Files
paseo/packages/app/e2e/helpers/daemon-websocket-gate.ts
Mohamed Boudra 1977d330ed Reduce workspace, agent, and chat sync traffic (#2028)
* feat(sync): keep live data scoped and current

Only viewed chats receive live timeline rows, while directory state now uses one subscribed bootstrap followed by ordered deltas. Legacy clients and daemons retain their existing behavior through centralized compatibility gates.

* fix(sync): preserve selective delivery boundaries

Keep selective timeline capability app-owned, union viewed sets across shared sockets, and reconcile directory side effects from accepted state. Visibility and archive suppression now follow their existing authoritative boundaries.

* test(app): align browser fixtures with runtime contracts

* fix(sync): preserve mixed-client delivery guarantees

* fix(sync): finish paged history before advancing

* fix(sync): replay live deltas after refresh failures

* test(server): model socket capability lookup

* test(app): use platform shortcut for split-pane coverage

* fix(app): keep hidden timelines dormant

* test(app): normalize split-pane shortcut setup

* fix(app): preserve sync state across retries

* fix(app): preserve background sync state across races

* fix directory bootstrap reconciliation edge cases

* fix selective timeline compatibility races

* fix superseded directory sync races

* fix(sync): centralize directory replica ordering

Own agent and workspace refresh transactions in HostRuntime so reconnect epochs, buffered updates, and lifecycle invalidation share one ordering boundary. Route timeline metadata and mixed-capability stream delivery through their authoritative runtime sources.

* fix(app): keep timeline requests runtime-scoped

* fix(app): close directory bootstrap races
2026-07-17 17:03:34 +02:00

115 lines
3.3 KiB
TypeScript

import type { Page, WebSocketRoute } from "@playwright/test";
import { daemonWsRoutePattern } from "./daemon-port";
export interface DirectoryBootstrapCounts {
agents: number;
workspaces: number;
}
export interface DirectoryRequestStartCounts {
subscribed: DirectoryBootstrapCounts;
unsubscribed: DirectoryBootstrapCounts;
total: DirectoryBootstrapCounts;
}
interface ClientRequest {
type?: unknown;
subscribe?: unknown;
page?: { cursor?: unknown };
}
function readClientRequest(message: string | Buffer): ClientRequest | null {
if (typeof message !== "string") return null;
try {
const envelope = JSON.parse(message) as {
type?: unknown;
message?: ClientRequest;
};
return envelope.type === "session" ? (envelope.message ?? null) : envelope;
} catch {
return null;
}
}
function directoryForRequest(request: ClientRequest): keyof DirectoryBootstrapCounts | null {
if (request.page?.cursor) return null;
if (request.type === "fetch_agents_request") return "agents";
if (request.type === "fetch_workspaces_request") return "workspaces";
return null;
}
export async function installDaemonWebSocketGate(page: Page) {
let acceptingConnections = true;
const activeSockets = new Set<WebSocketRoute>();
const directoryStarts: DirectoryRequestStartCounts = {
subscribed: { agents: 0, workspaces: 0 },
unsubscribed: { agents: 0, workspaces: 0 },
total: { agents: 0, workspaces: 0 },
};
const clientRequestCounts = new Map<string, number>();
await page.routeWebSocket(daemonWsRoutePattern(), (ws) => {
if (!acceptingConnections) {
void ws.close({ code: 1008, reason: "Blocked by reconnect test." });
return;
}
activeSockets.add(ws);
const server = ws.connectToServer();
ws.onMessage((message) => {
if (!acceptingConnections) return;
const request = readClientRequest(message);
if (typeof request?.type === "string") {
clientRequestCounts.set(request.type, (clientRequestCounts.get(request.type) ?? 0) + 1);
const directory = directoryForRequest(request);
if (directory) {
const subscription = request.subscribe === undefined ? "unsubscribed" : "subscribed";
directoryStarts[subscription][directory] += 1;
directoryStarts.total[directory] += 1;
}
}
try {
server.send(message);
} catch {
activeSockets.delete(ws);
}
});
server.onMessage((message) => {
if (!acceptingConnections) return;
try {
ws.send(message);
} catch {
activeSockets.delete(ws);
}
});
});
return {
async drop(): Promise<void> {
acceptingConnections = false;
const sockets = Array.from(activeSockets);
activeSockets.clear();
await Promise.all(
sockets.map((ws) =>
ws.close({ code: 1008, reason: "Dropped by reconnect test." }).catch(() => undefined),
),
);
},
restore(): void {
acceptingConnections = true;
},
getDirectoryRequestStartCounts(): DirectoryRequestStartCounts {
return {
subscribed: { ...directoryStarts.subscribed },
unsubscribed: { ...directoryStarts.unsubscribed },
total: { ...directoryStarts.total },
};
},
getClientRequestCount(type: string): number {
return clientRequestCounts.get(type) ?? 0;
},
};
}