{

delete(*it);

}

delete _filteredData;

if(_filteredData !=NULL && _filteredData->isDataAllocated())

delete _filteredData;

delete _transformedData;

for(std::vector<IDecoder*>::iterator it = _inputDecoders.begin(); it != _inputDecoders.end(); ++it)

constint nbInputSamplesPerChannel = _decodedData.at(_firstInputStreamIndex)->getAVFrame().nb_samples;

if(nbInputSamplesPerChannel > _filteredData->getAVFrame().nb_samples)

if(_filterGraph->hasFilters())

{

LOG_WARN("The buffer of filtered data corresponds to a frame of" << _filteredData->getAVFrame().nb_samples <<" samples. The decoded buffer contains" << nbInputSamplesPerChannel <<" samples. Reallocate it.")

_filteredData->freeData();

_filteredData->getAVFrame().nb_samples = nbInputSamplesPerChannel;

_filteredData->allocateData();

if(nbInputSamplesPerChannel > _filteredData->getAVFrame().nb_samples)

{

LOG_WARN("The buffer of filtered data corresponds to a frame of" << _filteredData->getAVFrame().nb_samples <<" samples. The decoded buffer contains" << nbInputSamplesPerChannel <<" samples. Reallocate it.")

_filteredData->getAVFrame().nb_samples = nbInputSamplesPerChannel;

_filteredData->allocateData();

}

}

if(nbInputSamplesPerChannel > _transformedData->getAVFrame().nb_samples)

{

LOG_WARN("The buffer of transformed data corresponds to a frame of" << _transformedData->getAVFrame().nb_samples <<" samples. The decoded buffer contains" << nbInputSamplesPerChannel <<" samples. Reallocate it.")