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* Test helper routes — available only in development.
*
* POST /api/test/setup → Create test scenario, return testRunId + created IDs
* GET /api/test/verify/:col/:id → Read Firestore doc for assertion
* POST /api/test/write/:col → Write a document to an allowed collection
* POST /api/test/teardown → Delete all data for a testRunId
* POST /api/test/reset → Wipe all test data, restore fixtures
*/
const router = require('express').Router();
const { db, auth } = require('../utils/firebase');
const { generateId } = require('../utils/helpers');
const { getFcmCaptures, clearFcmCaptures } = require('../utils/fcm');
const log = require('../utils/log');
const TEST_PREFIX = 'test_';
function requireTestApiKey(req, res) {
if (!process.env.TEST_API_KEY) {
res.status(500).json({ error: 'TEST_API_KEY not configured on server' });
return true;
}
const key = req.headers['x-test-api-key'];
if (!key || key !== process.env.TEST_API_KEY) {
res.status(403).json({ error: 'Invalid test API key' });
return true;
}
return false;
}
// POST /api/test/setup
router.post('/test/setup', async (req, res) => {
try {
if (requireTestApiKey(req, res)) return;
const testRunId = `${TEST_PREFIX}${generateId()}`;
const now = Date.now();
const created = {
testRunId,
users: [],
rooms: [],
gifts: [],
banners: [],
funFacts: [],
reports: [],
appeals: [],
alerts: [],
conversations: [],
economyConfig: {},
};
const spec = req.body || {};
// Create test users
let userIndex = 0;
for (const userSpec of spec.users || []) {
userIndex++;
const uid = `${testRunId}_user_${generateId()}`;
// Allocate real uniqueId via atomic counter transaction
const counterRef = db.doc('counters/uniqueId');
const uniqueId = await db.runTransaction(async (t) => {
const counterDoc = await t.get(counterRef);
const current = counterDoc.exists ? counterDoc.data().value : 100000000;
const next = current + 1;
t.set(counterRef, { value: next }, { merge: true });
return next;
});
const userData = {
uid,
firebaseUid: uid,
uniqueId,
displayName: userSpec.name || `Test User ${userIndex}`,
userType: userSpec.role || 'MEMBER',
shyCoins: userSpec.shyCoins ?? 0,
shyBeans: userSpec.shyBeans ?? 0,
gcsScore: 100,
warningCount: 0,
hasActiveWarning: false,
luckScore: 0,
pityCounter: 0,
isSuspended: false,
createdAt: now,
lastSeenAt: now,
_testRun: testRunId,
};
await db.doc(`users/${uniqueId}`).set(userData);
// Create device binding if deviceInfo is provided
if (userSpec.deviceInfo) {
const { deviceId, manufacturer, model, lastIp, isp } = userSpec.deviceInfo;
await db.doc(`deviceBindings/${deviceId}`).set({
deviceId,
uniqueId, // number — must match user doc type for Firestore queries
manufacturer: manufacturer || 'Unknown',
model: model || 'Unknown',
lastIp: lastIp || null,
isp: isp || null,
boundAt: Date.now(),
_testRun: testRunId,
});
// Also set lastIp on user doc for ban tests
if (lastIp) {
await db.doc(`users/${uniqueId}`).update({ lastIp });
}
}
created.users.push({ ...userData });
}
// Create test rooms
for (const roomSpec of spec.rooms || []) {
// UK OSA #17 PR 7 — accept an explicit `id` so integration tests
// that need to call `/api/livekit/token` with a known roomName
// (the gate now looks up `rooms/{roomName}`) can pre-create the
// doc deterministically. Auto-generate otherwise.
const roomId = roomSpec.id || `${testRunId}_room_${generateId()}`;
const ownerId = roomSpec.ownerId || (created.users[0]?.uid ?? testRunId);
const roomData = {
id: roomId,
name: `[TEST] ${roomSpec.name || 'Room'}`,
ownerId,
status: roomSpec.status || 'ACTIVE',
// PR 7 — cohort field is required at the firestore.rules layer
// for client-side creates; the Admin SDK bypasses rules, but
// we still stamp the field so the LiveKit gate finds a value
// and the rules-layer read gate (PR 3) gives the test caller
// legitimate access. Default 'minor' matches a test user with
// no cohort claim minted on their JWT (`cohortFromClaim`
// defaults to 'minor'). Tests that need adult rooms can pass
// `cohort: 'adult'` in the spec.
cohort: roomSpec.cohort || 'minor',
createdAt: now,
_testRun: testRunId,
};
await db.doc(`rooms/${roomId}`).set(roomData);
created.rooms.push(roomData);
}
// Create test gifts
for (const giftSpec of spec.gifts || []) {
const giftId = `${testRunId}_gift_${generateId()}`;
const giftData = {
id: giftId,
name: `[TEST] ${giftSpec.name || 'Gift'}`,
coinValue: giftSpec.coinValue ?? 10,
showInStore: giftSpec.showInStore ?? true,
showOnWheel: giftSpec.showOnWheel ?? true,
weight: 1,
order: 0,
animationUrl: '',
soundUrl: '',
iconUrl: '',
_testRun: testRunId,
};
await db.doc(`gifts/${giftId}`).set(giftData);
created.gifts.push(giftData);
}
// Create test banners
for (const bannerSpec of spec.banners || []) {
const bannerId = `${testRunId}_banner_${generateId()}`;
const bannerData = {
id: bannerId,
title: bannerSpec.title || 'Test Banner',
imageUrl: bannerSpec.imageUrl || '',
actionType: bannerSpec.actionType || 'NONE',
actionValue: bannerSpec.actionValue || '',
isActive: bannerSpec.isActive ?? true,
sortOrder: bannerSpec.sortOrder ?? 0,
createdAt: now,
_testRun: testRunId,
};
await db.doc(`banners/${bannerId}`).set(bannerData);
created.banners.push(bannerData);
}
// Create test fun facts
for (const factSpec of spec.funFacts || []) {
const factId = `${testRunId}_fact_${generateId()}`;
const factData = {
id: factId,
text: factSpec.text || 'Test fact',
category: factSpec.category || 'trivia',
emoji: factSpec.emoji || '📝',
sourceLanguage: factSpec.sourceLanguage || 'English',
isActive: factSpec.isActive ?? true,
createdAt: now,
_testRun: testRunId,
};
await db.doc(`funFacts/${factId}`).set(factData);
created.funFacts.push(factData);
}
// Create test conversations with messages subcollection
// (seeded BEFORE reports so reports can reference conversationIndex)
// Production reads `participantIds`; legacy `participants` accepted for backward compat.
for (const convSpec of spec.conversations || []) {
const convId = `${testRunId}_conv_${generateId()}`;
const participantIds = convSpec.participantIds || convSpec.participants || [];
const convData = {
id: convId,
participantIds,
createdAt: now,
_testRun: testRunId,
};
await db.doc(`conversations/${convId}`).set(convData);
for (const msg of convSpec.messages || []) {
const msgId = `${testRunId}_msg_${generateId()}`;
await db.doc(`conversations/${convId}/messages/${msgId}`).set({
text: msg.text || '',
senderId: msg.senderId || '',
createdAt: now,
});
}
created.conversations.push(convData);
}
// Create test reports (index-based user references)
for (const reportSpec of spec.reports || []) {
const reportId = `${testRunId}_report_${generateId()}`;
const reportedUser = created.users[reportSpec.reportedUserIndex || 0];
const reporterUser = created.users[reportSpec.reporterUserIndex || 1];
if (!reportedUser || !reporterUser) throw new Error('Report seed requires at least 2 users');
// Link to a seeded conversation if conversationIndex is provided
const linkedConv =
reportSpec.conversationIndex !== undefined && reportSpec.conversationIndex !== null
? created.conversations[reportSpec.conversationIndex]
: null;
const reportData = {
id: reportId,
reportedUserId: reportedUser.uid,
reportedUserUniqueId: reportedUser.uniqueId,
reportedUserName: reportedUser.displayName,
reporterId: reporterUser.uid,
reporterName: reporterUser.displayName,
reason: reportSpec.reason || 'Spam',
status: reportSpec.status || 'pending',
...(linkedConv ? { conversationId: linkedConv.id } : {}),
createdAt: now,
_testRun: testRunId,
};
await db.doc(`reports/${reportId}`).set(reportData);
created.reports.push(reportData);
}
// Create test suspension appeals
// NOTE: Does NOT set user as suspended — appeal tests manage suspension state themselves
// to avoid cross-file fragility (other tests depend on user not being suspended)
for (const appealSpec of spec.appeals || []) {
const appealId = `${testRunId}_appeal_${generateId()}`;
const appealUser = created.users[appealSpec.userIndex || 0];
if (!appealUser) throw new Error('Appeal seed requires users to be seeded first');
const appealData = {
id: appealId,
userId: appealUser.uniqueId,
appealText: appealSpec.appealText || 'I did not do this',
status: appealSpec.status || 'pending',
createdAt: now,
_testRun: testRunId,
};
await db.doc(`suspensionAppeals/${appealId}`).set(appealData);
created.appeals.push(appealData);
}
// Create test alerts
for (const alertSpec of spec.alerts || []) {
const alertId = `${testRunId}_alert_${generateId()}`;
const alertData = {
id: alertId,
type: alertSpec.type || 'error_rate',
severity: alertSpec.severity || 'medium',
message: alertSpec.message || 'Test alert',
status: alertSpec.status || 'new',
createdAt: now,
_testRun: testRunId,
};
await db.doc(`alerts/${alertId}`).set(alertData);
created.alerts.push(alertData);
}
// Read current economy config for backup/restore
// If the doc doesn't exist, use production defaults so restore always has valid data
const ECONOMY_DEFAULTS = {
beanConversionRate: 0.6,
beanRedeemBonusThreshold: 2000,
beanRedeemBonusMultiplier: 1.1,
pullCosts: { 1: 10, 10: 100, 100: 1000 },
broadcastSendThreshold: 0,
broadcastWinThreshold: 5000,
dropRateExponent: 1.5,
pitySoftStart: 80,
pityHardLimit: 120,
pitySoftMaxShift: 0.15,
pityHighValueThreshold: 5000,
dailyBase: 50,
milestoneRewards: { 7: 100, 14: 200, 30: 500, 60: 1000, 90: 2000 },
};
try {
const ecoDoc = await db.doc('config/economy').get();
created.economyConfig = ecoDoc.exists ? ecoDoc.data() : ECONOMY_DEFAULTS;
} catch {
// Fallback to defaults — economy config fetch is non-critical for test setup
created.economyConfig = ECONOMY_DEFAULTS;
}
log.info('test-helpers', 'Test setup complete', {
testRunId,
users: created.users.length,
rooms: created.rooms.length,
});
res.json(created);
} catch (err) {
log.error('test-helpers', 'Setup failed', { error: err.message });
res.status(500).json({ error: err.message });
}
});
// GET /api/test/verify/:collection/:id
router.get('/test/verify/:collection/:id', async (req, res) => {
try {
if (requireTestApiKey(req, res)) return;
const { collection, id } = req.params;
const ALLOWED_COLLECTIONS = [
'users',
'rooms',
'gifts',
'conversations',
'banners',
'funFacts',
'reports',
'suspensionAppeals',
'alerts',
'ageVerificationSubmissions',
];
if (!ALLOWED_COLLECTIONS.includes(collection)) {
return res.status(400).json({ error: 'Collection not allowed' });
}
const doc = await db.doc(`${collection}/${id}`).get();
if (!doc.exists) {
return res.status(404).json({ error: 'Document not found' });
}
res.json({ id: doc.id, ...doc.data() });
} catch (err) {
res.status(500).json({ error: err.message });
}
});
// POST /api/test/create-user — create a user doc (optionally without identity data)
// Used by the "empty graph: No identity data yet" test which needs a user
// without any identity graph records. /api/test/* routes bypass auth
// middleware entirely so req.auth is not set here — accept either the
// test API key OR any Bearer token (the admin panel test infra calls
// this via testData.api which uses Bearer, and the bypass means only
// direct test-helper calls ever hit this route).
router.post('/test/create-user', async (req, res) => {
try {
if (process.env.NODE_ENV === 'production') {
return res.status(403).json({ error: 'Not available in production' });
}
const keyHeader = req.headers['x-test-api-key'];
const hasApiKey = keyHeader && keyHeader === process.env.TEST_API_KEY;
const hasBearer = req.headers.authorization && req.headers.authorization.startsWith('Bearer ');
if (!hasApiKey && !hasBearer) {
return res.status(403).json({ error: 'Test API key or Bearer token required' });
}
const { name, skipIdentity } = req.body || {};
const uid = 'test_noidentity_' + Date.now();
// Use crypto.randomInt rather than Math.random — it's cryptographically
// secure and avoids SonarCloud's "pseudorandom number generator" hotspot
// warning. The unique id doesn't need to be unpredictable here (it's a
// test user), but using the secure API keeps the security gate clean.
const crypto = require('crypto');
const uniqueId = 900000000 + crypto.randomInt(99999999);
await db.doc(`users/${uid}`).set({
uid,
uniqueId,
displayName: name || 'Test User',
createdAt: Date.now(),
isSuspended: false,
});
if (!skipIdentity) {
await db.doc(`identityGraphs/${uid}`).set({
nodes: [
{ id: 'account-' + uid, type: 'account', label: String(uniqueId), suspended: false },
],
edges: [],
});
}
res.json({ uid, uniqueId });
} catch (err) {
res.status(500).json({ error: err.message });
}
});
// POST /api/test/write/:collection — write a document to an allowed collection
router.post('/test/write/:collection', async (req, res) => {
try {
if (requireTestApiKey(req, res)) return;
const { collection } = req.params;
const ALLOWED_COLLECTIONS = [
'users',
'rooms',
'gifts',
'conversations',
'banners',
'funFacts',
'reports',
'suspensionAppeals',
'alerts',
'suggestions',
'ageVerificationSubmissions',
// Phase 3 PR F (integration test #10): seed real coinPackages
// docs so /api/economy/purchase can match a productId during
// tests. Teardown sweeps these via the `_testRun` field
// (deleteTestData → otherCollections list).
'coinPackages',
];
if (!ALLOWED_COLLECTIONS.includes(collection)) {
return res.status(400).json({ error: 'Collection not allowed' });
}
const data = req.body;
if (!data || typeof data !== 'object') {
return res.status(400).json({ error: 'Request body must be a JSON object' });
}
const docId = data.id || generateId();
const writeData = { ...data, id: docId };
// Propagate _testRun so teardown can clean up documents created via this endpoint
if (data._testRun) {
writeData._testRun = data._testRun;
}
await db.doc(`${collection}/${docId}`).set(writeData, { merge: true });
res.json({ success: true, id: docId });
} catch (err) {
res.status(500).json({ error: err.message });
}
});
// POST /api/test/mint-id-token
//
// Mint a Firebase ID token for a test user, suitable for use as a
// Bearer Authorization header against the auth-protected Express
// routes. Used by the integration test framework
// (Phase 3, PR C) to authenticate as multi-account scenarios
// (sender, recipient, admin) without going through the real
// Firebase Auth REST flow.
//
// Flow:
// 1. Caller provides a Firebase UID (already created via
// /test/setup or /test/create-user).
// 2. Server uses Firebase Admin to mint a *custom token* for that
// UID.
// 3. Custom token is exchanged for a regular ID token via the
// Auth Emulator's signInWithCustomToken REST endpoint.
//
// Step 3 happens server-side rather than in the test runner because
// the emulator host is reachable from inside the local stack
// (`http://localhost:9099` from Express). This avoids exposing the
// emulator host config to test code.
//
// Production safety: this route is gated by NODE_ENV !== 'production'
// AND by TEST_API_KEY. Even if NODE_ENV was misconfigured, the
// TEST_API_KEY check fails-closed.
router.post('/test/mint-id-token', async (req, res) => {
try {
if (process.env.NODE_ENV === 'production') {
return res.status(403).json({ error: 'Not available in production' });
}
if (requireTestApiKey(req, res)) return;
const { uid } = req.body || {};
if (!uid || typeof uid !== 'string') {
return res.status(400).json({ error: 'uid (string) required' });
}
// Step 1: mint custom token via Admin SDK
const customToken = await auth.createCustomToken(uid);
// Step 2: exchange for ID token via Auth Emulator REST.
// FIREBASE_AUTH_EMULATOR_HOST = 'localhost:9099' in local mode.
// FIREBASE_WEB_API_KEY can be any non-empty string in emulator
// mode — the emulator doesn't validate it.
const emulatorHost = process.env.FIREBASE_AUTH_EMULATOR_HOST || 'localhost:9099';
const apiKey = process.env.FIREBASE_WEB_API_KEY || 'fake-api-key';
const exchangeUrl = `http://${emulatorHost}/identitytoolkit.googleapis.com/v1/accounts:signInWithCustomToken?key=${apiKey}`;
const resp = await fetch(exchangeUrl, {
method: 'POST',
headers: { 'Content-Type': 'application/json' },
body: JSON.stringify({ token: customToken, returnSecureToken: true }),
});
if (!resp.ok) {
const errBody = await resp.text();
log.error('test-helpers', 'mint-id-token exchange failed', {
status: resp.status,
body: errBody.slice(0, 500),
});
return res.status(502).json({
error: 'Failed to exchange custom token for ID token',
details: `${resp.status}: ${errBody.slice(0, 200)}`,
});
}
const exchangeBody = await resp.json();
const idToken = exchangeBody.idToken;
if (!idToken) {
return res.status(502).json({
error: 'Auth Emulator did not return idToken',
details: JSON.stringify(exchangeBody).slice(0, 200),
});
}
res.json({ idToken });
} catch (err) {
log.error('test-helpers', 'mint-id-token failed', { error: err.message });
res.status(500).json({ error: err.message });
}
});
// POST /api/test/teardown
router.post('/test/teardown', async (req, res) => {
try {
if (requireTestApiKey(req, res)) return;
const { testRunId } = req.body;
if (!testRunId?.startsWith(TEST_PREFIX)) {
return res.status(400).json({ error: 'Invalid testRunId' });
}
const deleted = await deleteTestData(testRunId);
log.info('test-helpers', 'Teardown complete', { testRunId, deleted });
res.json({ success: true, deleted });
} catch (err) {
log.error('test-helpers', 'Teardown failed', { error: err.message });
res.status(500).json({ error: err.message });
}
});
// GET /api/test/fcm-captures — read the in-process FCM capture buffer.
// fcm.js stores `{tokens, data, ts}` entries here whenever sendFcmToTokens
// runs in NODE_ENV=local. Used by integration test #9 to verify FCM
// payload shape without contacting real FCM. Returns the captures in
// order; clear via POST /api/test/fcm-captures/clear before each test.
router.get('/test/fcm-captures', (req, res) => {
if (requireTestApiKey(req, res)) return;
res.json({ captures: getFcmCaptures() });
});
// POST /api/test/fcm-captures/clear — empty the FCM capture buffer.
// Tests call this in beforeEach to isolate from prior runs in the
// same Express process.
router.post('/test/fcm-captures/clear', (req, res) => {
if (requireTestApiKey(req, res)) return;
clearFcmCaptures();
res.json({ success: true });
});
// POST /api/test/run-cron/:cronName — manually trigger a cron job once.
// Used by the integration suite to verify cron-driven cascades
// (account deletion, subscription expiry, etc.) without waiting for
// the schedule. Whitelist enforced — only crons safe to invoke
// directly from a test (no external network calls beyond the
// emulator) are listed.
const ALLOWED_CRONS = {
'account-deletion': require('../cron/accountDeletion'),
};
router.post('/test/run-cron/:cronName', async (req, res) => {
if (requireTestApiKey(req, res)) return;
if (process.env.NODE_ENV === 'production') {
return res.status(403).json({ error: 'Not available in production' });
}
const { cronName } = req.params;
const cronFn = ALLOWED_CRONS[cronName];
if (!cronFn) {
return res.status(400).json({
error: `Cron '${cronName}' not allowed. Available: ${Object.keys(ALLOWED_CRONS).join(', ')}`,
});
}
try {
await cronFn();
res.json({ success: true });
} catch (err) {
log.error('test-helpers', 'Cron trigger failed', { cronName, error: err.message });
res.status(500).json({ error: err.message });
}
});
// POST /api/test/reset — wipe ALL test data
router.post('/test/reset', async (req, res) => {
try {
if (requireTestApiKey(req, res)) return;
const deleted = await deleteTestData(null);
log.info('test-helpers', 'Full test reset complete', { deleted });
res.json({ success: true, deleted });
} catch (err) {
log.error('test-helpers', 'Reset failed', { error: err.message });
res.status(500).json({ error: err.message });
}
});
/** Delete all docs in known subcollections, then the parent doc */
async function deleteDocWithSubcollections(docRef) {
const subcollections = ['warnings', 'transactions', 'backpack', 'stalkers', 'giftWall'];
for (const sub of subcollections) {
const snap = await docRef.collection(sub).get();
const batch = db.batch();
snap.docs.forEach((d) => batch.delete(d.ref));
if (snap.size > 0) await batch.commit();
}
await docRef.delete();
}
/**
* Delete test data. If testRunId is null, deletes ALL test data.
*/
async function deleteTestData(testRunId) {
let deleted = 0;
// 1. Find all test users and delete docs + subcollections
let userQuery;
if (testRunId) {
userQuery = db.collection('users').where('_testRun', '==', testRunId);
} else {
userQuery = db.collection('users').where('_testRun', '>=', TEST_PREFIX);
}
const userSnap = await userQuery.get();
const userUniqueIds = [];
for (const doc of userSnap.docs) {
userUniqueIds.push(doc.data().uniqueId || doc.id);
await deleteDocWithSubcollections(doc.ref);
deleted++;
}
// 2. Delete device bindings tagged with this testRun
let bindingQuery;
if (testRunId) {
bindingQuery = db.collection('deviceBindings').where('_testRun', '==', testRunId);
} else {
bindingQuery = db.collection('deviceBindings').where('_testRun', '>=', TEST_PREFIX);
}
const bindingSnap = await bindingQuery.get();
const batch1 = db.batch();
for (const doc of bindingSnap.docs) {
batch1.delete(doc.ref);
deleted++;
}
if (bindingSnap.size > 0) await batch1.commit();
// 3. Delete device and network bans linked to test users
// Query both number and string variants (Firestore equality is type-strict)
for (const uid of userUniqueIds) {
for (const uidVariant of [uid, String(uid)]) {
const deviceBanSnap = await db
.collection('deviceBans')
.where('linkedUniqueId', '==', uidVariant)
.get();
for (const doc of deviceBanSnap.docs) {
await doc.ref.delete();
deleted++;
}
const networkBanSnap = await db
.collection('networkBans')
.where('linkedUniqueId', '==', uidVariant)
.get();
for (const doc of networkBanSnap.docs) {
await doc.ref.delete();
deleted++;
}
}
}
// 4. Delete other top-level test docs (gifts, rooms, banners, funFacts, conversations, etc.)
// Note: system PMs created by admin actions won't have _testRun set — accepted trade-off
const otherCollections = [
'gifts',
'rooms',
'banners',
'funFacts',
'conversations',
'reports',
'suspensionAppeals',
'alerts',
'reportLocks',
// Phase 3 PR F: integration tests seed coinPackages tagged with
// `_testRun` for /api/economy/purchase tests. Without this entry
// tested packages would persist across runs and pollute later
// queries on `coinPackages`.
'coinPackages',
];
for (const col of otherCollections) {
let query;
if (testRunId) {
query = db.collection(col).where('_testRun', '==', testRunId);
} else {
query = db.collection(col).where('_testRun', '>=', TEST_PREFIX);
}
const snap = await query.get();
for (const doc of snap.docs) {
if (col === 'conversations') {
// Conversations have messages subcollection — delete those first
const msgSnap = await doc.ref.collection('messages').get();
const msgBatch = db.batch();
msgSnap.docs.forEach((m) => msgBatch.delete(m.ref));
if (msgSnap.size > 0) await msgBatch.commit();
}
await doc.ref.delete();
deleted++;
}
}
// 5. Clean up starting screens config document
// Starting screens live as fields in a single doc, not as individual collection docs,
// so _testRun-based queries can't find them.
try {
const ssDoc = await db.doc('config/startingScreens').get();
Iif (ssDoc.exists) {
const ssData = ssDoc.data() || {};
const testScreenIds = Object.keys(ssData).filter(
(key) => key.startsWith('pw-') || key.startsWith('screen-') || key.startsWith('test-'),
);
if (testScreenIds.length > 0) {
const { FieldValue } = require('firebase-admin/firestore');
const updates = {};
for (const id of testScreenIds) {
updates[id] = FieldValue.delete();
}
await db.doc('config/startingScreens').update(updates);
deleted += testScreenIds.length;
}
}
} catch {
// Best-effort cleanup — config deletion failure is non-critical
}
// 6. Restore uniqueId counter to the highest remaining real user (best-effort)
if (userUniqueIds.length > 0) {
try {
const maxSnap = await db.collection('users').orderBy('uniqueId', 'desc').limit(1).get();
const maxId = maxSnap.empty ? 100000000 : maxSnap.docs[0].data().uniqueId;
await db.doc('counters/uniqueId').set({ value: maxId }, { merge: true });
} catch {
// Best-effort — counter restoration failure does not block test cleanup
}
}
return deleted;
}
// POST /api/test/clear/:collection — delete all documents in a collection.
// Used by Playwright global-setup to clear test-generated data between runs.
//
// `reports` and `suspensionAppeals` are clearable because untagged
// reports/appeals from earlier test runs (created via `POST /api/reports`
// before the test helpers were updated to use `testWrite` with
// `_testRun`) accumulate as orphaned data with `data-uid="undefined"`
// (the reported user has been torn down) and silently break selectors
// like `.report-card.first()` in admin-cross-tab and admin-appeals
// tests.
const CLEARABLE_COLLECTIONS = new Set([
'suggestions',
'notifications',
'moderationLog',
'auditLog',
'adminAuditLog',
'blockedTopics',
'funFacts',
'reports',
'suspensionAppeals',
]);
router.post('/test/clear/:collection', async (req, res) => {
try {
if (requireTestApiKey(req, res)) return;
if (process.env.NODE_ENV === 'production') {
return res.status(403).json({ error: 'Not available in production' });
}
const { collection } = req.params;
if (!CLEARABLE_COLLECTIONS.has(collection)) {
return res.status(400).json({ error: `Collection ${collection} is not clearable` });
}
const snap = await db.collection(collection).limit(500).get();
const batch = db.batch();
snap.docs.forEach((d) => batch.delete(d.ref));
await batch.commit();
res.json({ deleted: snap.size });
} catch (err) {
log.error('test-helpers', `Clear ${req.params.collection} failed`, { error: err.message });
res.status(500).json({ error: err.message });
}
});
module.exports = router;
module.exports.deleteTestData = deleteTestData;
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