327 lines
13 KiB
Dart
327 lines
13 KiB
Dart
import 'dart:convert';
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import 'package:drift/drift.dart' show Value;
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import 'package:drift/native.dart';
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import 'package:flutter_test/flutter_test.dart';
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import 'package:plezy/database/app_database.dart';
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import 'package:plezy/services/plex_api_cache.dart';
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void main() {
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late AppDatabase db;
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late PlexApiCache cache;
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setUp(() {
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db = AppDatabase.forTesting(NativeDatabase.memory());
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// PlexApiCache is a singleton initialized via static factory. Re-init
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// against the in-memory db for each test for full isolation.
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PlexApiCache.initialize(db);
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cache = PlexApiCache.instance;
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});
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tearDown(() async {
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await db.close();
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});
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// Helper: minimal Plex MediaContainer payload that PlexCacheParser can parse.
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Map<String, dynamic> mediaContainer({String ratingKey = '42', String title = 'Item'}) => {
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'MediaContainer': {
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'Metadata': [
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{'ratingKey': ratingKey, 'title': title, 'type': 'movie'},
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],
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},
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};
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// ============================================================
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// Singleton
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// ============================================================
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group('singleton', () {
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test('initialize swaps the underlying database', () async {
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final newDb = AppDatabase.forTesting(NativeDatabase.memory());
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PlexApiCache.initialize(newDb);
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expect(identical(PlexApiCache.instance.database, newDb), isTrue);
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await newDb.close();
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});
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test('database getter exposes the underlying AppDatabase', () {
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expect(identical(cache.database, db), isTrue);
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});
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});
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// ============================================================
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// get / put — cache hit and miss
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// ============================================================
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group('get / put', () {
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test('miss returns null for an unknown key', () async {
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expect(await cache.get('srv', '/library/metadata/1'), isNull);
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});
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test('put + get round-trip preserves the JSON map', () async {
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final payload = mediaContainer(ratingKey: '1', title: 'Hello');
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await cache.put('srv', '/library/metadata/1', payload);
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final hit = await cache.get('srv', '/library/metadata/1');
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expect(hit, isNotNull);
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expect(hit, equals(payload));
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});
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test('put on existing key overwrites prior data (insertOnConflictUpdate)', () async {
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await cache.put('srv', '/library/metadata/1', {
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'MediaContainer': {
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'Metadata': [
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{'title': 'first'},
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],
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},
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});
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await cache.put('srv', '/library/metadata/1', {
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'MediaContainer': {
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'Metadata': [
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{'title': 'second'},
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],
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},
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});
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final hit = await cache.get('srv', '/library/metadata/1');
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expect(((hit!['MediaContainer'] as Map)['Metadata'] as List).first['title'], 'second');
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});
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test('keys are namespaced by serverId — same endpoint on different servers is isolated', () async {
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await cache.put('srv-a', '/library/metadata/1', mediaContainer(ratingKey: 'A'));
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await cache.put('srv-b', '/library/metadata/1', mediaContainer(ratingKey: 'B'));
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final a = await cache.get('srv-a', '/library/metadata/1');
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final b = await cache.get('srv-b', '/library/metadata/1');
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expect(((a!['MediaContainer'] as Map)['Metadata'] as List).first['ratingKey'], 'A');
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expect(((b!['MediaContainer'] as Map)['Metadata'] as List).first['ratingKey'], 'B');
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});
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test('put writes a fresh cachedAt timestamp on overwrite', () async {
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await cache.put('srv', '/library/metadata/1', mediaContainer());
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final firstRow = await (db.select(
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db.apiCache,
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)..where((t) => t.cacheKey.equals('srv:/library/metadata/1'))).getSingle();
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// Wait one tick so DateTime.now() advances.
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await Future<void>.delayed(const Duration(milliseconds: 5));
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await cache.put('srv', '/library/metadata/1', mediaContainer(title: 'Updated'));
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final secondRow = await (db.select(
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db.apiCache,
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)..where((t) => t.cacheKey.equals('srv:/library/metadata/1'))).getSingle();
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expect(secondRow.cachedAt.isAfter(firstRow.cachedAt) || secondRow.cachedAt == firstRow.cachedAt, isTrue);
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});
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});
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// ============================================================
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// deleteForServer / deleteForItem / clearAll
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// ============================================================
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group('deletion', () {
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test('deleteForServer wipes only the targeted serverId', () async {
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await cache.put('srv-a', '/library/metadata/1', mediaContainer(ratingKey: '1'));
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await cache.put('srv-a', '/library/metadata/2', mediaContainer(ratingKey: '2'));
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await cache.put('srv-b', '/library/metadata/1', mediaContainer(ratingKey: '1'));
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await cache.deleteForServer('srv-a');
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expect(await cache.get('srv-a', '/library/metadata/1'), isNull);
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expect(await cache.get('srv-a', '/library/metadata/2'), isNull);
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expect(await cache.get('srv-b', '/library/metadata/1'), isNotNull);
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});
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test('deleteForItem removes both metadata and children endpoints', () async {
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await cache.put('srv', '/library/metadata/1', mediaContainer());
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await cache.put('srv', '/library/metadata/1/children', mediaContainer());
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await cache.put('srv', '/library/metadata/2', mediaContainer());
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await cache.deleteForItem('srv', '1');
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expect(await cache.get('srv', '/library/metadata/1'), isNull);
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expect(await cache.get('srv', '/library/metadata/1/children'), isNull);
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// Unrelated item not affected.
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expect(await cache.get('srv', '/library/metadata/2'), isNotNull);
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});
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test('clearAll wipes every row across servers', () async {
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await cache.put('srv-a', '/library/metadata/1', mediaContainer());
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await cache.put('srv-b', '/library/metadata/2', mediaContainer());
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await cache.clearAll();
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expect(await db.select(db.apiCache).get(), isEmpty);
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});
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test('clearVolatile preserves pinned offline metadata', () async {
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await cache.put('srv-a', '/library/metadata/1', mediaContainer(ratingKey: '1'));
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await cache.put('srv-a', '/library/metadata/2', mediaContainer(ratingKey: '2'));
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await cache.pinForOffline('srv-a', '1');
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await cache.clearVolatile();
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expect(await cache.get('srv-a', '/library/metadata/1'), isNotNull);
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expect(await cache.get('srv-a', '/library/metadata/2'), isNull);
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});
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});
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// ============================================================
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// Pinning
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// ============================================================
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group('pinning', () {
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test('isPinned defaults to false for a freshly cached item', () async {
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await cache.put('srv', '/library/metadata/1', mediaContainer());
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expect(await cache.isPinnedRatingKey('srv', '1'), isFalse);
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});
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test('isPinned returns false when the item is not cached at all', () async {
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expect(await cache.isPinnedRatingKey('srv', 'missing'), isFalse);
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});
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test('pinForOffline marks the row as pinned', () async {
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await cache.put('srv', '/library/metadata/1', mediaContainer());
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await cache.pinForOffline('srv', '1');
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expect(await cache.isPinnedRatingKey('srv', '1'), isTrue);
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});
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test('unpinForOffline reverts the pin', () async {
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await cache.put('srv', '/library/metadata/1', mediaContainer());
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await cache.pinForOffline('srv', '1');
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await cache.unpinForOffline('srv', '1');
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expect(await cache.isPinnedRatingKey('srv', '1'), isFalse);
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});
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test('pinForOffline on missing row is a no-op (no insert, no throw)', () async {
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await cache.pinForOffline('srv', 'missing');
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expect(await cache.isPinnedRatingKey('srv', 'missing'), isFalse);
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});
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test('getPinnedKeys extracts ratingKeys from pinned rows for the server', () async {
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await cache.put('srv', '/library/metadata/1', mediaContainer());
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await cache.put('srv', '/library/metadata/2', mediaContainer());
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await cache.put('srv', '/library/metadata/3', mediaContainer());
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await cache.put('other', '/library/metadata/4', mediaContainer());
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await cache.pinForOffline('srv', '1');
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await cache.pinForOffline('srv', '3');
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await cache.pinForOffline('other', '4');
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final keys = await cache.getPinnedKeys('srv');
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expect(keys, equals({'1', '3'}));
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});
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test('getPinnedKeys ignores cache rows whose endpoint is not /library/metadata/<id>', () async {
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// Cached at a non-metadata endpoint — its key shape won't match the regex.
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await db
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.into(db.apiCache)
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.insert(ApiCacheCompanion.insert(cacheKey: 'srv:/library/sections/1/all', data: jsonEncode({'foo': 'bar'})));
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// Force-pin via raw update to exercise the regex skip path.
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await (db.update(db.apiCache)..where((t) => t.cacheKey.equals('srv:/library/sections/1/all'))).write(
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const ApiCacheCompanion(pinned: Value(true)),
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);
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expect(await cache.getPinnedKeys('srv'), isEmpty);
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});
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test('getPinnedKeys handles alphanumeric ratingKeys', () async {
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// Plex sometimes uses alphanumeric ratingKeys (e.g. for online-content).
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await cache.put('srv', '/library/metadata/abc-123', mediaContainer(ratingKey: 'abc-123'));
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await cache.pinForOffline('srv', 'abc-123');
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final keys = await cache.getPinnedKeys('srv');
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expect(keys, equals({'abc-123'}));
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});
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});
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// ============================================================
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// getMetadata / getAllPinnedMetadata
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// ============================================================
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group('metadata extraction', () {
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test('getMetadata returns null when the key is not cached', () async {
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expect(await cache.getMetadata('srv', 'missing'), isNull);
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});
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test('getMetadata returns null when cached payload has no Metadata array', () async {
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await cache.put('srv', '/library/metadata/empty', {
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'MediaContainer': {'size': 0},
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});
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expect(await cache.getMetadata('srv', 'empty'), isNull);
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});
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test('getMetadata parses MediaContainer.Metadata[0] and tags it with serverId', () async {
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await cache.put('srv', '/library/metadata/42', mediaContainer(ratingKey: '42', title: 'Hello'));
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final meta = await cache.getMetadata('srv', '42');
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expect(meta, isNotNull);
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expect(meta!.id, '42');
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expect(meta.title, 'Hello');
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expect(meta.serverId, 'srv');
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});
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test('getAllPinnedMetadata returns an empty map when nothing is pinned', () async {
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await cache.put('srv', '/library/metadata/1', mediaContainer(ratingKey: '1'));
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// No pin yet.
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expect(await cache.getAllPinnedMetadata(), isEmpty);
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});
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test('getAllPinnedMetadata aggregates pinned items across servers, keyed by globalKey', () async {
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await cache.put('srv-a', '/library/metadata/1', mediaContainer(ratingKey: '1', title: 'A1'));
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await cache.put('srv-a', '/library/metadata/2', mediaContainer(ratingKey: '2', title: 'A2'));
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await cache.put('srv-b', '/library/metadata/9', mediaContainer(ratingKey: '9', title: 'B9'));
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// One unpinned row to verify it's filtered out.
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await cache.put('srv-b', '/library/metadata/10', mediaContainer(ratingKey: '10', title: 'B10'));
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await cache.pinForOffline('srv-a', '1');
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await cache.pinForOffline('srv-a', '2');
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await cache.pinForOffline('srv-b', '9');
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final result = await cache.getAllPinnedMetadata();
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expect(result.keys.toSet(), {'srv-a:1', 'srv-a:2', 'srv-b:9'});
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expect(result['srv-a:1']!.title, 'A1');
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expect(result['srv-a:1']!.serverId, 'srv-a');
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expect(result['srv-b:9']!.title, 'B9');
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expect(result['srv-b:9']!.serverId, 'srv-b');
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});
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test('getAllPinnedMetadata skips rows whose key is not a metadata endpoint', () async {
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// Insert a pinned row at a non-metadata endpoint via raw insert.
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await db
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.into(db.apiCache)
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.insert(
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ApiCacheCompanion.insert(
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cacheKey: 'srv:/library/sections/1/all',
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data: jsonEncode(mediaContainer()),
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pinned: const Value(true),
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),
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);
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await cache.put('srv', '/library/metadata/1', mediaContainer(ratingKey: '1'));
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await cache.pinForOffline('srv', '1');
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final result = await cache.getAllPinnedMetadata();
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expect(result.keys.toSet(), {'srv:1'});
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});
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test('getAllPinnedMetadata silently skips rows with malformed JSON', () async {
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// Bad-JSON pinned row.
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await db
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.into(db.apiCache)
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.insert(
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ApiCacheCompanion.insert(
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cacheKey: 'srv:/library/metadata/bad',
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data: 'not-json',
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pinned: const Value(true),
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),
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);
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// Good pinned row.
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await cache.put('srv', '/library/metadata/good', mediaContainer(ratingKey: 'good', title: 'OK'));
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await cache.pinForOffline('srv', 'good');
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final result = await cache.getAllPinnedMetadata();
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expect(result.keys, contains('srv:good'));
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expect(result.keys, isNot(contains('srv:bad')));
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});
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});
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}
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