private void m_recmw_WaveDoneMessage(object sender, IntPtr wParam, IntPtr lParam)
{
#if !NDOC
// Retrieve Waveheader object by the lpHeader pointer
Monitor.Enter(m_HandleMap.SyncRoot);
WaveHeader hdr = m_HandleMap[lParam.ToInt32()] as WaveHeader;
m_HandleMap.Remove(hdr.Header.ToInt32());
Monitor.Exit(m_HandleMap.SyncRoot);
// unprepare the header
CheckWaveError(Wave.waveInUnprepareHeader(m_hWaveIn, hdr.Header, hdr.HeaderLength));
hdr.RetrieveHeader();
m_qBuffers.Enqueue(hdr);
if (recordingFinished) // last chunk
{
DumpRecordBuffers();
CheckWaveError(Wave.waveInClose(m_hWaveIn));
WaveChunk wck = m_ck[0] as WaveChunk;
if (wck != null)
{
DataChunk dck = wck.FindChunk(FourCC.Data) as DataChunk;
if (dck != null)
{
dck.EndWrite();
}
wck.EndWrite();
}
m_ck.EndWrite();
m_streamRecord.Close();
// clean up the messageWindow
m_recmw.Dispose();
// reset the global flag
recording = false;
// set our event
if (DoneRecording != null)
{
DoneRecording();
}
foreach (WaveHeader whdr in m_HandleMap.Values)
{
whdr.Dispose();
}
m_HandleMap.Clear();
}
else
{
hdr = GetNewRecordBuffer(m_recBufferSize);
CheckWaveError(Wave.waveInAddBuffer(m_hWaveIn, hdr.Header, hdr.HeaderLength));
DumpRecordBuffers();
}
#endif
}
