int QueueBundleUtils::compareBundles(const BundlePtr& a, const BundlePtr& b, int aPropertyName) noexcept {
switch (aPropertyName) {
case PROP_NAME: {
COMPARE_TYPE(a, b);
return Util::stricmp(a->getName(), b->getName());
}
case PROP_TYPE: {
COMPARE_TYPE(a, b);
if (!a->isFileBundle() && !b->isFileBundle()) {
// Directory bundles
RLock l(QueueManager::getInstance()->getCS());
auto dirsA = QueueManager::getInstance()->bundleQueue.getDirectoryCount(a);
auto dirsB = QueueManager::getInstance()->bundleQueue.getDirectoryCount(b);
if (dirsA != dirsB) {
return compare(dirsA, dirsB);
}
auto filesA = a->getQueueItems().size() + a->getFinishedFiles().size();
auto filesB = b->getQueueItems().size() + b->getFinishedFiles().size();
return compare(filesA, filesB);
}
return Util::stricmp(Util::getFileExt(a->getTarget()), Util::getFileExt(b->getTarget()));
}
case PROP_PRIORITY: {
COMPARE_FINISHED(a, b);
if (a->isFinished() != b->isFinished()) {
return a->isFinished() ? 1 : -1;
}
return compare(static_cast<int>(a->getPriority()), static_cast<int>(b->getPriority()));
}
case PROP_STATUS: {
if (a->getStatus() != b->getStatus()) {
return compare(a->getStatus(), b->getStatus());
}
return compare(
a->getPercentage(a->getDownloadedBytes()),
b->getPercentage(b->getDownloadedBytes())
);
}
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;
}
QueueItemList BundleQueue::getSearchItems(const BundlePtr& aBundle) const noexcept {
if (aBundle->getQueueItems().size() <= 1) {
return aBundle->getQueueItems();
}
// File bundles shouldn't come here
QueueItemList searchItems;
auto pathInfos = getPathInfos(aBundle->getTarget());
if (!pathInfos) {
return searchItems;
}
{
// Get the main directories inside this bundle
// We'll choose a single search item from each main directory later
// This helps with getting best coverage for complex bundles that aren't
// shared with same structure by most users
StringSet mainBundlePaths;
for (const auto& pathInfo : *pathInfos) {
if (pathInfo->queuedFiles == 0) {
continue;
}
mainBundlePaths.insert(AirUtil::getReleaseDirLocal(pathInfo->path, false));
}
auto searchPaths = pickRandomItems(mainBundlePaths, 5);
for (const auto& path : searchPaths) {
QueueItemList ql;
// Get all queued files inside this directory
// This doesn't scale so well for large bundles but shouldn't cause issues with maximum of 5 paths
aBundle->getDirQIs(path, ql);
auto searchItem = QueueItem::pickSearchItem(ql);
// We'll also get search items for parent directories that have no files directly inside them
// so we need to filter duplicate items as well
if (searchItem && find_if(searchItems, QueueItem::HashComp(searchItem->getTTH())) == searchItems.end()) {
searchItems.push_back(searchItem);
}
}
}
#if 0
StringList targets;
for (const auto& qi : searchItems) {
targets.push_back(qi->getTarget());
}
LogManager::getInstance()->message("Search items from bundle " + aBundle->getName() + ": " + Util::listToString(targets), LogMessage::SEV_INFO);
#endif
return searchItems;
}
std::string QueueUtils::getStringInfo(const BundlePtr& b, int aPropertyName) noexcept {
switch (aPropertyName) {
case QueueApi::PROP_NAME: return b->getName();
case QueueApi::PROP_TARGET: return b->getTarget();
case QueueApi::PROP_TYPE: return formatBundleType(b);
case QueueApi::PROP_STATUS: return formatBundleStatus(b);
case QueueApi::PROP_PRIORITY: return AirUtil::getPrioText(b->getPriority());
case QueueApi::PROP_SOURCES: return formatBundleSources(b);
default: dcassert(0); return Util::emptyString;
}
}
int QueueUtils::compareBundles(const BundlePtr& a, const BundlePtr& b, int aPropertyName) noexcept {
switch (aPropertyName) {
case QueueApi::PROP_NAME: {
if (a->isFileBundle() && !b->isFileBundle()) return 1;
if (!a->isFileBundle() && b->isFileBundle()) return -1;
return Util::stricmp(a->getName(), b->getName());
}
case QueueApi::PROP_TYPE: {
if (a->isFileBundle() != b->isFileBundle()) {
// Directories go first
return a->isFileBundle() ? 1 : -1;
}
if (!a->isFileBundle() && !b->isFileBundle()) {
// Directory bundles
RLock l(QueueManager::getInstance()->getCS());
auto dirsA = a->getDirectories().size();
auto dirsB = a->getDirectories().size();
if (dirsA != dirsB) {
return compare(dirsA, dirsB);
}
auto filesA = a->getQueueItems().size() + a->getFinishedFiles().size();
auto filesB = b->getQueueItems().size() + b->getFinishedFiles().size();
return compare(filesA, filesB);
}
return Util::stricmp(Util::getFileExt(a->getTarget()), Util::getFileExt(b->getTarget()));
}
case QueueApi::PROP_PRIORITY: {
if (a->isFinished() != b->isFinished()) {
return a->isFinished() ? 1 : -1;
}
return compare(static_cast<int>(a->getPriority()), static_cast<int>(b->getPriority()));
}
case QueueApi::PROP_STATUS: {
if (a->getStatus() != b->getStatus()) {
return compare(a->getStatus(), b->getStatus());
}
return compare(a->getDownloadedBytes(), b->getDownloadedBytes());
}
case QueueApi::PROP_SOURCES: {
if (a->isFinished() != b->isFinished()) {
return a->isFinished() ? 1 : -1;
}
int onlineA = 0, totalA = 0, onlineB = 0, totalB = 0;
std::string str;
getBundleSourceInfo(a, onlineA, totalA, str);
getBundleSourceInfo(b, onlineB, totalB, str);
if (onlineA != onlineB) {
return compare(onlineA, onlineB);
}
return compare(totalA, totalB);
}
default:
dcassert(0);
}
return 0;
}