import 'package:event_bus/event_bus.dart'; import 'package:kiwi/kiwi.dart'; import 'package:logging/logging.dart'; import 'package:nc_photos/account.dart'; import 'package:nc_photos/ci_string.dart'; import 'package:nc_photos/debug_util.dart'; import 'package:nc_photos/di_container.dart'; import 'package:nc_photos/entity/album.dart'; import 'package:nc_photos/entity/album/item.dart'; import 'package:nc_photos/entity/album/provider.dart'; import 'package:nc_photos/entity/file.dart'; import 'package:nc_photos/event/event.dart'; import 'package:nc_photos/iterable_extension.dart'; import 'package:nc_photos/use_case/list_album.dart'; import 'package:nc_photos/use_case/list_share.dart'; import 'package:nc_photos/use_case/remove_from_album.dart'; import 'package:nc_photos/use_case/remove_share.dart'; class Remove { Remove(this._c) : assert(require(_c)), assert(ListAlbum.require(_c)), assert(ListShare.require(_c)), assert(RemoveFromAlbum.require(_c)); static bool require(DiContainer c) => DiContainer.has(c, DiType.fileRepo) && DiContainer.has(c, DiType.shareRepo); /// Remove files Future call( Account account, List files, { void Function(File file, Object error, StackTrace stackTrace)? onRemoveFileFailed, bool shouldCleanUp = true, }) async { // need to cleanup first, otherwise we can't unshare the files if (!shouldCleanUp) { _log.info("[call] Skip album cleanup"); } else { await _cleanUpAlbums(account, files); } for (final f in files) { try { await _c.fileRepo.remove(account, f); KiwiContainer().resolve().fire(FileRemovedEvent(account, f)); } catch (e, stackTrace) { _log.severe("[call] Failed while remove: ${logFilename(f.path)}", e, stackTrace); onRemoveFileFailed?.call(f, e, stackTrace); } } } Future _cleanUpAlbums(Account account, List removes) async { final albums = await ListAlbum(_c)(account) .where((event) => event is Album) .cast() .toList(); // figure out which files need to be unshared with whom final unshares = >{}; // clean up only make sense for static albums for (final a in albums.where((a) => a.provider is AlbumStaticProvider)) { try { final provider = AlbumStaticProvider.of(a); final itemsToRemove = provider.items .whereType() .where((i) => (i.file.isOwned(account.username) || i.addedBy == account.username) && removes.any((r) => r.compareServerIdentity(i.file))) .toList(); if (itemsToRemove.isEmpty) { continue; } for (final i in itemsToRemove) { final key = FileServerIdentityComparator(i.file); final value = (a.shares?.map((s) => s.userId).toList() ?? []) ..add(a.albumFile!.ownerId!) ..remove(account.username); (unshares[key] ??= {}).addAll(value); } _log.fine( "[_cleanUpAlbums] Removing from album '${a.name}': ${itemsToRemove.map((e) => e.file.path).toReadableString()}"); // skip unsharing as we'll handle it ourselves await RemoveFromAlbum(_c)(account, a, itemsToRemove, shouldUnshare: false); } catch (e, stacktrace) { _log.shout( "[_cleanUpAlbums] Failed while updating album", e, stacktrace); // continue to next album } } for (final e in unshares.entries) { try { final shares = await ListShare(_c)(account, e.key.file); for (final s in shares.where((s) => e.value.contains(s.shareWith))) { try { await RemoveShare(_c.shareRepo)(account, s); } catch (e, stackTrace) { _log.severe( "[_cleanUpAlbums] Failed while RemoveShare: $s", e, stackTrace); } } } catch (e, stackTrace) { _log.shout("[_cleanUpAlbums] Failed", e, stackTrace); } } } final DiContainer _c; static final _log = Logger("use_case.remove.Remove"); }