public void BitmapAcquiredCBHandler(Bitmap aNewBitmap)
{
byte[] newBA = aCodecUtility.CompressBmpToJPEGArray(aImageQuality, aNewBitmap);
int FileID = aRandomGenerator.Next();
//Total size of the packet to send including header + data.
PacketPartitionner pp = new PacketPartitionner(FileID, newBA.Length, Packet.GetHeaderSize() + Packet.DEFAULT_PACKET_SIZE, null);
pp.PartitionFile(newBA, newBA.Length);
//Console.WriteLine("Partition File ID " + FileID + " In " + pp.GetPartitionnedPackets().Count + " Packets");
//Remove prints to the console
for (int i = 0; i < pp.GetPartitionnedPackets().Count; i++)
{
Packet p = ((Packet)(pp.GetPartitionnedPackets()[i]));
//Console.WriteLine("Send Packet:"+i);
byte[] SerializedPacket = p.GetBytes();
//Sending the data to a blocking queue that gets process by a thread generate additionnal delay
//The best solution to reduce the lag for now is to send the data directly with SendNow method.
//aUDPSender.SendDataUDP(SerializedPacket, SerializedPacket.Length);
aUDPSender.SendBytesNow(SerializedPacket, SerializedPacket.Length);
}
pp.GetPartitionnedPackets().Clear();
}
//Handles the reception of 1 UDP packet of data.
public void ReceivedHandler(int NumberOfAvailableData)
{
int PacketSize = Packet.GetHeaderSize() + Packet.DEFAULT_PACKET_SIZE;
if (NumberOfAvailableData >= PacketSize)
{
while (aUDPListener.GetNumberOfReceivedData() >= PacketSize)
{
byte[] buffer = new byte[PacketSize];
aUDPListener.ReceiveData(ref buffer, PacketSize);
Packet p = new Packet(buffer);
PacketReconstructors.ReconstructFile(p);
}
}
}