Refactored scanner to ease further improvements

This commit is contained in:
emeric
2023-02-19 22:58:55 +01:00
parent 962775e920
commit 12d967fe4f
25 changed files with 1370 additions and 808 deletions
+88 -684
View File
@@ -22,27 +22,25 @@
#include <ctime>
#include <boost/asio/placeholders.hpp>
#include "services/database/Artist.hpp"
#include "services/database/Cluster.hpp"
#include "services/database/Release.hpp"
#include "services/database/ScanSettings.hpp"
#include "services/database/Track.hpp"
#include "services/database/TrackArtistLink.hpp"
#include "services/database/TrackFeatures.hpp"
#include "metadata/IParser.hpp"
#include "services/database/ScanSettings.hpp"
#include "services/recommendation/IRecommendationService.hpp"
#include "utils/Exception.hpp"
#include "utils/IConfig.hpp"
#include "utils/Logger.hpp"
#include "utils/Path.hpp"
#include "utils/UUID.hpp"
#include "utils/Tuple.hpp"
#include "ScanStepCheckDuplicatedDbFiles.hpp"
#include "ScanStepDiscoverFiles.hpp"
#include "ScanStepRemoveOrphanDbFiles.hpp"
#include "ScanStepScanFiles.hpp"
using namespace Database;
namespace {
const std::filesystem::path excludeDirFileName {".lmsignore"};
Wt::WDate
getNextMonday(Wt::WDate current)
{
@@ -65,183 +63,6 @@ getNextFirstOfMonth(Wt::WDate current)
return current;
}
bool
isFileSupported(const std::filesystem::path& file, const std::vector<std::filesystem::path>& extensions)
{
const std::filesystem::path extension {StringUtils::stringToLower(file.extension().string())};
return (std::find(std::cbegin(extensions), std::cend(extensions), extension) != std::cend(extensions));
}
bool
isPathInMediaDirectory(const std::filesystem::path& path, const std::filesystem::path& rootPath)
{
std::filesystem::path curPath = path;
while (curPath.parent_path() != curPath)
{
curPath = curPath.parent_path();
std::error_code ec;
if (std::filesystem::exists(curPath / excludeDirFileName, ec))
return false;
if (curPath == rootPath)
return true;
}
return false;
}
static
Artist::pointer
createArtist(Session& session, const MetaData::Artist& artistInfo)
{
Artist::pointer artist {session.create<Artist>(artistInfo.name)};
if (artistInfo.musicBrainzArtistID)
artist.modify()->setMBID(*artistInfo.musicBrainzArtistID);
if (artistInfo.sortName)
artist.modify()->setSortName(*artistInfo.sortName);
return artist;
}
static
void
updateArtistIfNeeded(Artist::pointer artist, const MetaData::Artist& artistInfo)
{
// Name may have been updated
if (artist->getName() != artistInfo.name)
{
artist.modify()->setName(artistInfo.name);
}
// Sortname may have been updated
if (artistInfo.sortName && *artistInfo.sortName != artist->getSortName() )
{
artist.modify()->setSortName(*artistInfo.sortName);
}
}
std::vector<Artist::pointer>
getOrCreateArtists(Session& session, const std::vector<MetaData::Artist>& artistsInfo, bool allowFallbackOnMBIDEntries)
{
std::vector<Artist::pointer> artists;
for (const MetaData::Artist& artistInfo : artistsInfo)
{
Artist::pointer artist;
// First try to get by MBID
if (artistInfo.musicBrainzArtistID)
{
artist = Artist::find(session, *artistInfo.musicBrainzArtistID);
if (!artist)
artist = createArtist(session, artistInfo);
else
updateArtistIfNeeded(artist, artistInfo);
artists.emplace_back(std::move(artist));
continue;
}
// Fall back on artist name (collisions may occur)
if (!artistInfo.name.empty())
{
for (const Artist::pointer& sameNamedArtist : Artist::find(session, artistInfo.name))
{
// Do not fallback on artist that is correctly tagged
if (!allowFallbackOnMBIDEntries && sameNamedArtist->getMBID())
continue;
artist = sameNamedArtist;
break;
}
// No Artist found with the same name and without MBID -> creating
if (!artist)
artist = createArtist(session, artistInfo);
else
updateArtistIfNeeded(artist, artistInfo);
artists.emplace_back(std::move(artist));
continue;
}
}
return artists;
}
Release::pointer
getOrCreateRelease(Session& session, const MetaData::Album& album)
{
Release::pointer release;
// First try to get by MBID
if (album.musicBrainzAlbumID)
{
release = Release::find(session, *album.musicBrainzAlbumID);
if (!release)
{
release = session.create<Release>(album.name, album.musicBrainzAlbumID);
}
else if (release->getName() != album.name)
{
// Name may have been updated
release.modify()->setName(album.name);
}
return release;
}
// Fall back on release name (collisions may occur)
if (!album.name.empty())
{
for (const Release::pointer& sameNamedRelease : Release::find(session, album.name))
{
// do not fallback on properly tagged releases
if (!sameNamedRelease->getMBID())
{
release = sameNamedRelease;
break;
}
}
// No release found with the same name and without MBID -> creating
if (!release)
release = session.create<Release>(album.name);
return release;
}
return Release::pointer{};
}
std::vector<Cluster::pointer>
getOrCreateClusters(Session& session, const MetaData::Clusters& clustersNames)
{
std::vector< Cluster::pointer > clusters;
for (auto clusterNames : clustersNames)
{
auto clusterType = ClusterType::find(session, clusterNames.first);
if (!clusterType)
continue;
for (auto clusterName : clusterNames.second)
{
auto cluster = clusterType->getCluster(clusterName);
if (!cluster)
cluster = session.create<Cluster>(clusterType, clusterName);
clusters.push_back(cluster);
}
}
return clusters;
}
} // namespace
namespace Scanner {
@@ -252,29 +73,11 @@ createScannerService(Db& db, Recommendation::IRecommendationService& recommendat
return std::make_unique<ScannerService>(db, recommendationService);
}
MetaData::ParserReadStyle
getParserReadStyle()
{
std::string_view readStyle {Service<IConfig>::get()->getString("scanner-parser-read-style", "accurate")};
if (readStyle == "fast")
return MetaData::ParserReadStyle::Fast;
else if (readStyle == "average")
return MetaData::ParserReadStyle::Average;
else if (readStyle == "accurate")
return MetaData::ParserReadStyle::Accurate;
throw LmsException {"Invalid value for 'scanner-parser-read-style'"};
}
ScannerService::ScannerService(Db& db, Recommendation::IRecommendationService& recommendationService)
: _recommendationService {recommendationService}
, _skipDuplicateRecordingMBID {Service<IConfig>::get()->getBool("scanner-skip-duplicate-recording-mbid", false)}
, _db {db}
, _dbSession {db}
, _metadataParser {MetaData::createParser(MetaData::ParserType::TagLib, getParserReadStyle())} // For now, always use TagLib
{
LMS_LOG(DBUPDATER, INFO) << "skipDuplicateRecordingMBID = " << _skipDuplicateRecordingMBID;
_ioService.setThreadCount(1);
refreshScanSettings();
@@ -383,34 +186,34 @@ ScannerService::getStatus() const
void
ScannerService::scheduleNextScan()
{
LMS_LOG(DBUPDATER, INFO) << "Scheduling next scan";
LMS_LOG(DBUPDATER, DEBUG) << "Scheduling next scan";
refreshScanSettings();
const Wt::WDateTime now {Wt::WDateTime::currentDateTime()};
Wt::WDateTime nextScanDateTime;
switch (_updatePeriod)
switch (_settings.updatePeriod)
{
case ScanSettings::UpdatePeriod::Daily:
if (now.time() < _startTime)
nextScanDateTime = {now.date(), _startTime};
if (now.time() < _settings.startTime)
nextScanDateTime = {now.date(), _settings.startTime};
else
nextScanDateTime = {now.date().addDays(1), _startTime};
nextScanDateTime = {now.date().addDays(1), _settings.startTime};
break;
case ScanSettings::UpdatePeriod::Weekly:
if (now.time() < _startTime && now.date().dayOfWeek() == 1)
nextScanDateTime = {now.date(), _startTime};
if (now.time() < _settings.startTime && now.date().dayOfWeek() == 1)
nextScanDateTime = {now.date(), _settings.startTime};
else
nextScanDateTime = {getNextMonday(now.date()), _startTime};
nextScanDateTime = {getNextMonday(now.date()), _settings.startTime};
break;
case ScanSettings::UpdatePeriod::Monthly:
if (now.time() < _startTime && now.date().day() == 1)
nextScanDateTime = {now.date(), _startTime};
if (now.time() < _settings.startTime && now.date().day() == 1)
nextScanDateTime = {now.date(), _settings.startTime};
else
nextScanDateTime = {getNextFirstOfMonth(now.date()), _startTime};
nextScanDateTime = {getNextFirstOfMonth(now.date()), _settings.startTime};
break;
case ScanSettings::UpdatePeriod::Hourly:
@@ -434,31 +237,6 @@ ScannerService::scheduleNextScan()
_events.scanScheduled.emit(_nextScheduledScan);
}
void
ScannerService::countAllFiles(ScanStats& stats)
{
ScanStepStats stepStats{stats.startTime, ScanProgressStep::DiscoveringFiles};
stats.filesScanned = 0;
notifyInProgress(stepStats);
exploreFilesRecursive(_mediaDirectory, [&](std::error_code ec, const std::filesystem::path& path)
{
if (_abortScan)
return false;
if (!ec && isFileSupported(path, _fileExtensions))
{
stats.filesScanned++;
stepStats.processedElems++;
notifyInProgressIfNeeded(stepStats);
}
return true;
}, excludeDirFileName);
notifyInProgress(stepStats);
}
void
ScannerService::scheduleScan(bool force, const Wt::WDateTime& dateTime)
{
@@ -499,35 +277,29 @@ ScannerService::scan(bool forceScan)
_nextScheduledScan = {};
}
ScanStats stats;
stats.startTime = Wt::WDateTime::currentDateTime();
LMS_LOG(UI, INFO) << "New scan started!";
refreshScanSettings();
removeMissingTracks(stats);
IScanStep::ScanContext scanContext {_settings.mediaDirectory, forceScan, ScanStats {}, ScanStepStats {}};
ScanStats& stats {scanContext.stats};
stats.startTime = Wt::WDateTime::currentDateTime();
LMS_LOG(DBUPDATER, DEBUG) << "Counting files in media directory '" << _mediaDirectory.string() << "'...";
countAllFiles(stats);
LMS_LOG(DBUPDATER, DEBUG) << "-> Nb files = " << stats.filesScanned;
LMS_LOG(UI, INFO) << "Checks complete, force scan = " << forceScan;
LMS_LOG(DBUPDATER, INFO) << "scaning media directory '" << _mediaDirectory.string() << "'...";
scanMediaDirectory(_mediaDirectory, forceScan, stats);
LMS_LOG(DBUPDATER, INFO) << "scaning media directory '" << _mediaDirectory.string() << "' DONE";
removeOrphanEntries();
if (!_abortScan)
for (auto& scanStep : _scanSteps)
{
checkDuplicatedAudioFiles(stats);
reloadSimilarityEngine(stats);
LMS_LOG(DBUPDATER, DEBUG) << "Starting scan step '" << scanStep->getStepName() << "'";
scanContext.currentStepStats = ScanStepStats {Wt::WDateTime::currentDateTime(), scanStep->getStep()};
notifyInProgress(scanContext.currentStepStats);
scanStep->process(scanContext);
notifyInProgress(scanContext.currentStepStats);
LMS_LOG(DBUPDATER, DEBUG) << "Completed scan step '" << scanStep->getStepName() << "'";
}
LMS_LOG(DBUPDATER, INFO) << "Scan " << (_abortScan ? "aborted" : "complete") << ". Changes = " << stats.nbChanges() << " (added = " << stats.additions << ", removed = " << stats.deletions << ", updated = " << stats.updates << "), Not changed = " << stats.skips << ", Scanned = " << stats.scans << " (errors = " << stats.errors.size() << "), features fetched = " << stats.featuresFetched << ", duplicates = " << stats.duplicates.size();
// TODO make it a scan step
_dbSession.optimize();
if (!_abortScan)
@@ -559,33 +331,71 @@ ScannerService::scan(bool forceScan)
void
ScannerService::refreshScanSettings()
{
auto transaction {_dbSession.createSharedTransaction()};
ScannerSettings newSettings {readSettings()};
if (_settings == newSettings)
return;
const ScanSettings::pointer scanSettings {ScanSettings::get(_dbSession)};
LMS_LOG(DBUPDATER, DEBUG) << "Scanner settings updated";
LMS_LOG(DBUPDATER, DEBUG) << "skipDuplicateRecordingMBID = " << newSettings.skipDuplicateRecordingMBID;
LMS_LOG(DBUPDATER, DEBUG) << "Using scan settings version " << newSettings.scanVersion;
LMS_LOG(DBUPDATER, INFO) << "Using scan settings version " << scanSettings->getScanVersion();
_settings = std::move(newSettings);
_scanVersion = scanSettings->getScanVersion();
_startTime = scanSettings->getUpdateStartTime();
_updatePeriod = scanSettings->getUpdatePeriod();
auto cbFunc {[this](const ScanStepStats& stats)
{
notifyInProgressIfNeeded(stats);
}};
ScanStepBase::InitParams params
{
const auto fileExtensions {scanSettings->getAudioFileExtensions()};
_fileExtensions.clear();
std::transform(std::cbegin(fileExtensions), std::end(fileExtensions), std::back_inserter(_fileExtensions),
_settings,
cbFunc,
_abortScan,
_db
};
_scanSteps.clear();
_scanSteps.push_back(std::make_unique<ScanStepDiscoverFiles>(params));
_scanSteps.push_back(std::make_unique<ScanStepScanFiles>(params));
_scanSteps.push_back(std::make_unique<ScanStepRemoveOrphanDbFiles>(params));
_scanSteps.push_back(std::make_unique<ScanStepCheckDuplicatedDbFiles>(params));
}
ScannerSettings
ScannerService::readSettings()
{
ScannerSettings newSettings;
newSettings.skipDuplicateRecordingMBID = Service<IConfig>::get()->getBool("scanner-skip-duplicate-recording-mbid", false);
{
auto transaction {_dbSession.createSharedTransaction()};
const ScanSettings::pointer scanSettings {ScanSettings::get(_dbSession)};
newSettings.scanVersion = scanSettings->getScanVersion();
newSettings.startTime = scanSettings->getUpdateStartTime();
newSettings.updatePeriod = scanSettings->getUpdatePeriod();
{
const auto fileExtensions {scanSettings->getAudioFileExtensions()};
newSettings.supportedExtensions.reserve(fileExtensions.size());
std::transform(std::cbegin(fileExtensions), std::end(fileExtensions), std::back_inserter(newSettings.supportedExtensions),
[](const std::filesystem::path& extension) { return std::filesystem::path{ StringUtils::stringToLower(extension.string()) }; });
}
newSettings.recommendationServiceType = scanSettings->getRecommendationEngineType();
newSettings.mediaDirectory = scanSettings->getMediaDirectory();
const auto clusterTypes = scanSettings->getClusterTypes();
std::set<std::string> clusterTypeNames;
std::transform(std::cbegin(clusterTypes), std::cend(clusterTypes),
std::inserter(clusterTypeNames, clusterTypeNames.begin()),
[](ClusterType::pointer clusterType) { return clusterType->getName(); });
newSettings.clusterTypeNames = std::move(clusterTypeNames);
}
_mediaDirectory = scanSettings->getMediaDirectory();
_recommendationServiceType = scanSettings->getRecommendationEngineType();
const auto clusterTypes = scanSettings->getClusterTypes();
std::set<std::string> clusterTypeNames;
std::transform(std::cbegin(clusterTypes), std::cend(clusterTypes),
std::inserter(clusterTypeNames, clusterTypeNames.begin()),
[](ClusterType::pointer clusterType) { return clusterType->getName(); });
_metadataParser->setClusterTypeNames(clusterTypeNames);
return newSettings;
}
void
@@ -610,410 +420,4 @@ ScannerService::notifyInProgressIfNeeded(const ScanStepStats& stepStats)
notifyInProgress(stepStats);
}
void
ScannerService::scanAudioFile(const std::filesystem::path& file, bool forceScan, ScanStats& stats)
{
Wt::WDateTime lastWriteTime;
try
{
lastWriteTime = getLastWriteTime(file);
}
catch (LmsException& e)
{
LMS_LOG(DBUPDATER, ERROR) << e.what();
stats.skips++;
return;
}
if (!forceScan)
{
// Skip file if last write is the same
auto transaction {_dbSession.createSharedTransaction()};
const Track::pointer track {Track::findByPath(_dbSession, file)};
if (track && track->getLastWriteTime().toTime_t() == lastWriteTime.toTime_t()
&& track->getScanVersion() == _scanVersion)
{
stats.skips++;
return;
}
}
std::optional<MetaData::Track> trackInfo {_metadataParser->parse(file)};
if (!trackInfo)
{
stats.errors.emplace_back(file, ScanErrorType::CannotParseFile);
return;
}
stats.scans++;
auto uniqueTransaction {_dbSession.createUniqueTransaction()};
Track::pointer track {Track::findByPath(_dbSession, file) };
// Skip duplicate recording MBID
if (trackInfo->recordingMBID && _skipDuplicateRecordingMBID)
{
for (Track::pointer otherTrack : Track::findByRecordingMBID(_dbSession, *trackInfo->recordingMBID))
{
if (track && track->getId() == otherTrack->getId())
continue;
LMS_LOG(DBUPDATER, DEBUG) << "Skipped '" << file.string() << "' (similar recording MBID in '" << otherTrack->getPath().string() << "')";
// This recording MBID already exists, just remove what we just scanned
if (track)
{
track.remove();
stats.deletions++;
}
return;
}
}
// We estimate this is an audio file if:
// - we found a least one audio stream
// - the duration is not null
if (trackInfo->audioStreams.empty())
{
LMS_LOG(DBUPDATER, INFO) << "Skipped '" << file.string() << "' (no audio stream found)";
// If Track exists here, delete it!
if (track)
{
track.remove();
stats.deletions++;
}
stats.errors.emplace_back(ScanError {file, ScanErrorType::NoAudioTrack});
return;
}
if (trackInfo->duration == std::chrono::milliseconds::zero())
{
LMS_LOG(DBUPDATER, INFO) << "Skipped '" << file.string() << "' (duration is 0)";
// If Track exists here, delete it!
if (track)
{
track.remove();
stats.deletions++;
}
stats.errors.emplace_back(ScanError {file, ScanErrorType::BadDuration});
return;
}
// ***** Title
std::string title;
if (!trackInfo->title.empty())
title = trackInfo->title;
else
{
// TODO parse file name guess track etc.
// For now juste use file name as title
title = file.filename().string();
}
// If file already exist, update data
// Otherwise, create it
if (!track)
{
// Create a new song
track = _dbSession.create<Track>(file);
LMS_LOG(DBUPDATER, INFO) << "Adding '" << file.string() << "'";
stats.additions++;
}
else
{
LMS_LOG(DBUPDATER, INFO) << "Updating '" << file.string() << "'";
stats.updates++;
}
// Track related data
assert(track);
track.modify()->clearArtistLinks();
// Do not fallback on artists with the same name but having a MBID for artist and releaseArtists, as it may be corrected by properly tagging files
for (const Artist::pointer& artist : getOrCreateArtists(_dbSession, trackInfo->artists, false))
track.modify()->addArtistLink(TrackArtistLink::create(_dbSession, track, artist, TrackArtistLinkType::Artist));
for (const Artist::pointer& releaseArtist : getOrCreateArtists(_dbSession, trackInfo->albumArtists, false))
track.modify()->addArtistLink(TrackArtistLink::create(_dbSession, track, releaseArtist, TrackArtistLinkType::ReleaseArtist));
// Allow fallbacks on artists with the same name even if they have MBID, since there is no tag to indicate the MBID of these artists
// We could ask MusicBrainz to get all the information, but that would heavily slow down the import process
for (const Artist::pointer& conductor : getOrCreateArtists(_dbSession, trackInfo->conductorArtists, true))
track.modify()->addArtistLink(TrackArtistLink::create(_dbSession, track, conductor, TrackArtistLinkType::Conductor));
for (const Artist::pointer& composer : getOrCreateArtists(_dbSession, trackInfo->composerArtists, true))
track.modify()->addArtistLink(TrackArtistLink::create(_dbSession, track, composer, TrackArtistLinkType::Composer));
for (const Artist::pointer& lyricist : getOrCreateArtists(_dbSession, trackInfo->lyricistArtists, true))
track.modify()->addArtistLink(TrackArtistLink::create(_dbSession, track, lyricist, TrackArtistLinkType::Lyricist));
for (const Artist::pointer& mixer : getOrCreateArtists(_dbSession, trackInfo->mixerArtists, true))
track.modify()->addArtistLink(TrackArtistLink::create(_dbSession, track, mixer, TrackArtistLinkType::Mixer));
for (const auto& [role, performers] : trackInfo->performerArtists)
{
for (const Artist::pointer& performer : getOrCreateArtists(_dbSession, performers, true))
track.modify()->addArtistLink(TrackArtistLink::create(_dbSession, track, performer, TrackArtistLinkType::Performer, role));
}
for (const Artist::pointer& producer : getOrCreateArtists(_dbSession, trackInfo->producerArtists, true))
track.modify()->addArtistLink(TrackArtistLink::create(_dbSession, track, producer, TrackArtistLinkType::Producer));
for (const Artist::pointer& remixer : getOrCreateArtists(_dbSession, trackInfo->remixerArtists, true))
track.modify()->addArtistLink(TrackArtistLink::create(_dbSession, track, remixer, TrackArtistLinkType::Remixer));
track.modify()->setScanVersion(_scanVersion);
if (trackInfo->album)
track.modify()->setRelease(getOrCreateRelease(_dbSession, *trackInfo->album));
else
track.modify()->setRelease({});
track.modify()->setClusters(getOrCreateClusters(_dbSession, trackInfo->clusters));
track.modify()->setLastWriteTime(lastWriteTime);
track.modify()->setName(title);
track.modify()->setDuration(trackInfo->duration);
track.modify()->setAddedTime(Wt::WDateTime::currentDateTime());
track.modify()->setTrackNumber(trackInfo->trackNumber ? *trackInfo->trackNumber : 0);
track.modify()->setDiscNumber(trackInfo->discNumber ? *trackInfo->discNumber : 0);
track.modify()->setTotalTrack(trackInfo->totalTrack);
track.modify()->setTotalDisc(trackInfo->totalDisc);
track.modify()->setDiscSubtitle(trackInfo->discSubtitle);
track.modify()->setDate(trackInfo->date);
track.modify()->setOriginalDate(trackInfo->originalDate);
// If a file has an OriginalYear but no Year, set it to ease filtering
if (!trackInfo->date.isValid() && trackInfo->originalDate.isValid())
track.modify()->setDate(trackInfo->originalDate);
track.modify()->setRecordingMBID(trackInfo->recordingMBID);
track.modify()->setTrackMBID(trackInfo->trackMBID);
if (auto trackFeatures {TrackFeatures::find(_dbSession, track->getId())})
trackFeatures.remove(); // TODO: only if MBID changed?
track.modify()->setHasCover(trackInfo->hasCover);
track.modify()->setCopyright(trackInfo->copyright);
track.modify()->setCopyrightURL(trackInfo->copyrightURL);
track.modify()->setTrackReplayGain(trackInfo->trackReplayGain);
track.modify()->setReleaseReplayGain(trackInfo->albumReplayGain);
}
void
ScannerService::scanMediaDirectory(const std::filesystem::path& mediaDirectory, bool forceScan, ScanStats& stats)
{
ScanStepStats stepStats{stats.startTime, ScanProgressStep::ScanningFiles};
stepStats.totalElems = stats.filesScanned;
notifyInProgress(stepStats);
exploreFilesRecursive(mediaDirectory, [&](std::error_code ec, const std::filesystem::path& path)
{
if (_abortScan)
return false;
if (ec)
{
LMS_LOG(DBUPDATER, ERROR) << "Cannot process entry '" << path.string() << "': " << ec.message();
stats.errors.emplace_back(ScanError {path, ScanErrorType::CannotReadFile, ec.message()});
}
else if (isFileSupported(path, _fileExtensions))
{
scanAudioFile(path, forceScan, stats );
stepStats.processedElems++;
notifyInProgressIfNeeded(stepStats);
}
return true;
}, excludeDirFileName);
notifyInProgress(stepStats);
}
// Check if a file exists and is still in a media directory
static bool
checkFile(const std::filesystem::path& p, const std::filesystem::path& mediaDirectory, const std::vector<std::filesystem::path>& extensions)
{
try
{
// For each track, make sure the the file still exists
// and still belongs to a media directory
if (!std::filesystem::exists( p )
|| !std::filesystem::is_regular_file( p ) )
{
LMS_LOG(DBUPDATER, INFO) << "Removing '" << p.string() << "': missing";
return false;
}
if (!isPathInMediaDirectory(p, mediaDirectory))
{
LMS_LOG(DBUPDATER, INFO) << "Removing '" << p.string() << "': out of media directory";
return false;
}
if (!isFileSupported(p, extensions))
{
LMS_LOG(DBUPDATER, INFO) << "Removing '" << p.string() << "': file format no longer handled";
return false;
}
return true;
}
catch (std::filesystem::filesystem_error& e)
{
LMS_LOG(DBUPDATER, ERROR) << "Caught exception while checking file '" << p.string() << "': " << e.what();
return false;
}
}
void
ScannerService::removeMissingTracks(ScanStats& stats)
{
static constexpr std::size_t batchSize {50};
ScanStepStats stepStats{stats.startTime, ScanProgressStep::ChekingForMissingFiles};
LMS_LOG(DBUPDATER, DEBUG) << "Checking tracks to be removed...";
std::size_t trackCount {};
{
auto transaction {_dbSession.createSharedTransaction()};
trackCount = Track::getCount(_dbSession);
}
LMS_LOG(DBUPDATER, DEBUG) << trackCount << " tracks to be checked...";
stepStats.totalElems = trackCount;
notifyInProgress(stepStats);
RangeResults<Track::PathResult> trackPaths;
std::vector<TrackId> tracksToRemove;
for (std::size_t i {trackCount < batchSize ? 0 : trackCount - batchSize}; ; i -= (i > batchSize ? batchSize : i))
{
tracksToRemove.clear();
{
auto transaction {_dbSession.createSharedTransaction()};
trackPaths = Track::findPaths(_dbSession, Range {i, batchSize});
}
for (const Track::PathResult& trackPath : trackPaths.results)
{
if (_abortScan)
return;
if (!checkFile(trackPath.path, _mediaDirectory, _fileExtensions))
tracksToRemove.push_back(trackPath.trackId);
stepStats.processedElems++;
}
if (!tracksToRemove.empty())
{
auto transaction {_dbSession.createUniqueTransaction()};
for (const TrackId trackId : tracksToRemove)
{
Track::pointer track {Track::find(_dbSession, trackId)};
if (track)
{
track.remove();
stats.deletions++;
}
}
}
notifyInProgressIfNeeded(stepStats);
if (i == 0)
break;
}
LMS_LOG(DBUPDATER, DEBUG) << trackCount << " tracks checked!";
}
void
ScannerService::removeOrphanEntries()
{
LMS_LOG(DBUPDATER, DEBUG) << "Checking orphan clusters...";
{
auto transaction {_dbSession.createUniqueTransaction()};
// Now process orphan Cluster (no track)
auto clusterIds {Cluster::findOrphans(_dbSession, Range {})};
for (ClusterId clusterId : clusterIds.results)
{
Cluster::pointer cluster {Cluster::find(_dbSession, clusterId)};
LMS_LOG(DBUPDATER, DEBUG) << "Removing orphan cluster '" << cluster->getName() << "'";
cluster.remove();
}
}
LMS_LOG(DBUPDATER, DEBUG) << "Checking orphan artists...";
{
auto transaction {_dbSession.createUniqueTransaction()};
auto artistIds {Artist::findAllOrphans(_dbSession, Range {})};
for (const ArtistId artistId : artistIds.results)
{
Artist::pointer artist {Artist::find(_dbSession, artistId)};
LMS_LOG(DBUPDATER, DEBUG) << "Removing orphan artist '" << artist->getName() << "'";
artist.remove();
}
}
LMS_LOG(DBUPDATER, DEBUG) << "Checking orphan releases...";
{
auto transaction {_dbSession.createUniqueTransaction()};
auto releases {Release::findOrphans(_dbSession, Range {})};
for (const ReleaseId releaseId : releases.results)
{
Release::pointer release {Release::find(_dbSession, releaseId)};
LMS_LOG(DBUPDATER, DEBUG) << "Removing orphan release '" << release->getName() << "'";
release.remove();
}
}
LMS_LOG(DBUPDATER, INFO) << "Check audio files done!";
}
void
ScannerService::checkDuplicatedAudioFiles(ScanStats& stats)
{
LMS_LOG(DBUPDATER, INFO) << "Checking duplicated audio files";
auto transaction {_dbSession.createSharedTransaction()};
const RangeResults<TrackId> tracks = Track::findTrackMBIDDuplicates(_dbSession, Range {});
for (const TrackId trackId : tracks.results)
{
const Track::pointer track {Track::find(_dbSession, trackId)};
if (auto trackMBID {track->getTrackMBID()})
{
LMS_LOG(DBUPDATER, INFO) << "Found duplicated track MBID [" << trackMBID->getAsString() << "], file: " << track->getPath().string() << " - " << track->getName();
stats.duplicates.emplace_back(ScanDuplicate {track->getId(), DuplicateReason::SameTrackMBID});
}
}
LMS_LOG(DBUPDATER, INFO) << "Checking duplicated audio files done!";
}
void
ScannerService::reloadSimilarityEngine(ScanStats& stats)
{
ScanStepStats stepStats {stats.startTime, ScanProgressStep::ReloadingSimilarityEngine};
auto progressCallback {[&](const Recommendation::Progress& progress)
{
stepStats.totalElems = progress.totalElems;
stepStats.processedElems = progress.processedElems;
notifyInProgressIfNeeded(stepStats);
}};
notifyInProgress(stepStats);
_recommendationService.load(stats.nbChanges() > 0, progressCallback);
notifyInProgress(stepStats);
}
} // namespace Scanner