private List <PeerInfo> signalHandlerThreads(List <PeerInfo> waiters)
{
var deadWaiters = new List <PeerInfo>();
foreach (PeerInfo waiter in waiters)
{
// TODO: optimize in evening in case if waiter is current instanse
EventWaitHandle notifier;
bool alive = MutextHelper.TryOpenExistingEventWaitHandle(waiter.WaiterName, out notifier);
if (alive)
{
EventWaitHandle responder;
MutextHelper.TryOpenExistingEventWaitHandle(waiter.ResponderName, out responder);
notifier.Set();
try
{
responder.WaitOne(_peerResponce);
}
catch (AbandonedMutexException)//peer crashed without Disposing
{
deadWaiters.Add(waiter);
}
}
else
{
deadWaiters.Add(waiter); // peer was closed without Disposing
}
}
return(deadWaiters);
}
public LocalInterProcessEvent(string name)
{
_name = name;
_readerWriterLock = MutextHelper.AttachToMutex(_name + "Peer2Peer.ReaderWriter");
_me = new LocalPeer(name);
_eventWaitersRegistry = new MemoryMappedFileChannel(_name + "Peer2Peer.Registry", MAX_BYTES);
_eventData = new MemoryMappedFileChannel(_name + "Peer2Peer.Data", MAX_BYTES);
}
public LocalPeer(string eventName)
{
PeerId = string.Format("event:{0},class:{1},pid:{2},appdomain:{3}", eventName, this.GetType().Name, Process.GetCurrentProcess().Id, AppDomain.CurrentDomain.Id);
WaiterName = PeerId + " Waiter";
Waiter = MutextHelper.AttachToEventWaitHandle(WaiterName, EventResetMode.AutoReset);
ResponderName = PeerId + " Responder";
Responder = MutextHelper.AttachToEventWaitHandle(ResponderName, EventResetMode.AutoReset);
}
