void PacketBuffer::onPut(const Packet &p)
{
if (m_mode == BufferTime) {
m_value1 = qint64(p.pts*1000.0); // FIXME: what if no pts
m_value0 = qint64(queue[0].pts*1000.0); // must compute here because it is reset to 0 if take from empty
//if (isBuffering())
// qDebug("+buffering progress: %.1f%%=%.1f/%.1f~%.1fs %d-%d", bufferProgress()*100.0, (qreal)buffered()/1000.0, (qreal)bufferValue()/1000.0, qreal(bufferValue())*bufferMax()/1000.0, m_value1, m_value0);
} else if (m_mode == BufferBytes) {
m_value1 += p.data.size();
} else {
m_value1++;
}
if (!m_buffering)
return;
if (checkEnough()) {
m_buffering = false;
}
if (!m_buffering) { //buffering=>buffered
m_history = ring<BufferInfo>(kAvgSize);
return;
}
BufferInfo bi;
bi.bytes = p.data.size();
if (!m_history.empty())
bi.bytes += m_history.back().bytes;
bi.v = m_value1;
bi.t = QDateTime::currentMSecsSinceEpoch();
m_history.push_back(bi);
}
void PacketBuffer::onPut(const Packet &p)
{
if (m_mode == BufferTime) {
m_value1 = int(p.pts*1000.0); // FIXME: what if no pts
m_value0 = int(queue[0].pts*1000.0); // must compute here because it is reset to 0 if take from empty
//if (isBuffering())
// qDebug("+buffering progress: %.1f%%=%.1f/%.1f~%.1fs %d-%d", bufferProgress()*100.0, (qreal)buffered()/1000.0, (qreal)bufferValue()/1000.0, qreal(bufferValue())*bufferMax()/1000.0, m_value1, m_value0);
} else if (m_mode == BufferBytes) {
m_value1 += p.data.size();
} else {
m_value1++;
}
// TODO: compute buffer speed (and auto set the best bufferValue)
if (!m_buffering)
return;
if (checkEnough()) {
m_buffering = false;
}
}