public IPrioritizedProcessingGroup GetProcessingGroup(string transportId, string name, Action onFailure)
{
addId(transportId);
var transport = Transport ?? (Transport = m_Factory.Create(m_TransportInfo, processTransportFailure));
ProcessingGroupWrapper processingGroup;
lock (m_ProcessingGroups)
{
processingGroup = m_ProcessingGroups.FirstOrDefault(g => g.TransportId == transportId && g.Name == name);
if (processingGroup == null)
{
ProcessingGroupInfo processingGroupInfo;
if (!m_TransportInfo.ProcessingGroups.TryGetValue(name, out processingGroupInfo))
{
processingGroupInfo = new ProcessingGroupInfo {
ConcurrencyLevel = 1
}
}
;
processingGroup = new ProcessingGroupWrapper(transportId, name, processingGroupInfo);
processingGroup.SetProcessingGroup(transport.CreateProcessingGroup(() => processProcessingGroupFailure(processingGroup)));
m_ProcessingGroups.Add(processingGroup);
}
}
if (onFailure != null)
{
processingGroup.OnFailure += onFailure;
}
return(processingGroup);
}
public ProcessingGroupWrapper(string transportId, string name, ProcessingGroupInfo processingGroupInfo)
{
TransportId = transportId;
Name = name;
var threadCount = Math.Max(processingGroupInfo.ConcurrencyLevel, 1);
m_TaskScheduler = new QueuedTaskScheduler(threadCount);
m_TaskFactories = new Dictionary <int, TaskFactory>();
}