private void TestMisc()
{
WMReaderStatistics ps = new WMReaderStatistics();
ps.cbSize = Marshal.SizeOf(typeof(WMReaderStatistics));
m_read.GetStatistics(ps);
Debug.Assert(ps.wQuality == 100);
m_read.NotifyLateDelivery(1000);
m_read.DeliverTime(1000);
int i;
m_read.GetMaxOutputSampleSize(1, out i);
Debug.Assert(i != 0);
m_read.GetMaxStreamSampleSize(1, out i);
Debug.Assert(i != 0);
WMReaderClientInfo w = new WMReaderClientInfo();
w.cbSize = Marshal.SizeOf(typeof(WMReaderClientInfo));
m_read.SetClientInfo(w);
}
private void SetStreams(string sName)
{
// First find the mapping between the output name and
// the stream number
IWMProfile pProfile = m_pReader as IWMProfile;
int iCount;
pProfile.GetStreamCount(out iCount);
short[] sss = new short[iCount];
StreamSelection[] ss = new StreamSelection[iCount];
StringBuilder sSName;
for (short j = 0; j < iCount; j++)
{
IWMStreamConfig pConfig;
pProfile.GetStream(j, out pConfig);
try
{
pConfig.GetStreamNumber(out sss[j]);
short iSName = 0;
sSName = null;
pConfig.GetConnectionName(sSName, ref iSName);
sSName = new StringBuilder(iSName);
pConfig.GetConnectionName(sSName, ref iSName);
}
finally
{
Marshal.ReleaseComObject(pConfig);
}
// Turn the stream on or off depending on whether
// this is the one that matches the output we're
// looking for
if (sSName.ToString() == sName)
{
ss[j] = StreamSelection.On;
}
else
{
ss[j] = StreamSelection.Off;
}
}
// Use the array we've built to specify the streams we want
IWMReaderAdvanced ra = m_pReader as IWMReaderAdvanced;
ra.SetStreamsSelected((short)iCount, sss, ss);
// Learn the maximum sample size that will be send to OnSample
ra.GetMaxOutputSampleSize(m_dwAudioOutputNum, out m_MaxSampleSize);
// Have the Samples allocated using IWMReaderCallbackAdvanced::AllocateForOutput
ra.SetAllocateForOutput(m_dwAudioOutputNum, true);
}