void SoundFile::rec2play()
{
stream->close();
stream->open_read(filename);
filteredStream->close();
filteredStream->open_read(filteredFilename);
//beginning();
jumpToChunk(totalChunks());
fprintf(stderr, "filteredFilename = %s\n", filteredFilename);
fprintf(stderr, "totalChunks = %d\n", totalChunks());
}
unsigned Aggregate::displayChunks() const {
fancyprint(activeChunks() << "/" << totalChunks(),NOTIFY);
int j = m_chunk.size();
for(auto i=0;i<m_chunk.size();i++){
uintmax_t lower = std::atoi(m_chunk[i]->file()->filename().c_str());
uintmax_t down= m_chunk[i]->txn()->range().lb()+m_chunk[i]->txn()->bytesDone();
uintmax_t higher = m_chunk[i]->txn()->range().ub();
std::string myColor;
if(m_chunk[i]->txn()->isComplete())
myColor = SUCCESS;
else if(m_chunk[i]->txn()->hasFailed())
myColor = ERROR;
else if(m_chunk[i]->txn()->isDownloading())
myColor = WARNING;
else
myColor = NOTIFY;
fancyprint(lower << ":" << down << ":"<< higher<< " ",myColor);
}
std::cout << progressbar(progress(),COLOR(0,CC::WHITE,CC::PURPLE),COLOR(0,CC::PURPLE,CC::WHITE));
print( " " << round(progress(),2) << "%\t"
<< formatTime(timeRemaining()) << "\t"
<< formatByte(speed()) << "ps\t");
return j+1;
}
bool SoundFile::inFile()
{
int c = currentChunk();
return (c >= 0 && c < totalChunks());
}
