private static void DoRegister(Type t)
{
// Tell what media types you are able to support. This allows
// the smart connect capability of DS to avoid loading your DMO
// if it can't handle the stream type.
// Note that you don't have to register any (but I recommend
// you do). Also, you don't have to provide a subtype (use
// Guid.Empty). You can negotiate this at run time in
// InternalCheckInputType.
DMOPartialMediatype[] inPin = new DMOPartialMediatype[2];
inPin[0] = new DMOPartialMediatype();
inPin[0].type = MediaType.Video;
inPin[0].subtype = MediaSubType.RGB24;
inPin[1] = new DMOPartialMediatype();
inPin[1].type = MediaType.Video;
inPin[1].subtype = MediaSubType.RGB32;
DMOPartialMediatype[] outPin = new DMOPartialMediatype[2];
outPin[0] = new DMOPartialMediatype();
outPin[0].type = MediaType.Video;
outPin[0].subtype = MediaSubType.RGB24;
outPin[1] = new DMOPartialMediatype();
outPin[1].type = MediaType.Video;
outPin[1].subtype = MediaSubType.RGB32;
int hr = DMOUtils.DMORegister(
DMOName,
typeof(DmoMixer).GUID,
DMOCat,
DMORegisterFlags.None,
inPin.Length,
inPin,
outPin.Length,
outPin);
}
private static void DoRegister(Type t)
{
// Tell what media types you are able to support. This allows
// the smart connect capability of DS to avoid loading your DMO
// if it can't handle the stream type.
// Note that you don't have to register any (but I recommend
// you do). Also, you don't have to provide a subtype (use
// Guid.Empty). You can negotiate this at run time in
// InternalCheckInputType.
DMOPartialMediatype [] pIn = new DMOPartialMediatype[1];
pIn[0] = new DMOPartialMediatype();
pIn[0].type = MediaType.Audio;
pIn[0].subtype = MediaSubType.PCM;
DMOPartialMediatype [] pOut = new DMOPartialMediatype[1];
pOut[0] = new DMOPartialMediatype();
pOut[0].type = MediaType.Audio;
pOut[0].subtype = MediaSubType.PCM;
int hr = DMOUtils.DMORegister(
DMOName,
typeof(DmoSplit).GUID,
DMOCat,
DMORegisterFlags.None,
pIn.Length,
pIn,
pOut.Length,
pOut
);
}
