Files
immich/mobile/lib/infrastructure/repositories/local_asset.repository.dart
Peter Ombodi 493cde9d55 feat: opt-in sync of deletes and restores from web to Android (beta timeline) (#20473)
* feature(mobile, beta, Android): handle remote asset trash/restore events and rescan media
- Handle move to trash and restore from trash for remote assets on Android
- Trigger MediaScannerConnection to rescan affected media files

* feature(mobile, beta, Android): fix rescan

* fix imports

* fix checking conditions

* refactor naming

* fix line breaks

* refactor code
rollback changes in BackgroundServicePlugin

* refactor code (use separate TrashService)

* refactor code

* parallelize restoreFromTrash calls with Future.wait
format trash.provider.dart

* try to re-format trash.provider.dart

* re-format trash.provider.dart

* rename TrashService to TrashSyncService to avoid duplicated names
revert changes in original trash.provider.dart

* refactor code (minor nitpicks)

* process restoreFromTrash sequentially instead of Future.wait

* group local assets by checksum before moving to trash
delete LocalAssetEntity records when moved to trash
refactor code

* fix format

* use checksum for asset restoration
refactro code

* fix format

* sync trash only for backup-selected assets

* feat(db): add local_trashed_asset table and integrate with restoration flow
- Add new `local_trashed_asset` table to store metadata of trashed assets
- Save trashed asset info into `local_trashed_asset` before deletion
- Use `local_trashed_asset` as source for asset restoration
- Implement file restoration by `mediaId`

* resolve merge conflicts

* fix index creating on migration

* rework trashed assets handling
- add new table trashed_local_asset
- mirror trashed assets data in trashed_local_asset.
- compute checksums for assets trashed out-of-app.
- restore assets present in trashed_local_asset and non-trashed in remote_asset.
- simplify moving-to-trash logic based on remote_asset events.

* resolve merge conflicts
use updated approach for calculating checksums

* use CurrentPlatform instead _platform
fix mocks

* revert redundant changes

* Include trashed items in getMediaChanges
Process trashed items delta during incremental sync

* fix merge conflicts

* fix format

* trashed_local_asset table mirror of local_asset table structure
trashed_local_asset<->local_asset transfer data on move to trash or restore
refactor code

* refactor and format code

* refactor TrashedAsset model
fix missed data transfering

* refactor code
remove unused model

* fix label

* fix merge conflicts

* optimize, refactor code
remove redundant code and checking
getTrashedAssetsForAlbum for iOS
tests for hash trashed assets

* format code

* fix migration
fix tests

* fix generated file

* reuse exist checksums on trash data update
handle restoration errors
fix import

* format code

* sync_stream.service depend on repos
refactor assets restoration
update dependencies in tests

* remove trashed asset model
remove trash_sync.service
refactor DriftTrashedLocalAssetRepository, LocalSyncService

* rework fetching trashed assets data on native side
optimize handling trashed assets in local sync service
refactor code

* update NativeSyncApi on iOS side
remove unused code

* optimize sync trashed assets call in full sync mode
refactor code

* fix format

* remove albumIds from getTrashedAssets params
fix upsert in trashed local asset repo
refactor code

* fix getTrashedAssets params

* fix(trash-sync): clean up NativeSyncApiImplBase and correct applyDelta

* refactor(trash-sync): optimize performance and fix minor issues

* refactor(trash-sync): add missed index

* feat(trash-sync): remove sinceLastCheckpoint param from getTrashedAssets

* fix(trash-sync): fix target table

* fix(trash-sync): remove unused extension

* fix(trash-sync): remove unused code

* fix(trash-sync): refactor code

* fix(trash-sync): reformat file

* fix(trash_sync): refactor code

* fix(trash_sync): improve moving to trash

* refactor(trash_sync): integrate MANAGE_MEDIA permission request into login flow and advanced settings

* refactor(trash_sync): add additional checking for experimental trash sync flag and MANAGE_MEDIA permission.

* refactor(trash_sync): resolve merge conflicts

* refactor(trash_sync): fix format

* resolve merge conflicts
add await for alert dialog
add missed request

* refactor(trash_sync): rework MANAGE_MEDIA info widget
show rationale text in permission request alert dialog
refactor setting getter

* fix(trash_sync): restore missing text values

* fix(trash_sync): format file

* fix(trash_sync): check backup enabled and remove remote asset existence check

* fix(trash_sync): remove checking backup enabled
test(trash_sync): cover sync-stream trash/restore paths and dedupe mocks

* test(trash_sync): cover trash/restore flows for local_sync_service

* chore(e2e): restore test-assets submodule pointer

---------

Co-authored-by: Peter Ombodi <peter.ombodi@gmail.com>
Co-authored-by: Alex <alex.tran1502@gmail.com>
2025-11-10 16:20:51 +00:00

130 lines
4.5 KiB
Dart

import 'package:collection/collection.dart';
import 'package:drift/drift.dart';
import 'package:immich_mobile/constants/constants.dart';
import 'package:immich_mobile/domain/models/album/local_album.model.dart';
import 'package:immich_mobile/domain/models/asset/base_asset.model.dart';
import 'package:immich_mobile/infrastructure/entities/local_album.entity.dart';
import 'package:immich_mobile/infrastructure/entities/local_asset.entity.dart';
import 'package:immich_mobile/infrastructure/entities/local_asset.entity.drift.dart';
import 'package:immich_mobile/infrastructure/repositories/db.repository.dart';
class DriftLocalAssetRepository extends DriftDatabaseRepository {
final Drift _db;
const DriftLocalAssetRepository(this._db) : super(_db);
SingleOrNullSelectable<LocalAsset?> _assetSelectable(String id) {
final query = _db.localAssetEntity.select().addColumns([_db.remoteAssetEntity.id]).join([
leftOuterJoin(
_db.remoteAssetEntity,
_db.localAssetEntity.checksum.equalsExp(_db.remoteAssetEntity.checksum),
useColumns: false,
),
])..where(_db.localAssetEntity.id.equals(id));
return query.map((row) {
final asset = row.readTable(_db.localAssetEntity).toDto();
return asset.copyWith(remoteId: row.read(_db.remoteAssetEntity.id));
});
}
Future<LocalAsset?> get(String id) => _assetSelectable(id).getSingleOrNull();
Future<List<LocalAsset?>> getByChecksum(String checksum) {
final query = _db.localAssetEntity.select()..where((lae) => lae.checksum.equals(checksum));
return query.map((row) => row.toDto()).get();
}
Stream<LocalAsset?> watch(String id) => _assetSelectable(id).watchSingleOrNull();
Future<void> updateHashes(Map<String, String> hashes) {
if (hashes.isEmpty) {
return Future.value();
}
return _db.batch((batch) async {
for (final entry in hashes.entries) {
batch.update(
_db.localAssetEntity,
LocalAssetEntityCompanion(checksum: Value(entry.value)),
where: (e) => e.id.equals(entry.key),
);
}
});
}
Future<void> delete(List<String> ids) {
if (ids.isEmpty) {
return Future.value();
}
return _db.batch((batch) {
for (final id in ids) {
batch.deleteWhere(_db.localAssetEntity, (e) => e.id.equals(id));
}
});
}
Future<LocalAsset?> getById(String id) {
final query = _db.localAssetEntity.select()..where((lae) => lae.id.equals(id));
return query.map((row) => row.toDto()).getSingleOrNull();
}
Future<int> getCount() {
return _db.managers.localAssetEntity.count();
}
Future<int> getHashedCount() {
return _db.managers.localAssetEntity.filter((e) => e.checksum.isNull().not()).count();
}
Future<List<LocalAlbum>> getSourceAlbums(String localAssetId, {BackupSelection? backupSelection}) {
final query = _db.localAlbumEntity.select()
..where(
(lae) => existsQuery(
_db.localAlbumAssetEntity.selectOnly()
..addColumns([_db.localAlbumAssetEntity.albumId])
..where(
_db.localAlbumAssetEntity.albumId.equalsExp(lae.id) &
_db.localAlbumAssetEntity.assetId.equals(localAssetId),
),
),
)
..orderBy([(lae) => OrderingTerm.asc(lae.name)]);
if (backupSelection != null) {
query.where((lae) => lae.backupSelection.equalsValue(backupSelection));
}
return query.map((localAlbum) => localAlbum.toDto()).get();
}
Future<Map<String, List<LocalAsset>>> getAssetsFromBackupAlbums(Iterable<String> checksums) async {
if (checksums.isEmpty) {
return {};
}
final result = <String, List<LocalAsset>>{};
for (final slice in checksums.toSet().slices(kDriftMaxChunk)) {
final rows =
await (_db.select(_db.localAlbumAssetEntity).join([
innerJoin(_db.localAlbumEntity, _db.localAlbumAssetEntity.albumId.equalsExp(_db.localAlbumEntity.id)),
innerJoin(_db.localAssetEntity, _db.localAlbumAssetEntity.assetId.equalsExp(_db.localAssetEntity.id)),
])..where(
_db.localAlbumEntity.backupSelection.equalsValue(BackupSelection.selected) &
_db.localAssetEntity.checksum.isIn(slice),
))
.get();
for (final row in rows) {
final albumId = row.readTable(_db.localAlbumAssetEntity).albumId;
final assetData = row.readTable(_db.localAssetEntity);
final asset = assetData.toDto();
(result[albumId] ??= <LocalAsset>[]).add(asset);
}
}
return result;
}
}