public void RestoreAddresses(ServerAsyncEventArgs e)
{
e.ConnectionId = connectionId;
e.LocalEndPoint = localEndPoint;
e.RemoteEndPoint = remoteEndPoint;
localEndPoint = null;
remoteEndPoint = null;
}
public static ConnectionId Generate(ServerEndPoint reflexive, IPEndPoint local)
{
if (sha1 == null)
sha1 = new HMACSHA1(sha1Key);
string hashData = reflexive.ToString() + local.ToString() + Interlocked.Increment(ref count).ToString();
var bytes = sha1.ComputeHash(Encoding.UTF8.GetBytes(hashData));
return new ConnectionId()
{
Value1 = BitConverter.ToInt64(bytes, 0),
Value2 = BitConverter.ToInt64(bytes, 8),
Value3 = BitConverter.ToInt32(bytes, 16),
};
}
public AppTermServerTransport(SyncBinding binding,
ServerEndPoint serverEndpoint,
IPAddress localAddr, int port) : base(binding, serverEndpoint, localAddr, port)
{
}
public RequestMsg ServerDispatchRequest(ServerEndPoint endpoint, RequestMsg request)
{
NFX.ApplicationModel.ExecutionContext.Application.Log.Write( new NFX.Log.Message{ Type=NFX.Log.MessageType.TraceA, From ="ServeInspector", Text="Received " + request.ServerTransport.StatBytesReceived.ToString() + " bytes"});
return request;
}
/// <summary>
/// Allocates a listener transport
/// </summary>
public SyncServerTransport(SyncBinding binding, ServerEndPoint serverEndpoint, IPAddress localAddr, int port) : base(binding, serverEndpoint)
{
Node = serverEndpoint.Node;
m_IPAddress = localAddr;
m_Port = port;
}
protected internal override ServerTransport OpenServerEndpoint(ServerEndPoint epoint)
{
return new InProcServerTransport(this, epoint);
}
private void SendTurn(TurnMessage message, ServerEndPoint local, IPEndPoint remote)
{
ServerAsyncEventArgs p;
int offset;
message.ComputeMessageLength();
GetBuffer(local, remote, message.TotalMessageLength, out p, out offset);
message.GetBytes(p.Buffer, offset, Authentificater.Key2);
turnServer.SendAsync(p);
}
private string GetKey(ServerEndPoint local, IPEndPoint remote)
{
return(local.ToString() + @"|" + remote.ToString());
}
internal ServerInfoEventArgs(ServerEndPoint serverEndPoint, SocketException error)
: base(serverEndPoint)
{
SocketError = error.SocketErrorCode;
Exception = error;
}
public PhotonServerPeer(InitRequest initRequest) : base(initRequest)
{
ServerEndPoint = new ServerEndPoint(new PhotonServerCommunicationInterface(this));
ServerEndPoint.LastConnectedIPAddress = RemoteIPAddress;
EndPointFactory.Instance.EndPointConnect(ServerEndPoint);
}
public PipeClient(ServerEndPoint endpoint, ILoggerFactory loggerFactory)
{
_endpoint = (NamedPipeEndPoint)endpoint.EndPoint;
ServerEndPoint = endpoint;
_loggerFactory = loggerFactory;
}
public static bool IsTransportUnreliable(this ServerEndPoint endPoint)
{
return(endPoint.Protocol == ServerProtocol.Udp);
}
public void StoreAddresses(Connection connection)
{
connectionId = connection.Id;
localEndPoint = connection.LocalEndPoint;
remoteEndPoint = connection.RemoteEndPoint;
}
public ServerChangeEventArgs(ServerEndPoint serverEndPoint)
{
ServerEndPoint = serverEndPoint;
}
public void UnregisterServerEndpoint(ServerEndPoint ep)
{
}
protected internal override void CloseServerEndpoint(ServerEndPoint epoint)
{
var t = epoint.Transport;
if (t!=null) t.Dispose();
}
private TurnMessage ProcessAllocateRequest(ref Allocation allocation, TurnMessage request, ServerEndPoint local, IPEndPoint remote)
{
uint sequenceNumber = (request.MsSequenceNumber != null) ? request.MsSequenceNumber.SequenceNumber : 0;
{
uint lifetime = (request.Lifetime != null) ? ((request.Lifetime.Value > MaxLifetime.Seconds) ? MaxLifetime.Seconds : request.Lifetime.Value) : DefaultLifetime.Seconds;
if (allocation != null)
{
allocation.Lifetime = lifetime;
if (lifetime == 0)
{
logger.WriteInformation(string.Format("Update Allocation: {2} seconds {0} <--> {1}", allocation.Alocated.ToString(), allocation.Reflexive.ToString(), lifetime));
}
}
else
{
if (lifetime <= 0)
{
throw new TurnServerException(ErrorCode.NoBinding);
}
ProtocolPort pp = new ProtocolPort()
{
Protocol = local.Protocol,
};
if (peerServer.Bind(ref pp) != SocketError.Success)
{
throw new TurnServerException(ErrorCode.ServerError);
}
allocation = new Allocation()
{
TransactionId = request.TransactionId,
ConnectionId = ConnectionIdGenerator.Generate(local, remote),
Local = local,
Alocated = new ServerEndPoint(pp, PublicIp),
Real = new ServerEndPoint(pp, RealIp),
Reflexive = new IPEndPoint(remote.Address, remote.Port),
Lifetime = lifetime,
};
allocations.Replace(allocation);
logger.WriteInformation(string.Format("Allocated: {0} <--> {1} for {2} seconds", allocation.Alocated.ToString(), allocation.Reflexive.ToString(), allocation.Lifetime));
}
}
return(new TurnMessage()
{
IsAttributePaddingDisabled = true,
MessageType = MessageType.AllocateResponse,
TransactionId = request.TransactionId,
MagicCookie = new MagicCookie(),
MappedAddress = new MappedAddress()
{
IpAddress = allocation.Alocated.Address,
Port = (UInt16)allocation.Alocated.Port,
},
Lifetime = new Lifetime()
{
Value = allocation.Lifetime,
},
Bandwidth = new Bandwidth()
{
Value = 750,
},
XorMappedAddress = new XorMappedAddress(TurnMessageRfc.MsTurn)
{
IpAddress = remote.Address,
Port = (UInt16)remote.Port,
},
Realm = new Realm(TurnMessageRfc.MsTurn)
{
Ignore = true,
Value = Authentificater.Realm,
},
MsUsername = new MsUsername()
{
Ignore = true,
Value = request.MsUsername.Value,
},
//MsUsername = allocation.Username,
MessageIntegrity = new MessageIntegrity(),
MsSequenceNumber = new MsSequenceNumber()
{
ConnectionId = allocation.ConnectionId,
SequenceNumber = sequenceNumber,//allocation.SequenceNumber,
},
});
}
internal ServerInfoEventArgs(ServerEndPoint serverEndPoint, string api, string function, uint error)
: base(serverEndPoint)
{
Error = Format(api, function, error);
}
public Allocation Get(ServerEndPoint allocated)
{
Allocation allocation = null;
lock (syncRoot)
{
if (byAllocated.TryGetValue(allocated, out allocation) == false)
byReal.TryGetValue(allocated, out allocation);
}
return allocation != null && allocation.IsValid() ? allocation : null;
}
private TurnMessage ProcessAllocateRequest(ref Allocation allocation, TurnMessage request, ServerEndPoint local, IPEndPoint remote)
{
uint sequenceNumber = (request.MsSequenceNumber != null) ? request.MsSequenceNumber.SequenceNumber : 0;
{
uint lifetime = (request.Lifetime != null) ? ((request.Lifetime.Value > MaxLifetime.Seconds) ? MaxLifetime.Seconds : request.Lifetime.Value) : DefaultLifetime.Seconds;
if (allocation != null)
{
allocation.Lifetime = lifetime;
if (lifetime == 0)
logger.WriteInformation(string.Format("Update Allocation: {2} seconds {0} <--> {1}", allocation.Alocated.ToString(), allocation.Reflexive.ToString(), lifetime));
}
else
{
if (lifetime <= 0)
throw new TurnServerException(ErrorCode.NoBinding);
ProtocolPort pp = new ProtocolPort() { Protocol = local.Protocol, };
if (peerServer.Bind(ref pp) != SocketError.Success)
throw new TurnServerException(ErrorCode.ServerError);
allocation = new Allocation()
{
TransactionId = request.TransactionId,
ConnectionId = ConnectionIdGenerator.Generate(local, remote),
Local = local,
Alocated = new ServerEndPoint(pp, PublicIp),
Real = new ServerEndPoint(pp, RealIp),
Reflexive = new IPEndPoint(remote.Address, remote.Port),
Lifetime = lifetime,
};
allocations.Replace(allocation);
logger.WriteInformation(string.Format("Allocated: {0} <--> {1} for {2} seconds", allocation.Alocated.ToString(), allocation.Reflexive.ToString(), allocation.Lifetime));
}
}
return new TurnMessage()
{
IsAttributePaddingDisabled = true,
MessageType = MessageType.AllocateResponse,
TransactionId = request.TransactionId,
MagicCookie = new MagicCookie(),
MappedAddress = new MappedAddress()
{
IpAddress = allocation.Alocated.Address,
Port = (UInt16)allocation.Alocated.Port,
},
Lifetime = new Lifetime() { Value = allocation.Lifetime, },
Bandwidth = new Bandwidth() { Value = 750, },
XorMappedAddress = new XorMappedAddress(TurnMessageRfc.MsTurn)
{
IpAddress = remote.Address,
Port = (UInt16)remote.Port,
},
Realm = new Realm(TurnMessageRfc.MsTurn)
{
Ignore = true,
Value = Authentificater.Realm,
},
MsUsername = new MsUsername()
{
Ignore = true,
Value = request.MsUsername.Value,
},
//MsUsername = allocation.Username,
MessageIntegrity = new MessageIntegrity(),
MsSequenceNumber = new MsSequenceNumber()
{
ConnectionId = allocation.ConnectionId,
SequenceNumber = sequenceNumber,//allocation.SequenceNumber,
},
};
}
public Allocation GetByPeer(ServerEndPoint local, IPEndPoint remote)
{
Allocation allocation = null;
lock (syncRoot)
byKey.TryGetValue(GetKey(local, remote), out allocation);
return allocation != null && allocation.IsValid() ? allocation : null;
}
public ServerCallStub(ServerEndPoint endPoint)
{
Assert(endPoint != null);
_endPoint = endPoint;
}
private string GetKey(ServerEndPoint local, IPEndPoint remote)
{
return local.ToString() + @"|" + remote.ToString();
}
public InProcServerTransport(InProcBinding binding, ServerEndPoint serverEndpoint) : base(binding, serverEndpoint)
{
Node = serverEndpoint.Node;
}
public serverImplementer(ServerHandler handler, ServerEndPoint sep, Type contract)
{
Handler = handler;
ServerEndPoint = sep;
Contract = contract;
var implementers = sep.ContractServers.Where(ts => contract.IsAssignableFrom(ts)).ToArray();
if (implementers.Length==0)
throw new ServerContractException(string.Format(StringConsts.GLUE_ENDPOINT_CONTRACT_NOT_IMPLEMENTED_ERROR, sep.Name, contract.FullName));
if (implementers.Length>1)
{
handler.WriteLog(LogSrc.Server,
MessageType.Warning,
string.Format(StringConsts.GLUE_ENDPOINT_CONTRACT_MANY_SERVERS_WARNING, contract.FullName, sep.Name),
from: "serverImplementer");
}
Implementation = implementers[0];
//pre-alloc Contract/Implementation method infos
var intfMapping = Implementation.GetInterfaceMap(Contract);
foreach(var miContract in Contract.GetMethods())
{
var mspec = new MethodSpec(miContract);
var miImpl = intfMapping.TargetMethods.FirstOrDefault( tmi => new MethodSpec(tmi).Equals( mspec ));
if (miImpl==null)
throw new ServerContractException(StringConsts.GLUE_ENDPOINT_CONTRACT_INTF_MAPPING_ERROR.Args( sep.Name,
contract.FullName,
miContract.Name,
Implementation.FullName));
var fBody = getFBody(miContract);
methodMap.Add(mspec, new mapping(miContract, miImpl, fBody));//todo DODELAT Functor!
}
var lifeCycle = Contract.GetCustomAttributes(typeof(LifeCycleAttribute), false).FirstOrDefault() as LifeCycleAttribute;
if (lifeCycle!=null)
{
InstanceMode = lifeCycle.Mode;
InstanceTimeoutMs = lifeCycle.TimeoutMs;
}
if (InstanceTimeoutMs==0) InstanceTimeoutMs = DEFAULT_INSTANCE_TIMEOUT_MS;
ThreadSafe = Attribute.IsDefined(Implementation, typeof(ThreadSafeAttribute), false);
AuthenticationSupport = Attribute.IsDefined(Contract, typeof(AuthenticationSupportAttribute), false);
SupportsGlueCtor = Implementation.GetConstructor(ServerHandler.GLUE_CTOR_SIGNATURE) != null;
}
public void UnregisterServerEndpoint(ServerEndPoint ep)
{
m_Servers.Unregister(ep);
}
private serverImplementer getServerImplementer(ServerEndPoint sep, Type contract)
{
serverImplementer server;
if (sep.m_ContractImplementers.TryGetValue(contract, out server)) return server;
server = new serverImplementer(this, sep, contract); //throws
sep.m_ContractImplementers.TryAdd(contract, server);
return server;
}
public ResponseMsg ServerReturnResponse(ServerEndPoint endpoint, RequestMsg request, ResponseMsg response)
{
response.Headers.Add( new TextInfoHeader{ Text="Response generated at " + App.LocalizedTime.ToString(), Info = "Serve Node: " + endpoint.Node } );
return response;
}
public void RegisterServerEndpoint(ServerEndPoint ep)
{
if (!m_Servers.Register(ep))
throw new GlueException(StringConsts.GLUE_DUPLICATE_NAMED_INSTANCE_ERROR +
"ServerEndPoint = " + ep.Name);
}
public SingleBlockEnumerable(RedisBase redis, ServerEndPoint server,
Task <T[]> pending, int pageOffset) : base(redis, server, 0, int.MaxValue, 0, pageOffset, default)
{
_pending = pending;
}
public void UnregisterServerEndpoint(ServerEndPoint ep)
{
m_Servers.Unregister(ep);
}
protected internal override ServerTransport OpenServerEndpoint(ServerEndPoint epoint)
{
var cfg = ConfigNode.NavigateSection(CONFIG_SERVER_TRANSPORT_SECTION);
if (!cfg.Exists) cfg = ConfigNode;
var ipep = MpxBinding.ToIPEndPoint(epoint.Node);
var transport = new MpxServerTransport(this, epoint, ipep.Address, ipep.Port);
transport.Configure(cfg);
transport.Start();
return transport;
}
public SocketClient(ServerEndPoint specifiedEndPoint, ILoggerFactory loggerFactory)
{
ServerEndPoint = specifiedEndPoint;
_loggerFactory = loggerFactory;
}
internal ServerInfoEventArgs(ServerEndPoint serverEndPoint, Exception error)
: base(serverEndPoint)
{
Exception = error;
}
protected internal override ServerTransport OpenServerEndpoint(ServerEndPoint epoint)
{
return(new InProcServerTransport(this, epoint));
}
internal ServerInfoEventArgs(ServerEndPoint serverEndPoint, string error)
: base(serverEndPoint)
{
Error = error;
}
private void GetBuffer(ServerEndPoint local, IPEndPoint remote, int length, out ServerAsyncEventArgs e, out int offset)
{
int headerLength = (local.Protocol == ServerProtocol.Tcp) ? TcpFramingHeader.TcpFramingHeaderLength : 0;
e = EventArgsManager.Get();
e.ConnectionId = ServerAsyncEventArgs.AnyConnectionId;
e.LocalEndPoint = local;
e.RemoteEndPoint = remote;
e.Count = headerLength + length;
e.AllocateBuffer();
if (headerLength > 0)
TcpFramingHeader.GetBytes(e.Buffer, e.Offset, TcpFrameType.ControlMessage, length);
offset = e.Offset + headerLength;
}
internal ServerInfoEventArgs(ServerEndPoint serverEndPoint, SocketError error)
: base(serverEndPoint)
{
SocketError = error;
}
public void StoreAddresses(Connection connection)
{
connectionId = connection.Id;
localEndPoint = connection.LocalEndPoint;
remoteEndPoint = connection.RemoteEndPoint;
}