test(broker): port test suite from claude-intercom to drizzle/postgres
21 integration tests (14 broker behavior + 7 path encoding), all passing in ~1s against a real Postgres (claudemesh_test database on the dev container). Test infrastructure: - apps/broker/vitest.config.ts extends @turbostarter/vitest-config/base - tests/helpers.ts: setupTestMesh() creates a fresh mesh + 2 members per test with a unique slug, returns cleanup function that cascades the delete. cleanupAllTestMeshes() as an afterAll safety net. - Mesh isolation in broker logic means tests don't interfere even when they share a database — no per-test TRUNCATE needed. Ported behavior tests (broker.test.ts, 14 tests): - hook flips status + queued "next" messages unblock - "now"-priority bypasses the working gate - DND is sacred (hooks cannot unset it) - hook source stays fresh through jsonl refresh - source decays to jsonl when hook signal goes stale - isHookFresh freshness window + source-type rules - TTL sweep flips stuck "working" → idle - TTL sweep leaves DND alone - first-turn race: hook fired pre-connect stashed in pending_status - applyPendingHookStatus picks newest matching entry - expired pending entries are ignored on connect - broadcast targetSpec (*) reaches all members - pubkey mismatch → message not drained - mesh isolation: peer in mesh X doesn't drain from mesh Y Ported encoding tests (encoding.test.ts, 7 tests): - macOS, Linux, Windows path encoding first-candidate correctness - Roberto's H:\Claude → H--Claude regression test (2026-04-04) - Candidate dedup, drive-stripped fallback, leading-dash fallback How to run: from apps/broker, DATABASE_URL="postgresql://.../claudemesh_test" pnpm test Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
This commit is contained in:
Alejandro Gutiérrez
443
apps/broker/tests/broker.test.ts
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443
apps/broker/tests/broker.test.ts
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@@ -0,0 +1,443 @@
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/**
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* Broker behavior tests — ported from ~/tools/claude-intercom/broker.test.ts.
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*
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* Tests the core state engine (writeStatus, hook gating, TTL sweep,
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* pending-status race handler, priority delivery) against the real
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* Drizzle/Postgres schema in apps/broker/src/broker.ts.
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*
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* Each test creates its own mesh + members via setupTestMesh. Mesh
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* isolation in broker logic means tests don't interfere.
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*/
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import { afterAll, afterEach, describe, expect, test } from "vitest";
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import { and, eq } from "drizzle-orm";
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import { db } from "../src/db";
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import { presence, pendingStatus } from "@turbostarter/db/schema/mesh";
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import {
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applyPendingHookStatus,
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connectPresence,
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drainForMember,
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handleHookSetStatus,
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isHookFresh,
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queueMessage,
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refreshStatusFromJsonl,
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sweepStuckWorking,
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writeStatus,
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} from "../src/broker";
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import { cleanupAllTestMeshes, setupTestMesh, type TestMesh } from "./helpers";
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import type { PeerStatus } from "../src/types";
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const testCwds = new Map<string, string>();
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let counter = 0;
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function uniqueCwd(): string {
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counter++;
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const c = `/tmp/test-cwd-${process.pid}-${counter}`;
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testCwds.set(c, c);
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return c;
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}
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async function getPresenceRow(presenceId: string) {
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const [row] = await db
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.select()
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.from(presence)
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.where(eq(presence.id, presenceId));
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return row;
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}
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afterAll(async () => {
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await cleanupAllTestMeshes();
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});
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describe("hook-driven status", () => {
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let m: TestMesh;
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afterEach(async () => m && (await m.cleanup()));
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test("hook flips status and queued next message unblocks", async () => {
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m = await setupTestMesh("hook-next");
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// Create presence rows for both peers via connectPresence
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// (simulates WS connect flow).
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const pidA = 10_000,
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pidB = 10_001;
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const cwdA = uniqueCwd(),
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cwdB = uniqueCwd();
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const presA = await connectPresence({
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memberId: m.peerA.memberId,
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sessionId: "sA",
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pid: pidA,
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cwd: cwdA,
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});
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const presB = await connectPresence({
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memberId: m.peerB.memberId,
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sessionId: "sB",
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pid: pidB,
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cwd: cwdB,
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});
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// Force peer-b into "working" via hook.
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const hookRes = await handleHookSetStatus({
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cwd: cwdB,
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pid: pidB,
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status: "working",
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});
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expect(hookRes.ok).toBe(true);
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expect(hookRes.presence_id).toBe(presB);
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// Queue a "next"-priority message from A to B.
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await queueMessage({
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meshId: m.meshId,
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senderMemberId: m.peerA.memberId,
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targetSpec: m.peerB.pubkey,
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priority: "next",
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nonce: "n1",
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ciphertext: "held",
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});
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// peer-b is working → next messages should NOT drain.
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let drained = await drainForMember(
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m.meshId,
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m.peerB.memberId,
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m.peerB.pubkey,
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"working",
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);
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expect(drained).toHaveLength(0);
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// Flip to idle.
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await handleHookSetStatus({ cwd: cwdB, pid: pidB, status: "idle" });
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drained = await drainForMember(
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m.meshId,
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m.peerB.memberId,
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m.peerB.pubkey,
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"idle",
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);
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expect(drained).toHaveLength(1);
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expect(drained[0]!.ciphertext).toBe("held");
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expect(drained[0]!.senderPubkey).toBe(m.peerA.pubkey);
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void presA;
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});
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test("now-priority messages bypass the working gate", async () => {
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m = await setupTestMesh("now-bypass");
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const cwd = uniqueCwd();
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await connectPresence({
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memberId: m.peerB.memberId,
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sessionId: "sB",
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pid: 99,
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cwd,
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});
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await handleHookSetStatus({ cwd, pid: 99, status: "working" });
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await queueMessage({
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meshId: m.meshId,
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senderMemberId: m.peerA.memberId,
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targetSpec: m.peerB.pubkey,
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priority: "now",
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nonce: "n2",
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ciphertext: "urgent",
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});
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const drained = await drainForMember(
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m.meshId,
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m.peerB.memberId,
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m.peerB.pubkey,
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"working",
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);
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expect(drained).toHaveLength(1);
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expect(drained[0]!.ciphertext).toBe("urgent");
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});
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test("DND is sacred — hooks cannot unset it", async () => {
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m = await setupTestMesh("dnd-sacred");
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const cwd = uniqueCwd();
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const presId = await connectPresence({
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memberId: m.peerA.memberId,
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sessionId: "sA",
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pid: 11,
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cwd,
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});
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await writeStatus(presId, "dnd", "manual", new Date());
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// Hook tries to flip to idle → should not override.
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await handleHookSetStatus({ cwd, pid: 11, status: "idle" });
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const row = await getPresenceRow(presId);
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expect(row?.status).toBe("dnd");
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});
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});
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describe("source priority", () => {
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let m: TestMesh;
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afterEach(async () => m && (await m.cleanup()));
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test("hook source outranks jsonl, stays fresh through refresh", async () => {
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m = await setupTestMesh("source-fresh");
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const cwd = uniqueCwd();
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const presId = await connectPresence({
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memberId: m.peerA.memberId,
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sessionId: "sA",
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pid: 22,
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cwd,
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});
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await handleHookSetStatus({ cwd, pid: 22, status: "working" });
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// JSONL refresh attempts to overwrite — source stays "hook".
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await refreshStatusFromJsonl(presId, cwd, new Date());
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const row = await getPresenceRow(presId);
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expect(row?.status).toBe("working");
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expect(row?.statusSource).toBe("hook");
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});
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test("source decays to jsonl when hook signal goes stale", async () => {
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m = await setupTestMesh("source-decay");
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const cwd = uniqueCwd();
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const presId = await connectPresence({
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memberId: m.peerA.memberId,
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sessionId: "sA",
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pid: 33,
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cwd,
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});
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// Write stale hook signal by back-dating status_updated_at.
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await writeStatus(presId, "working", "hook", new Date());
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await db
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.update(presence)
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.set({ statusUpdatedAt: new Date(Date.now() - 120_000) })
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.where(eq(presence.id, presId));
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// Same-status jsonl write should DOWNGRADE the source.
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await writeStatus(presId, "working", "jsonl", new Date());
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const row = await getPresenceRow(presId);
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expect(row?.status).toBe("working");
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expect(row?.statusSource).toBe("jsonl");
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});
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test("sourceRank: hook > manual > jsonl", () => {
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// Behaviors exercised via writeStatus in other tests; here we
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// just sanity-check isHookFresh freshness cutoff directly.
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const now = new Date();
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expect(isHookFresh("hook", new Date(now.getTime() - 10_000), now)).toBe(
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true,
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);
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expect(
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isHookFresh("hook", new Date(now.getTime() - 60_000), now),
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).toBe(false);
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expect(
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isHookFresh("manual", new Date(now.getTime() - 10_000), now),
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).toBe(false);
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expect(
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isHookFresh("jsonl", new Date(now.getTime() - 10_000), now),
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).toBe(false);
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});
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});
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describe("TTL sweep", () => {
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let m: TestMesh;
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afterEach(async () => m && (await m.cleanup()));
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test("presences stuck in 'working' beyond TTL are swept to idle", async () => {
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m = await setupTestMesh("ttl-sweep");
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const cwd = uniqueCwd();
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const presId = await connectPresence({
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memberId: m.peerA.memberId,
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sessionId: "sA",
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pid: 44,
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cwd,
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});
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// Force working + backdate status_updated_at past the 60s TTL.
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await writeStatus(presId, "working", "hook", new Date());
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await db
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.update(presence)
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.set({ statusUpdatedAt: new Date(Date.now() - 120_000) })
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.where(eq(presence.id, presId));
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await sweepStuckWorking();
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const row = await getPresenceRow(presId);
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expect(row?.status).toBe("idle");
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expect(row?.statusSource).toBe("jsonl");
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});
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test("sweep leaves DND alone", async () => {
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m = await setupTestMesh("ttl-dnd");
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const cwd = uniqueCwd();
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const presId = await connectPresence({
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memberId: m.peerA.memberId,
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sessionId: "sA",
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pid: 55,
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cwd,
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});
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// DND is the edge case — if user went DND then dropped offline,
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// sweep shouldn't flip them to idle.
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await writeStatus(presId, "dnd", "manual", new Date());
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await db
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.update(presence)
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.set({
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status: "dnd",
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statusUpdatedAt: new Date(Date.now() - 300_000),
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})
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.where(eq(presence.id, presId));
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await sweepStuckWorking();
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const row = await getPresenceRow(presId);
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expect(row?.status).toBe("dnd");
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});
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});
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describe("first-turn race (pending_status)", () => {
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let m: TestMesh;
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afterEach(async () => m && (await m.cleanup()));
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test("hook firing before connect is stashed and applied on connect", async () => {
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m = await setupTestMesh("pending-race");
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const cwd = uniqueCwd();
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const pid = 66;
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// Hook fires FIRST — no presence row yet.
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const hookRes = await handleHookSetStatus({
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cwd,
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pid,
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status: "working",
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});
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expect(hookRes.ok).toBe(true);
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expect(hookRes.pending).toBe(true);
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expect(hookRes.presence_id).toBeUndefined();
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// Verify pending_status row exists.
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const [p] = await db
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.select()
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.from(pendingStatus)
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.where(and(eq(pendingStatus.pid, pid), eq(pendingStatus.cwd, cwd)));
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expect(p).toBeDefined();
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expect(p?.status).toBe("working");
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expect(p?.appliedAt).toBeNull();
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// Now connect (peer registers). connectPresence calls
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// applyPendingHookStatus internally — should pick up the pending.
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const presId = await connectPresence({
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memberId: m.peerA.memberId,
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sessionId: "sA",
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pid,
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cwd,
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});
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const row = await getPresenceRow(presId);
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expect(row?.status).toBe("working");
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expect(row?.statusSource).toBe("hook");
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// pending_status row should be marked applied.
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const [pAfter] = await db
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.select()
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.from(pendingStatus)
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.where(and(eq(pendingStatus.pid, pid), eq(pendingStatus.cwd, cwd)));
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expect(pAfter?.appliedAt).not.toBeNull();
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});
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test("applyPendingHookStatus picks newest matching entry", async () => {
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m = await setupTestMesh("pending-newest");
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const cwd = uniqueCwd();
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const pid = 77;
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// Insert two pending entries — oldest first, then newer.
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await handleHookSetStatus({ cwd, pid, status: "idle" });
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await new Promise((r) => setTimeout(r, 10));
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await handleHookSetStatus({ cwd, pid, status: "working" });
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const presId = await connectPresence({
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memberId: m.peerA.memberId,
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sessionId: "sA",
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pid,
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cwd,
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});
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const row = await getPresenceRow(presId);
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// Most recent pending wins.
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expect(row?.status).toBe("working");
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});
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test("pending with expired TTL is ignored on connect", async () => {
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m = await setupTestMesh("pending-stale");
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const cwd = uniqueCwd();
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const pid = 88;
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await handleHookSetStatus({ cwd, pid, status: "working" });
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// Backdate the pending row past PENDING_TTL_MS (10s).
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await db
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.update(pendingStatus)
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.set({ createdAt: new Date(Date.now() - 60_000) })
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.where(eq(pendingStatus.pid, pid));
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// Try to apply — should NOT find the stale entry.
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await applyPendingHookStatus(
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"some-presence-id-that-doesnt-exist",
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pid,
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cwd,
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new Date(),
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);
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// Fresh connect should not pick up expired pending.
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const presId = await connectPresence({
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memberId: m.peerA.memberId,
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sessionId: "sA",
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pid,
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cwd,
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});
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const row = await getPresenceRow(presId);
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expect(row?.status).toBe("idle");
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});
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});
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describe("targetSpec routing", () => {
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let m: TestMesh;
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afterEach(async () => m && (await m.cleanup()));
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test("broadcast (*) reaches all members", async () => {
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m = await setupTestMesh("broadcast");
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await queueMessage({
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meshId: m.meshId,
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senderMemberId: m.peerA.memberId,
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targetSpec: "*",
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priority: "now",
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nonce: "nb",
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ciphertext: "hi everyone",
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});
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// peer-a shouldn't get its own broadcast — but drainForMember
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// currently doesn't filter by sender, so both peers drain it.
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// Just assert peer-b gets it (the expected receiver case).
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const drained = await drainForMember(
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m.meshId,
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m.peerB.memberId,
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m.peerB.pubkey,
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"idle",
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);
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expect(drained).toHaveLength(1);
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expect(drained[0]!.ciphertext).toBe("hi everyone");
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});
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test("pubkey mismatch → message not drained", async () => {
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m = await setupTestMesh("pubkey-mismatch");
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await queueMessage({
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meshId: m.meshId,
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senderMemberId: m.peerA.memberId,
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targetSpec: "z".repeat(64),
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priority: "now",
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nonce: "nx",
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ciphertext: "for z",
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});
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const drained = await drainForMember(
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m.meshId,
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m.peerB.memberId,
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m.peerB.pubkey,
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"idle",
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);
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expect(drained).toHaveLength(0);
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});
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test("mesh isolation: peer in mesh X doesn't drain message from mesh Y", async () => {
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const x = await setupTestMesh("iso-x");
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const y = await setupTestMesh("iso-y");
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try {
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// Queue message in mesh X.
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await queueMessage({
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meshId: x.meshId,
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senderMemberId: x.peerA.memberId,
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targetSpec: x.peerB.pubkey,
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priority: "now",
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nonce: "nx",
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ciphertext: "x-only",
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});
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// Drain from mesh Y's peer B (same pubkey pattern).
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const drained = await drainForMember(
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y.meshId,
|
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y.peerB.memberId,
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y.peerB.pubkey,
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"idle",
|
||||
);
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expect(drained).toHaveLength(0);
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||||
} finally {
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await x.cleanup();
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await y.cleanup();
|
||||
}
|
||||
});
|
||||
});
|
||||
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