bool LPCMStream::Probe(IBitStream &bs )
{
char *last_dot = strrchr( bs.StreamName(), '.' );
return
last_dot != NULL
&& strcmp( last_dot+1, "lpcm") == 0;
}
void MultiplexJob::SetupInputStreams( std::vector< IBitStream *> &inputs )
{
IBitStream *bs;
IBitStreamUndo undo;
unsigned int i;
bool bad_file = false;
for( i = 0; i < inputs.size(); ++i )
{
bs = inputs[i];
// Remember the streams initial state...
bs->PrepareUndo( undo );
if( LPCMStream::Probe( *bs ) )
{
mjpeg_info ("File %s looks like an LPCM Audio stream.",
bs->StreamName());
bs->UndoChanges( undo );
streams.push_back( new JobStream( bs, LPCM_AUDIO) );
++audio_tracks;
++lpcm_tracks;
continue;
}
bs->UndoChanges( undo );
if( MPAStream::Probe( *bs ) )
{
mjpeg_info ("File %s looks like an MPEG Audio stream.",
bs->StreamName() );
bs->UndoChanges( undo );
streams.push_back( new JobStream( bs, MPEG_AUDIO) );
++audio_tracks;
continue;
}
bs->UndoChanges( undo );
if( AC3Stream::Probe( *bs ) )
{
mjpeg_info ("File %s looks like an AC3 Audio stream.",
bs->StreamName());
bs->UndoChanges( undo );
streams.push_back( new JobStream( bs, AC3_AUDIO) );
++audio_tracks;
continue;
}
bs->UndoChanges( undo );
if( DTSStream::Probe( *bs ) )
{
mjpeg_info ("File %s looks like a dts Audio stream.",
bs->StreamName());
bs->UndoChanges( undo);
streams.push_back( new JobStream( bs, DTS_AUDIO) );
++audio_tracks;
continue;
}
bs->UndoChanges( undo );
if( VideoStream::Probe( *bs ) )
{
mjpeg_info ("File %s looks like an MPEG Video stream.",
bs->StreamName());
bs->UndoChanges( undo );
streams.push_back( new JobStream( bs, MPEG_VIDEO) );
++video_tracks;
continue;
}
bs->UndoChanges( undo );
if( SUBPStream::Probe( *bs ) )
{
mjpeg_info ("File %s looks like an Subpicture stream.",
bs->StreamName());
bs->UndoChanges( undo );
streams.push_back( new JobStream( bs, SUBP_STREAM) );
++subtitle_tracks;
continue;
}
#ifdef ZALPHA
if( ZAlphaStream::Probe( *bs ) )
{
mjpeg_info ("File %s looks like an Z/Alpha Video stream.",
bs->StreamName());
bs->UndoChanges( undo );
streams.push_back( new JobStream( bs, Z_ALPHA) );
++video_tracks;
++z_alpha_tracks;
continue;
}
#endif
bad_file = true;
mjpeg_error ("File %s unrecogniseable!", bs->StreamName());
delete bs;
}
if( bad_file )
{
mjpeg_error_exit1( "Unrecogniseable file(s)... exiting.");
}
//
// Where no parameters for streams have been specified
// simply set the default values (these will depend on the format
// we're muxing of course...)
//
for( i = video_param.size(); i < video_tracks; ++i )
{
video_param.push_back(VideoParams::Default( mux_format ));
}
for( i = lpcm_param.size(); i < lpcm_tracks; ++i )
{
lpcm_param.push_back(LpcmParams::Default(mux_format));
}
for( i = subtitle_params.size(); i < subtitle_tracks; ++i )
{
subtitle_params.push_back(SubtitleStreamParams::Default(mux_format));
}
//
// Set standard values if the selected profile implies this...
//
for( i = 0; i <video_tracks; ++i )
{
if( video_param[i]->Force(mux_format) )
{
mjpeg_info( "Video stream %d: profile %d selected - ignoring non-standard options!", i, mux_format );
}
}
mjpeg_info( "Found %d audio streams, %d video streams and %d subtitle streams",
audio_tracks,
video_tracks,
subtitle_tracks
);
}