private IEnumerator <object> ListenerTask(ListenerContext context)
{
using (context) {
yield return(Future.RunInThread(context.Start));
var wfns = new WaitForNextStep();
var acceptedConnections = new List <IncomingConnection>();
const int connectionsToAcceptPerStep = 4;
Future <IncomingConnection> acceptedConnection = null;
while (true)
{
if (acceptedConnection != null)
{
if (acceptedConnection.Failed)
{
OnListenerError(acceptedConnection.Error);
}
else
{
acceptedConnections.Add(acceptedConnection.Result);
}
}
context.IncomingConnections.DequeueMultiple(
acceptedConnections, connectionsToAcceptPerStep
);
foreach (var ac in acceptedConnections)
{
var fKeepAlive = Scheduler.Start(KeepAliveTask(context, ac));
fKeepAlive.RegisterOnComplete(RequestOnComplete);
}
acceptedConnections.Clear();
acceptedConnection = context.IncomingConnections.Dequeue();
yield return(acceptedConnection);
}
}
}
private IEnumerator<object> ListenerTask(ListenerContext context)
{
using (context) {
yield return Future.RunInThread(context.Start);
var wfns = new WaitForNextStep();
var acceptedConnections = new List<IncomingConnection>();
const int connectionsToAcceptPerStep = 4;
Future<IncomingConnection> acceptedConnection = null;
while (true) {
if (acceptedConnection != null) {
if (acceptedConnection.Failed)
OnListenerError(acceptedConnection.Error);
else
acceptedConnections.Add(acceptedConnection.Result);
}
context.IncomingConnections.DequeueMultiple(
acceptedConnections, connectionsToAcceptPerStep
);
foreach (var ac in acceptedConnections) {
var fKeepAlive = Scheduler.Start(KeepAliveTask(context, ac));
fKeepAlive.RegisterOnComplete(RequestOnComplete);
}
acceptedConnections.Clear();
acceptedConnection = context.IncomingConnections.Dequeue();
yield return acceptedConnection;
}
}
}
