1c9b531996
Complete the server-backed storage layer for PubScript so the app can run against a real Fastify + SQLite backend instead of only local IndexedDB. Server (@pubscript/server): - db.ts: better-sqlite3 schema + migrations (users, shares, projects, books, chapters, entities, boards, ai_sessions, audit); WAL mode; idempotent admin bootstrap via PUBSCRIPT_ADMIN_EMAIL/PASSWORD. - auth.ts: argon2 hashing, JWT-ish session tokens, guards, auth routes. - routes.ts: REST CRUD for projects/books/chapters/entities/boards/ai_sessions with multi-tenant isolation and optimistic concurrency (baseRev). - ws.ts: Fastify websocket hub for autosave + presence events. - mapping.ts: row <-> core type conversion. Core (@pubscript/core): - Zod domain schemas (projects, books, chapters, entities, boards, ai_sessions) exported from index. - storage-local.ts (IndexedDB/Dexie) and storage-server.ts (REST) adapters implementing the StorageAdapter contract. Tests & tooling: - storage.contract.test.ts: parameterized over both adapters; wired as `pnpm contract` and added to CI. - seed.ts (`pnpm --filter server seed`): creates demo project "The Glass Harbor" — 3 chapters of prose, 4 linked characters, 1 world location, 6-node board. - Dockerfile + compose wiring for the server runtime. Acceptance: seed project opens with 3 chapters, 4 linked characters, 1 board.
67 lines
2.2 KiB
TypeScript
67 lines
2.2 KiB
TypeScript
import type { FastifyInstance } from "fastify";
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import { WebSocket } from "ws";
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import { canAccessProject, bearerToken, userFromToken } from "./auth.js";
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import { toUser } from "./mapping.js";
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interface Client {
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ws: WebSocket;
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projectId: string;
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userId: string;
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}
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/**
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* Register the `/api/ws` endpoint. Clients connect with `?projectId=X` and an
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* auth token (bearer header or cookie). The server validates access, then
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* relays `autosave` and `presence` events to the other clients in the same
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* project (never back to the sender).
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*/
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export function registerWs(app: FastifyInstance): void {
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const rooms = new Map<string, Set<Client>>();
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app.get("/api/ws", { websocket: true }, (socket: WebSocket, req) => {
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const db = app.db;
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const query = req.query as { projectId?: string };
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const projectId = query.projectId;
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// Authenticate (bearer header or cookie).
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const cookieToken = (req.headers.cookie ?? "")
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.split("; ")
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.find((c) => c.startsWith("ps_session="))
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?.split("=")[1] ?? null;
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const token = bearerToken(req) ?? cookieToken;
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const row = token ? userFromToken(db, token) : null;
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if (!row || !projectId || !canAccessProject(db, toUser(row), projectId)) {
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socket.close(4401);
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return;
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}
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const client: Client = { ws: socket, projectId, userId: row.id };
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const room = rooms.get(projectId) ?? new Set<Client>();
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room.add(client);
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rooms.set(projectId, room);
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socket.on("message", (data: WebSocket.RawData) => {
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let msg: any;
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try {
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msg = JSON.parse(String(data));
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} catch {
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return;
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}
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if (msg?.type !== "autosave" && msg?.type !== "presence") return;
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const payload = JSON.stringify({ ...msg, userId: client.userId, at: new Date().toISOString() });
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for (const other of room) {
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if (other !== client && other.ws.readyState === WebSocket.OPEN) {
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other.ws.send(payload);
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}
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}
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});
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const cleanup = (): void => {
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room.delete(client);
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if (room.size === 0) rooms.delete(projectId);
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};
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socket.on("close", cleanup);
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socket.on("error", cleanup);
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});
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}
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