public void TestPause()
{
int x = 0;
var buffer = new ByteBufferAsyncProcessor("TestAsyncProcessor", 1, delegate(byte[] data, int offset, int len, ref long seqN) { x += data[offset]; });
var reason1 = "reason1";
var reason2 = "reason2";
Assert.True(buffer.Pause(reason1));
Assert.False(buffer.Pause(reason1));
Assert.True(buffer.Pause(reason2));
Assert.False(buffer.Pause(reason2));
buffer.Start();
buffer.Put(new byte[] { 1, 2, 3 });
Thread.Sleep(50);
Assert.AreEqual(0, x);
Assert.True(buffer.Resume(reason1));
Assert.False(buffer.Resume(reason1));
Thread.Sleep(50);
Assert.AreEqual(0, x);
Assert.True(buffer.Resume(reason2));
Assert.False(buffer.Resume(reason2));
Assert.False(buffer.Resume(reason2));
SpinWait.SpinUntil(() => buffer.AllDataProcessed);
Assert.AreEqual(6, x);
}
protected Base(string id, Lifetime lifetime, [NotNull] IScheduler scheduler) : base(scheduler)
{
Id = id;
Log = Diagnostics.Log.GetLog(GetType());
myLifetime = lifetime;
myAcktor = new Actor <long>(id + "-ACK", lifetime, SendAck);
SendBuffer = new ByteBufferAsyncProcessor(id + "-Sender", Send0);
SendBuffer.Pause(DisconnectedPauseReason);
SendBuffer.Start();
Connected.Advise(lifetime, value => HeartbeatAlive.Value = value);
//when connected
SocketProvider.Advise(lifetime, socket =>
{
// //todo hack for multiconnection, bring it to API
// if (SupportsReconnect) SendBuffer.Clear();
var timer = StartHeartbeat();
SendBuffer.ReprocessUnacknowledged();
SendBuffer.Resume(DisconnectedPauseReason);
scheduler.Queue(() => { Connected.Value = true; });
try
{
//use current thread for receiving procedure
ReceiverProc(socket);
}
finally
{
scheduler.Queue(() => { Connected.Value = false; });
SendBuffer.Pause(DisconnectedPauseReason);
timer.Dispose();
CloseSocket(socket);
}
});
}