int EarlabModuleInstance::Start(void)
{
int result;
if ((mStart != NULL) && (mInstance != NULL))
result = (*mStart)(mInstance, mInputCount, mInputStreamTypes, mInputSize, mOutputCount, mOutputStreamTypes, mOutputSize, mOutputElementCounts);
else
return 0;
CreateOutputStreams();
return result;
}
BOOL CBaseOperation::OpenOutputFile(PCHAR outputFilename)
{
if (!GuessOutputFormat(m_outputFmtCtx, outputFilename))
return FALSE;
CreateOutputStreams(m_outputFmtCtx);
//Open outputfile, if return "<0" exit
if (avio_open(&m_outputFmtCtx->pb, outputFilename, AVIO_FLAG_WRITE) < 0){
m_errorCode = ErrorCode::OpenOutputFileError;
return FALSE;
}
//Write header of output file
avformat_write_header(m_outputFmtCtx, nullptr);
return TRUE;
}
int EarlabModuleInstance::Start(int NumInputs, EarlabDataStreamType InputTypes[EarlabMaxIOStreamCount], int InputSize[EarlabMaxIOStreamCount][EarlabMaxIOStreamDimensions],
int NumOutputs, EarlabDataStreamType OutputTypes[EarlabMaxIOStreamCount], int OutputSize[EarlabMaxIOStreamCount][EarlabMaxIOStreamDimensions],
unsigned int OutputElementCounts[EarlabMaxIOStreamCount])
{
int result;
if ((mStart != NULL) && (mInstance != NULL))
result = (*mStart)(mInstance, NumInputs, InputTypes, InputSize, NumOutputs, OutputTypes, OutputSize, OutputElementCounts);
else
return 0;
mInputCount = NumInputs;
mOutputCount = NumOutputs;
memcpy(mInputSize, InputSize, sizeof(mInputSize));
memcpy(mOutputSize, OutputSize, sizeof(mOutputSize));
memcpy(mInputStreamTypes, InputTypes, sizeof(mInputStreamTypes));
memcpy(mOutputStreamTypes, OutputTypes, sizeof(mOutputStreamTypes));
memcpy(mOutputElementCounts, OutputElementCounts, sizeof(mOutputElementCounts));
CreateOutputStreams();
return result;
}
