std::string QueueUtils::formatBundleStatus(const BundlePtr& aBundle) noexcept {
auto getPercentage = [&] {
return aBundle->getSize() > 0 ? (double)aBundle->getDownloadedBytes() *100.0 / (double)aBundle->getSize() : 0;
};
switch (aBundle->getStatus()) {
case Bundle::STATUS_NEW:
case Bundle::STATUS_QUEUED: {
if (aBundle->isPausedPrio())
return STRING_F(PAUSED_PCT, getPercentage());
if (aBundle->getSpeed() > 0) { // Bundle->isRunning() ?
return STRING_F(RUNNING_PCT, getPercentage());
}
else {
return STRING_F(WAITING_PCT, getPercentage());
}
}
case Bundle::STATUS_RECHECK: return STRING(RECHECKING);
case Bundle::STATUS_DOWNLOADED: return STRING(MOVING);
case Bundle::STATUS_MOVED: return STRING(DOWNLOADED);
case Bundle::STATUS_DOWNLOAD_FAILED:
case Bundle::STATUS_FAILED_MISSING:
case Bundle::STATUS_SHARING_FAILED: return aBundle->getLastError();
case Bundle::STATUS_FINISHED: return STRING(FINISHED);
case Bundle::STATUS_HASHING: return STRING(HASHING);
case Bundle::STATUS_HASH_FAILED: return STRING(HASH_FAILED);
case Bundle::STATUS_HASHED: return STRING(HASHING_FINISHED);
case Bundle::STATUS_SHARED: return STRING(SHARED);
default:
return Util::emptyString;
}
}
double QueueUtils::getNumericInfo(const BundlePtr& b, int aPropertyName) noexcept {
dcassert(b->getSize() != 0);
switch (aPropertyName) {
case QueueApi::PROP_SIZE: return (double)b->getSize();
case QueueApi::PROP_BYTES_DOWNLOADED: return (double)b->getDownloadedBytes();
case QueueApi::PROP_PRIORITY: return b->getPriority();
case QueueApi::PROP_TIME_ADDED: return (double)b->getTimeAdded();
case QueueApi::PROP_TIME_FINISHED: return (double)b->getTimeFinished();
case QueueApi::PROP_SPEED: return (double)b->getSpeed();
case QueueApi::PROP_SECONDS_LEFT: return (double)b->getSecondsLeft();
default: dcassert(0); return 0;
}
}
