int QueueFileUtils::compareFiles(const QueueItemPtr& a, const QueueItemPtr& b, int aPropertyName) noexcept {
switch (aPropertyName) {
case PROP_NAME: {
return Util::pathSort(a->getTarget(), b->getTarget());
}
case PROP_TYPE: {
return Util::stricmp(Util::getFileExt(a->getTarget()), Util::getFileExt(b->getTarget()));
}
case PROP_PRIORITY: {
COMPARE_FINISHED(a, b);
return compare(static_cast<int>(a->getPriority()), static_cast<int>(b->getPriority()));
}
case PROP_STATUS: {
COMPARE_FINISHED(a, b);
return compare(
a->getPercentage(QueueManager::getInstance()->getDownloadedBytes(a)),
b->getPercentage(QueueManager::getInstance()->getDownloadedBytes(b))
);
}
case PROP_SOURCES: {
COMPARE_FINISHED(a, b);
auto countsA = QueueManager::getInstance()->getSourceCount(a);
auto countsB = QueueManager::getInstance()->getSourceCount(b);
return QueueItemBase::SourceCount::compare(countsA, countsB);
}
default:
dcassert(0);
}
return 0;
}
std::string QueueFileUtils::formatDisplayStatus(const QueueItemPtr& aItem) noexcept {
if (aItem->isSet(QueueItem::FLAG_FINISHED)) {
return STRING(FINISHED);
}
auto percentage = aItem->getPercentage(QueueManager::getInstance()->getDownloadedBytes(aItem));
if (aItem->isPausedPrio()) {
return STRING_F(PAUSED_PCT, percentage);
} else if (QueueManager::getInstance()->isWaiting(aItem)) {
return STRING_F(WAITING_PCT, percentage);
} else {
return STRING_F(RUNNING_PCT, percentage);
}
}