public DynamicEndpoint(dynamic client)
{
this.client = client;
ITransportationLayer transport = client;
transport.ConnectionEstablished += () => ConnectionEstablished?.Invoke();
transport.ConnectionLost += () => ConnectionLost?.Invoke();
transport.ProviderDataReady += data => ProviderDataReady?.Invoke(data);
}
private ApplicationConnectionManager(ITransportationLayer transportationLayer,
ProtocolTree protocolTree, FTConnectionController ft) : this(transportationLayer)
{
this.ft = ft;
tree.Register(ft);
tree.Entry(ft);
tree.Connect(ft, protocolTree);
ft.ConnectionLost += () =>
{
CloseConnectionAndCleanUp();
ConnectionLost?.Invoke();
};
}
private ApplicationConnectionManager(ITransportationLayer transportationLayer)
{
this.transportationLayer = transportationLayer;
tree.DataIntegrityError += OnDataIntegrityError;
tree.DataSymmetricityError += OnDataSymmetricityError;
dataSerializer.DataIntegrityError += OnDataIntegrityError;
dataSerializer.DataSymmetricityError += OnDataSymmetricityError;
transportationLayer.ConnectToUpstream(dataSerializer);
dataSerializer.ConnectToDownstream(transportationLayer);
dataSerializer.ConnectToUpstream(tree);
tree.ConnectToDownstream(dataSerializer);
}
public ApplicationConnectionManager(ITransportationLayer transportationLayer, ProtocolTree protocolTree,
IStateDataProvider stateDataProvider, int heartBeatTimeInterval, int silenceTimeLimit)
: this(transportationLayer, protocolTree, FTConnectionController.CreateStatefulSession(
transportationLayer, stateDataProvider, heartBeatTimeInterval, silenceTimeLimit))
{
}
public ApplicationConnectionManager(ITransportationLayer transportationLayer, ProtocolTree protocolTree)
: this(transportationLayer)
{
tree.Entry(protocolTree);
transportationLayer.ConnectionLost += CloseConnectionAndCleanUp;
}