Smart Tree - ST

# Smart Tree SSE Server Specification > "Real-time directory streaming at quantum speeds!" 🌊⚡ ## Overview Smart Tree SSE server mode provides real-time directory monitoring with quantum-compressed updates streamed to clients via Server-Sent Events. ## Usage ```bash # Start SSE server on default port 8973 st --serve /path/to/watch # Custom port and options st --serve /path/to/watch --port 3000 --mode quantum # Multiple paths st --serve /project1 /project2 --mode summary-ai # With CORS for web apps st --serve . --cors "*" --compress ``` ## HTTP Endpoints ### SSE Stream: `GET /events` ```javascript const eventSource = new EventSource('http://localhost:8973/events'); eventSource.onmessage = (event) => { const data = JSON.parse(event.data); console.log('Tree update:', data); }; eventSource.addEventListener('quantum', (event) => { // Quantum-compressed update const compressed = event.data; // Decompress and process... }); ``` ### REST Endpoints ``` GET /tree?path=/src&mode=quantum GET /stats?path=/src GET /search?q=TODO&path=/src GET /compress?path=/src/file.md&format=marqant POST /watch { "path": "/new/path" } DELETE /watch { "path": "/old/path" } ``` ## Event Types ### 1. Initial Tree Event ```json { "event": "tree", "data": { "path": "/project", "mode": "quantum", "compressed": "QTN1:AQID...", "stats": { "files": 1234, "dirs": 56, "size": 78901234 } } } ``` ### 2. File Change Events ```json { "event": "change", "data": { "type": "modified|created|deleted|renamed", "path": "/project/src/main.rs", "size": 1234, "timestamp": "2025-07-16T10:30:00Z", "delta": "QTN1:DELTA..." // Quantum delta } } ``` ### 3. Directory Statistics ```json { "event": "stats", "data": { "path": "/project", "interval": "5m", "changes": 42, "growth": "+1.2MB", "hot_files": ["src/main.rs", "Cargo.toml"] } } ``` ### 4. Compressed Batch Updates ```json { "event": "quantum", "data": "QTN1:BATCH:..." // Multiple changes compressed } ``` ## Implementation Architecture ```rust pub struct SseServer { watcher: RecommendedWatcher, clients: Arc<Mutex<Vec<SseClient>>>, compression_mode: OutputMode, paths: Vec<PathBuf>, } impl SseServer { pub async fn start(config: SseConfig) -> Result<()> { // Setup file watcher let (tx, rx) = channel(); let watcher = RecommendedWatcher::new(tx, Config::default())?; // Watch paths for path in &config.paths { watcher.watch(path, RecursiveMode::Recursive)?; } // HTTP server let app = Router::new() .route("/events", get(sse_handler)) .route("/tree", get(tree_handler)) .route("/stats", get(stats_handler)) .with_state(AppState { watcher, clients }); Server::bind(&config.addr) .serve(app.into_make_service()) .await?; } } ``` ## Compression Strategies ### 1. Full Tree Compression - Initial connection: Send full quantum tree - Updates: Send quantum deltas only ### 2. Incremental Updates - Track client state - Send only changes since last event - Automatic rebasing on reconnect ### 3. Smart Batching - Aggregate rapid changes - Compress multiple events together - Send every N ms or M changes ## Client Libraries ### JavaScript/TypeScript ```typescript import { SmartTreeSSE } from '@smart-tree/sse-client'; const tree = new SmartTreeSSE('http://localhost:8973'); tree.on('change', (event) => { console.log(`File ${event.path} was ${event.type}`); }); tree.on('quantum', async (compressed) => { const tree = await tree.decompress(compressed); renderTree(tree); }); ``` ### Rust Client ```rust use smart_tree_sse::SseClient; let mut client = SseClient::connect("http://localhost:8973").await?; while let Some(event) = client.next().await { match event? { Event::Change { path, change_type } => { println!("Changed: {:?}", path); } Event::Quantum(data) => { let tree = decompress_quantum(&data)?; } } } ``` ## Use Cases ### 1. Live Development Dashboard ```javascript // Real-time project statistics eventSource.addEventListener('stats', (e) => { updateDashboard(JSON.parse(e.data)); }); ``` ### 2. AI-Powered Code Assistant ```python # Stream changes to AI for real-time analysis async for event in tree_sse.stream(): if event.type == 'change': await ai.analyze_change(event.path, event.delta) ``` ### 3. Distributed Build System ```rust // Watch for changes, trigger builds client.on_change(|change| { if change.path.ends_with(".rs") { build_queue.push(change.path); } }); ``` ### 4. Cloud Sync ```go // Sync quantum deltas to cloud for event := range sseClient.Events() { if event.Type == "quantum" { cloudStorage.PushDelta(event.Data) } } ``` ## Performance Optimizations 1. **Compression Cache**: Pre-compress common requests 2. **Delta Encoding**: Send only changes, not full trees 3. **Client State Tracking**: Remember what each client has 4. **Parallel Compression**: Use thread pool for quantum encoding 5. **Zero-Copy Streaming**: Direct memory to network ## Security ```bash # Authentication st --serve . --auth-token $SECRET_TOKEN # HTTPS with auto-cert st --serve . --https --domain tree.example.com # IP allowlist st --serve . --allow "192.168.1.0/24,10.0.0.0/8" ``` ## Future Extensions 1. **WebSocket upgrade**: Bidirectional communication 2. **GraphQL endpoint**: Query specific parts 3. **gRPC streaming**: For high-performance clients 4. **P2P mode**: Clients share updates 5. **Blockchain integration**: Immutable change history *"From filesystem to flight stream - Smart Tree takes off!"* 🚀🎸