public void Receive(RecordingDelegate Delegate)
{
Delegate(Receiver.Receive(ref InPath));
}
public void Listen(RecordingDelegate Delegate, int Frequency)
{
ListenLock.EnterWriteLock();
Recorder = Delegate;
InDelay = 1000 / Frequency;
ListenLock.ExitWriteLock();
//hang until access to the variable "InDelay" and the
//delegate "Recorder" are secured for writing for this
//thread, then restore general access
if (ListenThread == null)
{
ListenThread = new Thread(ListenLoop);
ListenThread.Start();
}
//keep the thread running unless asked to stop
}
public void Receive(RecordingDelegate Delegate)
{
int BufferSize = Transceiver.BytesToRead;
//the amount could change between clock cycles
byte[] Data = new byte[BufferSize];
Transceiver.Read(Data, 0, BufferSize);
Delegate(Data);
}
public void Receive(RecordingDelegate Delegate, int PacketSize)
{
if (PacketSize > Transceiver.ReadBufferSize)
{
Transceiver.ReadBufferSize = PacketSize;
}
//make sure the buffer is big enough
if (PacketSize <= Transceiver.BytesToRead)
{
byte[] Data = new byte[PacketSize];
Transceiver.Read(Data, 0, PacketSize);
Delegate(Data);
}
//read a packet if there's a whole packet available
else
{
byte[] Data = new byte[0];
Delegate(Data);
}
//otherwise call record with an empty array
}
public void Listen(
RecordingDelegate Delegate, int PacketSize, int Frequency)
{
if (PacketSize > Transceiver.ReadBufferSize)
{
Transceiver.ReadBufferSize = PacketSize;
}
//make sure the buffer is big enough
ListenLock.EnterWriteLock();
DataIn = new byte[PacketSize];
Recorder = Delegate;
InDelay = 1000 / Frequency;
ListenLock.ExitWriteLock();
//hang until access to the variables "InDelay" and
//"DataIn" and the delegate "Recorder" are secured for
//writing for this thread, then restore general access
if (ListenThread == null)
{
ListenThread = new Thread(ListenLoop);
ListenThread.Start();
}
//keep the thread running unless asked to stop
}