- spawnFor now tears down any existing runtime for the same session id before
the cap check, so resume/respawn neither leaks the old child nor falsely hits
maxPiProcesses
- exit handler is identity-checked (captures rt) so a stale child's late exit
cannot evict a newer runtime
- SSE pending re-emit now sends the full ClientEvent shape
{ type: "ui_request", ui_request } to match hub.publish live events
- tests: same-id respawn replaces runtime (count 1); old child exit does not
evict new runtime; sse-hub re-emit asserts unified shape
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
17 lines
804 B
TypeScript
17 lines
804 B
TypeScript
import { test, expect } from "vitest";
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import { SseHub } from "../src/sse/sse-hub.js";
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test("re-emette il widget pendente alla sottoscrizione", () => {
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const hub = new SseHub(); const sent: any[] = [];
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hub.subscribe("s1", (ev, data) => sent.push({ ev, data }), { id: "u1", widget: "select" });
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expect(sent[0]).toEqual({ ev: "ui_request", data: { type: "ui_request", ui_request: { id: "u1", widget: "select" } } });
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});
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test("publish raggiunge i subscriber e unsubscribe li stacca", () => {
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const hub = new SseHub(); const sent: any[] = [];
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const off = hub.subscribe("s1", (ev, data) => sent.push({ ev, data }));
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hub.publish("s1", "text_delta", { text: "x" });
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off(); hub.publish("s1", "text_delta", { text: "y" });
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expect(sent).toEqual([{ ev: "text_delta", data: { text: "x" } }]);
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});
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