \"{0}\" is not in the same IP format as server address \"{1}\"", localAddress, udpClientIPEndPoint.Address));
MemoryStream membershipAddresses = new MemoryStream();
byte[] serverAddressBytes = udpClientIPEndPoint.Address.GetAddressBytes();
byte[] sourceAddressBytes = sourceAddress.GetAddressBytes();
byte[] localAddressBytes = localAddress.GetAddressBytes();
membershipAddresses.Write(serverAddressBytes, 0, serverAddressBytes.Length);
membershipAddresses.Write(sourceAddressBytes, 0, sourceAddressBytes.Length);
membershipAddresses.Write(localAddressBytes, 0, localAddressBytes.Length);
udpClient.MulticastMembershipAddresses = membershipAddresses.ToArray();
// Execute multicast subscribe for specific source
m_udpServer.Provider.SetSocketOption(level, SocketOptionName.AddSourceMembership, udpClient.MulticastMembershipAddresses);
m_udpServer.Provider.SetSocketOption(level, SocketOptionName.MulticastTimeToLive, int.Parse(m_configData["multicastTimeToLive"]));
}
else
{
// Execute multicast subscribe for any source
m_udpServer.Provider.SetSocketOption(level, SocketOptionName.AddMembership, new MulticastOption(udpClientIPEndPoint.Address));
m_udpServer.Provider.SetSocketOption(level, SocketOptionName.MulticastTimeToLive, int.Parse(m_configData["multicastTimeToLive"]));
}
}
// Create client info object
udpClientInfo = new UdpClientInfo()
{
Client = udpClient,
SendArgs = FastObjectFactory<SocketAsyncEventArgs>.CreateObjectFunction(),
SendLock = new SpinLock(),
SendQueue = new ConcurrentQueue<UdpServerPayload>()
};
// Set up SocketAsyncEventArgs
udpClientInfo.SendArgs.RemoteEndPoint = udpClient.Provider;
udpClientInfo.SendArgs.SetBuffer(udpClient.SendBuffer, 0, udpClient.SendBufferSize);
udpClientInfo.SendArgs.Completed += m_sendHandler;
// Add new client to the lookup
m_clientInfoLookup.TryAdd(udpClient.ID, udpClientInfo);
OnClientConnected(udpClient.ID);
return udpClient;
}