Plex MCP Server

const PlexMCPServer = require('../../index.js'); // Check if we should run E2E tests const plexUrl = process.env.E2E_PLEX_URL || process.env.PLEX_URL; const plexToken = process.env.E2E_PLEX_TOKEN || process.env.PLEX_TOKEN; const isTestEnvironment = plexUrl?.includes('test-plex-server.com') || plexToken?.includes('test-token'); const shouldRunE2E = plexUrl && plexToken && !isTestEnvironment; const describeE2E = shouldRunE2E ? describe : describe.skip; describeE2E('🔢 Multiple Item Addition Analysis', () => { let server; let originalEnv; let testItems = []; let cleanupPlaylistIds = []; beforeAll(async() => { originalEnv = { ...process.env }; console.log('🎯 ANALYZING: Multiple item addition behavior'); console.log('📝 Goal: Determine why multiple-item operations fail'); console.log(`📡 Server: ${plexUrl}`); process.env.PLEX_URL = plexUrl; process.env.PLEX_TOKEN = plexToken; server = new PlexMCPServer(); // Get test items const searchResult = await server.handlePlexSearch({ query: 'music', type: 'track', limit: 8 }); const searchText = searchResult.content[0].text; const allIds = [...searchText.matchAll(/\*\*ID: (\d+)\*\*/g)]; if (allIds.length >= 6) { testItems = allIds.slice(0, 6).map(match => match[1]); console.log(`✅ Test items prepared: [${testItems.join(', ')}]`); } else { console.log('❌ Insufficient test items found'); } }, 30000); afterAll(async() => { // Cleanup all test playlists for (const playlistId of cleanupPlaylistIds) { try { await server.handleDeletePlaylist({ playlist_id: playlistId }); console.log(`🧹 Cleaned up: ${playlistId}`); } catch (error) { console.log(`⚠️ Cleanup failed for ${playlistId}: ${error.message}`); } } process.env = originalEnv; }, 30000); describe('🏗️ Baseline: Single Item Operations', () => { let singleItemPlaylistId = null; it('should create playlist with single item', async() => { if (testItems.length < 1) { console.log('⏭️ Skipping: No test items'); return; } const createResult = await server.handleCreatePlaylist({ title: `SingleItem_${Date.now()}`, type: 'audio', item_key: testItems[0] }); const playlistMatch = createResult.content[0].text.match(/Playlist ID: (\w+)/); if (playlistMatch) { singleItemPlaylistId = playlistMatch[1]; cleanupPlaylistIds.push(singleItemPlaylistId); console.log(`✅ Single-item playlist created: ${singleItemPlaylistId}`); } console.log('📋 Single item creation result:', createResult.content[0].text); expect(createResult.content[0].text).toMatch(/Successfully created playlist/); }, 15000); it('should add single item to existing playlist', async() => { if (!singleItemPlaylistId || testItems.length < 2) { console.log('⏭️ Skipping: Prerequisites not met'); return; } console.log(`🎵 Adding single item ${testItems[1]} to playlist ${singleItemPlaylistId}`); const addResult = await server.handleAddToPlaylist({ playlist_id: singleItemPlaylistId, item_keys: [testItems[1]] }); console.log('📊 Single add result:', addResult.content[0].text); // Verify result const browseResult = await server.handleBrowsePlaylist({ playlist_id: singleItemPlaylistId }); const itemCount = browseResult.content[0].text.match(/Items: (\d+)/)?.[1]; console.log(`🎵 Items after single add: ${itemCount}`); expect(addResult.content[0].text).toMatch(/Attempted to add: 1 item/); }, 15000); }); describe('🔢 Multiple Item Addition Tests', () => { let multiItemPlaylistId = null; it('should create fresh playlist for multiple item testing', async() => { if (testItems.length < 1) { console.log('⏭️ Skipping: No test items'); return; } const createResult = await server.handleCreatePlaylist({ title: `MultiItem_${Date.now()}`, type: 'audio', item_key: testItems[0] }); const playlistMatch = createResult.content[0].text.match(/Playlist ID: (\w+)/); if (playlistMatch) { multiItemPlaylistId = playlistMatch[1]; cleanupPlaylistIds.push(multiItemPlaylistId); console.log(`✅ Multi-item test playlist created: ${multiItemPlaylistId}`); } expect(createResult.content[0].text).toMatch(/Successfully created playlist/); }, 15000); it('should test adding 2 items at once', async() => { if (!multiItemPlaylistId || testItems.length < 3) { console.log('⏭️ Skipping: Prerequisites not met'); return; } console.log(`🎵 Adding 2 items [${testItems[1]}, ${testItems[2]}] at once`); const addResult = await server.handleAddToPlaylist({ playlist_id: multiItemPlaylistId, item_keys: [testItems[1], testItems[2]] }); console.log('📊 2-item add result:', addResult.content[0].text); // Check playlist state const browseResult = await server.handleBrowsePlaylist({ playlist_id: multiItemPlaylistId }); const itemCount = browseResult.content[0].text.match(/Items: (\d+)/)?.[1]; console.log(`🎵 Items after 2-item add: ${itemCount}`); console.log('📊 Expected: 3 items (1 initial + 2 added)'); if (itemCount === '3') { console.log('✅ SUCCESS: Multiple item addition worked!'); } else if (itemCount === '1') { console.log('❌ FAILED: No items were added'); } else { console.log(`⚠️ PARTIAL: Only ${parseInt(itemCount, 10) - 1} of 2 items were added`); } expect(addResult.content[0].text).toMatch(/Attempted to add: 2 item/); }, 15000); it('should test adding 3 items at once', async() => { if (!multiItemPlaylistId || testItems.length < 6) { console.log('⏭️ Skipping: Not enough test items'); return; } console.log(`🎵 Adding 3 items [${testItems[3]}, ${testItems[4]}, ${testItems[5]}] at once`); const addResult = await server.handleAddToPlaylist({ playlist_id: multiItemPlaylistId, item_keys: [testItems[3], testItems[4], testItems[5]] }); console.log('📊 3-item add result:', addResult.content[0].text); // Check playlist state const browseResult = await server.handleBrowsePlaylist({ playlist_id: multiItemPlaylistId }); const itemCount = browseResult.content[0].text.match(/Items: (\d+)/)?.[1]; console.log(`🎵 Items after 3-item add: ${itemCount}`); // Determine expected count based on previous test results console.log('📊 Analyzing result pattern...'); expect(addResult.content[0].text).toMatch(/Attempted to add: 3 item/); }, 15000); }); describe('🧪 Multiple Item Patterns Analysis', () => { it('should test identical item additions (duplicates)', async() => { if (testItems.length < 2) { console.log('⏭️ Skipping: Not enough test items'); return; } // Create fresh playlist const createResult = await server.handleCreatePlaylist({ title: `DuplicateTest_${Date.now()}`, type: 'audio', item_key: testItems[0] }); const playlistMatch = createResult.content[0].text.match(/Playlist ID: (\w+)/); if (!playlistMatch) { console.log('❌ Failed to create duplicate test playlist'); return; } const duplicatePlaylistId = playlistMatch[1]; cleanupPlaylistIds.push(duplicatePlaylistId); console.log(`🔁 Testing duplicate additions to ${duplicatePlaylistId}`); // Try to add the same item multiple times const addResult = await server.handleAddToPlaylist({ playlist_id: duplicatePlaylistId, item_keys: [testItems[0], testItems[0], testItems[0]] }); console.log('📊 Duplicate add result:', addResult.content[0].text); const browseResult = await server.handleBrowsePlaylist({ playlist_id: duplicatePlaylistId }); const itemCount = browseResult.content[0].text.match(/Items: (\d+)/)?.[1]; console.log(`🎵 Items after duplicate add: ${itemCount}`); if (itemCount === '1') { console.log('✅ CORRECT: Plex ignored duplicate additions'); } else { console.log(`⚠️ UNEXPECTED: Got ${itemCount} items (duplicates allowed or other behavior)`); } expect(addResult.content[0].text).toMatch(/Attempted to add: 3 item/); }, 15000); it('should compare single vs multiple addition efficiency', async() => { if (testItems.length < 4) { console.log('⏭️ Skipping: Not enough test items'); return; } console.log('\n🏁 PERFORMANCE COMPARISON: Single vs Multiple Operations'); // Test 1: Sequential single additions const sequentialStart = Date.now(); const createResult1 = await server.handleCreatePlaylist({ title: `Sequential_${Date.now()}`, type: 'audio', item_key: testItems[0] }); const playlist1Match = createResult1.content[0].text.match(/Playlist ID: (\w+)/); if (playlist1Match) { const sequentialPlaylistId = playlist1Match[1]; cleanupPlaylistIds.push(sequentialPlaylistId); // Add items one by one await server.handleAddToPlaylist({ playlist_id: sequentialPlaylistId, item_keys: [testItems[1]] }); await server.handleAddToPlaylist({ playlist_id: sequentialPlaylistId, item_keys: [testItems[2]] }); const sequentialEnd = Date.now(); const sequentialTime = sequentialEnd - sequentialStart; // Check final state const browseSequential = await server.handleBrowsePlaylist({ playlist_id: sequentialPlaylistId }); const sequentialCount = browseSequential.content[0].text.match(/Items: (\d+)/)?.[1]; console.log(`⏱️ Sequential (3 operations): ${sequentialTime}ms, ${sequentialCount} items`); // Test 2: Batch addition const batchStart = Date.now(); const createResult2 = await server.handleCreatePlaylist({ title: `Batch_${Date.now()}`, type: 'audio', item_key: testItems[0] }); const playlist2Match = createResult2.content[0].text.match(/Playlist ID: (\w+)/); if (playlist2Match) { const batchPlaylistId = playlist2Match[1]; cleanupPlaylistIds.push(batchPlaylistId); // Add items all at once await server.handleAddToPlaylist({ playlist_id: batchPlaylistId, item_keys: [testItems[1], testItems[2]] }); const batchEnd = Date.now(); const batchTime = batchEnd - batchStart; // Check final state const browseBatch = await server.handleBrowsePlaylist({ playlist_id: batchPlaylistId }); const batchCount = browseBatch.content[0].text.match(/Items: (\d+)/)?.[1]; console.log(`⏱️ Batch (2 operations): ${batchTime}ms, ${batchCount} items`); console.log('\n📊 ANALYSIS:'); console.log(`Time difference: ${sequentialTime - batchTime}ms`); console.log(`Sequential result: ${sequentialCount} items`); console.log(`Batch result: ${batchCount} items`); if (sequentialCount === batchCount) { console.log('✅ Both methods achieved same result'); } else { console.log('⚠️ Different results - batch operation may have issues'); } } } expect(true).toBe(true); // This test is for analysis }, 30000); }); describe('📋 Summary and Recommendations', () => { it('should document findings and recommendations', async() => { console.log('\n📊 MULTIPLE ITEM ADDITION ANALYSIS COMPLETE'); console.log('================================================'); console.log('\n🔍 KEY FINDINGS:'); console.log('- Check console output above for detailed test results'); console.log('- Compare single vs multiple operation success rates'); console.log('- Note any performance differences'); console.log('- Observe Plex duplicate handling behavior'); console.log('\n💡 NEXT STEPS:'); console.log('1. Review console logs for patterns'); console.log('2. Identify which multiple-item operations fail'); console.log('3. Implement fallback to sequential operations if needed'); console.log('4. Improve error detection and reporting'); console.log('\n✅ Analysis framework complete'); expect(true).toBe(true); }); }); });