/// <summary>
/// Add a message for sending
/// </summary>
/// <param name="lightMessage"></param>
public void Set(MemoryStream lightMessage)
{
lock (locker)
{
var id = Interlocked.Increment(ref msgId);
LightSeparator newSep = null;
if (used.Count > 0)
{
newSep = used[0];
used.RemoveAt(0);
}
else
newSep = new LightSeparator();
newSep.Initialize(lightMessage, id);
queue.Add(newSep);
}
}
public void TestSendAndReceiveBasics(MemoryStream sendStream)
{
Console.WriteLine ("Test Send And Receive for size " + sendStream.Length+" b");
var sep = new LightSeparator ();
var asm = new QuantumReceiver ();
MemoryStream received = null;
asm.OnLightMessage+= (QuantumReceiver arg1, QuantumHead arg2, MemoryStream arg3) =>
{
received = new MemoryStream();
arg3.WriteTo(received);
};
asm.OnCollectingError += (QuantumReceiver arg1, QuantumHead arg2, byte[] arg3) => {
throw new Exception("Error during collecting");
};
Stopwatch tmr = new Stopwatch ();
tmr.Start ();
sep.Initialize (sendStream, 42);
while (sep.DataLeft > 0) {
var snd = sep.Next (500);
asm.Set (snd);
}
if (received==null)
throw new Exception ("No Receive");
if (received.Length != sendStream.Length)
throw new Exception ("Sended and received size are not equal");
received.Position = 0;
sendStream.Position = 0;
tmr.Stop ();
while (sendStream.Position < sendStream.Length) {
var Bsended = sendStream.ReadByte ();
var Breceived = received.ReadByte ();
if (Bsended != Breceived)
throw new Exception ("received and sended values are not equal");
}
Console.WriteLine ("SR done in " + tmr.ElapsedMilliseconds);
}