private Task ProcessReceiveRequest(ITransportConnection connection)
{
Func <Task> initialize = null;
// If this transport isn't replacing an existing transport, oldConnection will be null.
ITrackingConnection oldConnection = Heartbeat.AddOrUpdateConnection(this);
bool newConnection = oldConnection == null;
if (IsConnectRequest)
{
if (_protocolResolver.SupportsDelayedStart(Context.Request))
{
// TODO: Ensure delegate continues to use the C# Compiler static delegate caching optimization.
initialize = () => connection.Initialize(ConnectionId);
}
else
{
Func <Task> connected;
if (newConnection)
{
connected = Connected ?? _emptyTaskFunc;
_counters.ConnectionsConnected.Increment();
}
else
{
// Wait until the previous call to Connected completes.
// We don't want to call Connected twice
connected = () => oldConnection.ConnectTask;
}
initialize = () =>
{
return(connected().Then((conn, id) => conn.Initialize(id), connection, ConnectionId));
};
}
}
else if (!SuppressReconnect)
{
initialize = Reconnected;
_counters.ConnectionsReconnected.Increment();
}
initialize = initialize ?? _emptyTaskFunc;
Func <Task> fullInit = () => initialize().ContinueWith(_connectTcs);
return(ProcessMessages(connection, fullInit));
}
private Task ProcessReceiveRequest(ITransportConnection connection)
{
Func<Task> initialize = null;
// If this transport isn't replacing an existing transport, oldConnection will be null.
ITrackingConnection oldConnection = Heartbeat.AddOrUpdateConnection(this);
bool newConnection = oldConnection == null;
if (IsConnectRequest)
{
if (_protocolResolver.SupportsDelayedStart(Context.Request))
{
// TODO: Ensure delegate continues to use the C# Compiler static delegate caching optimization.
initialize = () => connection.Initialize(ConnectionId);
}
else
{
Func<Task> connected;
if (newConnection)
{
connected = Connected ?? _emptyTaskFunc;
_counters.ConnectionsConnected.Increment();
}
else
{
// Wait until the previous call to Connected completes.
// We don't want to call Connected twice
connected = () => oldConnection.ConnectTask;
}
initialize = () =>
{
return connected().Then((conn, id) => conn.Initialize(id), connection, ConnectionId);
};
}
}
else if (!SuppressReconnect)
{
initialize = Reconnected;
_counters.ConnectionsReconnected.Increment();
}
initialize = initialize ?? _emptyTaskFunc;
Func<Task> fullInit = () => initialize().ContinueWith(_connectTcs);
return ProcessMessages(connection, fullInit);
}