QueueItemPtr UserQueue::getNext(const UserPtr& aUser, const OrderedStringSet& onlineHubs, QueueItem::Priority minPrio, int64_t wantedSize, int64_t lastSpeed, bool smallSlot, bool allowOverlap /*false*/) {
/* Using the PAUSED priority will list all files */
QueueItemPtr qi = getNextPrioQI(aUser, onlineHubs, 0, 0, smallSlot, allowOverlap);
if(!qi) {
qi = getNextBundleQI(aUser, onlineHubs, (Bundle::Priority)minPrio, wantedSize, lastSpeed, smallSlot, allowOverlap);
}
if (!qi && !allowOverlap) {
//no free segments. let's do another round and now check if there are slow sources which can be overlapped
qi = getNext(aUser, onlineHubs, minPrio, wantedSize, lastSpeed, smallSlot, true);
}
return qi;
}
QueueItemPtr UserQueue::getNext(const UserPtr& aUser, const QueueTokenSet& runningBundles, const OrderedStringSet& onlineHubs,
string& lastError_, bool& hasDownload, QueueItemBase::Priority minPrio, int64_t wantedSize, int64_t lastSpeed, QueueItemBase::DownloadType aType,
bool allowOverlap /*false*/) noexcept {
/* Using the PAUSED priority will list all files */
auto qi = getNextPrioQI(aUser, onlineHubs, 0, 0, aType, allowOverlap, lastError_);
if(!qi) {
qi = getNextBundleQI(aUser, runningBundles, onlineHubs, (QueueItemBase::Priority)minPrio, wantedSize, lastSpeed, aType, allowOverlap, lastError_, hasDownload);
}
if (!qi && !allowOverlap) {
//no free segments. let's do another round and now check if there are slow sources which can be overlapped
qi = getNext(aUser, runningBundles, onlineHubs, lastError_, hasDownload, minPrio, wantedSize, lastSpeed, aType, true);
}
if (qi)
hasDownload = true;
return qi;
}
