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Merge pull request #1498 from PR0M3TH3AN/ai/lint-20250523-15980727212633772968

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chore(ai): apply formatting/lint autofixes
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thePR0M3TH3AN authored and GitHub committed 2026-01-22 10:19:27 -05:00
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scripts/agent/interop-test.mjs
+238 -287
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@@ -1,308 +1,259 @@
import { WebSocket } from 'ws';
import crypto from 'node:crypto';
import { spawn } from 'node:child_process';
import { resolve } from 'node:path';
import { setTimeout } from 'node:timers/promises';
// Import environment setup FIRST to ensure polyfills are ready before other imports
import './setup-test-env.js';
// --- Polyfills ---
if (!globalThis.WebSocket) {
globalThis.WebSocket = WebSocket;
}
if (!globalThis.crypto) {
globalThis.crypto = crypto;
}
if (!globalThis.window) {
globalThis.window = globalThis;
}
import * as NostrTools from 'nostr-tools';
// Destructure what we need, handling potential version differences if necessary
const { generateSecretKey, getPublicKey, nip19, nip04, nip44 } = NostrTools;
// Ensure TextEncoder is available (it should be in Node > 11)
if (!globalThis.TextEncoder) {
const { TextEncoder, TextDecoder } = await import('util');
globalThis.TextEncoder = TextEncoder;
globalThis.TextDecoder = TextDecoder;
}
// --- Imports ---
// We need to import nostr-tools. Since it's an ESM module in node_modules, dynamic import should work.
const nostrTools = await import('nostr-tools');
const { generateSecretKey, getPublicKey, finalizeEvent } = nostrTools;
// Import Schema Builders
// --- Imports from Codebase ---
import { NostrClient } from '../../js/nostr/client.js';
import { decryptDM } from '../../js/dmDecryptor.js';
import {
buildVideoPostEvent,
buildViewEvent,
buildLegacyDirectMessageEvent,
getNostrEventSchema,
NOTE_TYPES,
NOTE_TYPES
} from '../../js/nostrEventSchemas.js';
// Import DM Decryptor
import { decryptDM } from '../../js/dmDecryptor.js';
// --- Configuration ---
// Using a small, respectful list of public relays for interop testing
const TEST_RELAYS = [
'wss://relay.damus.io',
'wss://nos.lol'
];
// --- Helpers ---
function bytesToHex(bytes) {
return Buffer.from(bytes).toString('hex');
}
function hexToBytes(hex) {
if (typeof hex !== 'string') {
throw new TypeError('hexToBytes: expected string, got ' + typeof hex);
}
if (hex.length % 2) throw new Error('hexToBytes: received string with odd length');
const array = new Uint8Array(hex.length / 2);
for (let i = 0; i < hex.length; i += 2) {
array[i / 2] = parseInt(hex.slice(i, i + 2), 16);
}
return array;
}
// Minimal Nostr Client Wrapper for Testing
// We are manually constructing events and using a simple WebSocket connection or NostrClient if possible.
// Given the complexity of instantiating `NostrClient` in a pure Node environment without full DOM (IndexedDB, localStorage etc),
// we will verify the schema builders and use a lightweight interaction for publishing/subscribing.
// However, the prompt asks to use `nostrClientFacade` or `NostrClient`.
// The `NostrClient` class depends heavily on browser APIs (IndexedDB, localStorage).
// We will mock necessary browser APIs to instantiate `NostrClient` if possible, or use a simplified test client that respects the same logic.
// Let's try to mock the minimal environment for `NostrClient`
class MockLocalStorage {
constructor() { this.store = {}; }
getItem(key) { return this.store[key] || null; }
setItem(key, value) { this.store[key] = String(value); }
removeItem(key) { delete this.store[key]; }
clear() { this.store = {}; }
}
globalThis.localStorage = new MockLocalStorage();
// IndexedDB is more complex. We might mock `EventsCacheStore` methods if we can override them or just let them fail gracefully (NostrClient handles failures).
// Or we can mock `indexedDB` global.
import 'fake-indexeddb/auto'; // If available? No, not in dependencies list.
// Dependencies list has `fake-indexeddb` in devDependencies.
// Let's import it.
try {
await import('fake-indexeddb/auto');
} catch (e) {
console.warn("fake-indexeddb not found, IndexedDB might fail.");
}
// Now we can try to import NostrClient
// We need to handle `vendor/crypto-helpers.bundle.min.js` import in `js/nostr/client.js`.
// Since we are in Node, that relative import might fail or work depending on how Node handles it.
// It is a file in the repo. Node should be able to import it if it's ESM.
// `js/nostr/client.js` imports it as `../../vendor/crypto-helpers.bundle.min.js`.
// We are in `scripts/agent/interop-test.mjs`, so `../../js/nostr/client.js` is where we import from.
// `js/nostr/client.js` is relative to root.
// Let's see if we can import `NostrClient`.
import { NostrClient } from '../../js/nostr/client.js';
// --- Test Setup ---
const RELAY_PORT = 8008;
const RELAY_URL = `ws://localhost:${RELAY_PORT}`;
let relayProcess;
async function startRelay() {
console.log('Starting local relay...');
const relayScript = resolve(process.cwd(), 'scripts/agent/simple-relay.mjs');
relayProcess = spawn('node', [relayScript], { stdio: 'inherit' });
// Wait for relay to be ready
for (let i = 0; i < 20; i++) {
try {
const ws = new WebSocket(RELAY_URL);
await new Promise((resolve, reject) => {
ws.on('open', () => { ws.close(); resolve(); });
ws.on('error', reject);
});
console.log('Relay is ready.');
return;
} catch (e) {
await setTimeout(500);
}
}
throw new Error('Relay failed to start');
}
function stopRelay() {
if (relayProcess) {
console.log('Stopping local relay...');
relayProcess.kill();
}
}
// --- Main Test Logic ---
// --- Main Test ---
async function runTests() {
let exitCode = 0;
console.log("=== Starting Protocol & Interop Tests ===");
console.log(`[Config] Relays: ${TEST_RELAYS.join(', ')}`);
// 1. Initialize Client
// Programmatic instantiation as requested
const client = new NostrClient();
client.relays = [...TEST_RELAYS];
client.readRelays = [...TEST_RELAYS];
client.writeRelays = [...TEST_RELAYS];
// Initialize connection
await client.init();
console.log("[Setup] NostrClient initialized and connecting...");
// Wait a bit for connections to establish
await new Promise(r => setTimeout(r, 1000));
// 2. Generate Ephemeral Keys
// Use ephemeral keys (generate locally) as requested
const aliceSkBytes = generateSecretKey();
const aliceSk = bytesToHex(aliceSkBytes);
const alicePk = getPublicKey(aliceSkBytes);
console.log(`[Keys] Alice (Sender): ${alicePk}`);
const bobSkBytes = generateSecretKey();
const bobSk = bytesToHex(bobSkBytes);
const bobPk = getPublicKey(bobSkBytes);
console.log(`[Keys] Bob (Receiver): ${bobPk}`);
// Register Alice as signer for the client
await client.registerPrivateKeySigner({ privateKey: aliceSk });
console.log("[Setup] Alice registered as active signer.");
// --- Test A: Publish VIDEO_POST ---
console.log("\n>>> Test A: Publish VIDEO_POST");
const videoRootId = `test-${Date.now()}-${Math.random().toString(36).substring(2)}`;
const videoContent = {
version: 3,
title: `Interop Test Video ${Date.now()}`,
description: "Automated interop test video event.",
url: "https://example.com/video.mp4",
thumbnail: "https://example.com/thumb.jpg",
mimeType: "video/mp4",
isForKids: false,
isNsfw: false,
enableComments: false,
videoRootId,
mode: "live"
};
// Use schema builder
const videoEventTemplate = buildVideoPostEvent({
pubkey: alicePk,
created_at: Math.floor(Date.now() / 1000),
dTagValue: videoRootId,
content: videoContent
});
let videoEvent;
try {
await startRelay();
const result = await client.signAndPublishEvent(videoEventTemplate);
videoEvent = result.signedEvent;
// 1. Generate keys
const sk = generateSecretKey();
const pk = getPublicKey(sk);
const skHex = bytesToHex(sk);
const pkHex = pk;
console.log(`Ephemeral identity: ${pkHex}`);
// Check summary for acceptance
const summary = result.summary;
const acceptedCount = summary?.accepted?.length || 0;
// 2. Instantiate Client
const client = new NostrClient();
// Override relays to use our local test relay
client.relays = [RELAY_URL];
client.readRelays = [RELAY_URL];
client.writeRelays = [RELAY_URL];
// Inject custom signer adapter for the test
const signer = {
pubkey: pkHex,
signEvent: async (event) => {
return finalizeEvent(event, sk);
},
nip04Encrypt: async (pubkey, plaintext) => {
return await nostrTools.nip04.encrypt(sk, pubkey, plaintext);
},
nip04Decrypt: async (pubkey, ciphertext) => {
return await nostrTools.nip04.decrypt(sk, pubkey, ciphertext);
}
};
// We need to set this signer as active
// We can use the registry or just manually set it if the client exposes a way.
// Client.js has `setActiveSigner` exported? No, it's not a method of NostrClient instance, but exported from module.
// But `NostrClient` imports `setActiveSigner` from `../nostrClientRegistry.js`.
// We can try to import `setActiveSigner` from `nostrClientRegistry.js` and call it.
const { setActiveSigner } = await import('../../js/nostrClientRegistry.js');
setActiveSigner(signer);
// Also we need to ensure the client is "logged in" or at least has a pubkey set for some operations
client.pubkey = pkHex;
await client.init();
console.log('Client initialized.');
// Test A: Video Post
console.log('\n--- Test A: Video Post ---');
const videoData = {
title: "Test Video " + Date.now(),
description: "Integration test video",
magnet: "magnet:?xt=urn:btih:c917253504812345678901234567890123456789&dn=test",
isPrivate: false
};
// Use schema builder
const videoEventUnsigned = buildVideoPostEvent({
pubkey: pkHex,
created_at: Math.floor(Date.now() / 1000),
dTagValue: "test-video-" + Date.now(),
content: videoData
});
// Sign and publish
const signedVideoEvent = await signer.signEvent(videoEventUnsigned);
console.log(`Publishing Video Event: ${signedVideoEvent.id}`);
// Using client.publishEventToRelays or similar?
// Client has `publishVideo` but it does a lot of logic.
// Let's use `client.signAndPublishEvent` if possible, or low level pool publish.
// `client.pool` should be available.
await Promise.all(client.relays.map(url => {
const sub = client.pool.publish([url], signedVideoEvent);
return new Promise((resolve) => {
// We can just assume it sends for this test, or wait a bit.
// SimplePool publish returns a Promise in newer versions?
// In `js/nostr/toolkit.js` it seems to return an object with Promise?
// Actually `publishEventToRelay` in `js/nostrPublish.js` is what `client` uses.
// Let's use `client.signAndPublishEvent` if we can.
// `signAndPublishEvent` helper is used by `client`.
resolve();
});
}));
await setTimeout(200); // Wait for relay processing
// Verify
const fetchedEvent = await client.getEventById(signedVideoEvent.id, { includeRaw: true });
if (fetchedEvent && fetchedEvent.video && fetchedEvent.video.title === videoData.title) {
console.log('✅ Video Post verification successful');
} else {
console.error('❌ Video Post verification failed');
console.error('Fetched:', fetchedEvent);
exitCode = 1;
if (acceptedCount === 0) {
throw new Error(`Relays rejected the video event. Details: ${JSON.stringify(summary)}`);
}
// Test B: View Event
console.log('\n--- Test B: View Event ---');
const viewEventUnsigned = buildViewEvent({
pubkey: pkHex,
created_at: Math.floor(Date.now() / 1000),
pointerTag: ['a', `30078:${pkHex}:${videoData.title}`], // Simplification
content: "viewed"
});
const signedViewEvent = await signer.signEvent(viewEventUnsigned);
// Publish
await Promise.all(client.relays.map(url => client.pool.publish([url], signedViewEvent)));
await setTimeout(200);
// Verify by fetching
const fetchedView = await client.fetchRawEventById(signedViewEvent.id);
if (fetchedView && fetchedView.id === signedViewEvent.id) {
console.log('✅ View Event verification successful');
} else {
console.error('❌ View Event verification failed');
exitCode = 1;
}
// Test C: DM
console.log('\n--- Test C: Direct Message ---');
const dmMessage = "Hello from interop test";
const recipientPubkey = pkHex; // Self-DM for simplicity
// We can use `client.sendDirectMessage` or build manually.
// Let's use buildLegacyDirectMessageEvent + decryptDM to test the decryptor explicitly as requested.
// Encrypt
const ciphertext = await signer.nip04Encrypt(recipientPubkey, dmMessage);
const dmEventUnsigned = buildLegacyDirectMessageEvent({
pubkey: pkHex,
created_at: Math.floor(Date.now() / 1000),
recipientPubkey: recipientPubkey,
ciphertext: ciphertext
});
const signedDmEvent = await signer.signEvent(dmEventUnsigned);
// Publish
await Promise.all(client.relays.map(url => client.pool.publish([url], signedDmEvent)));
await setTimeout(200);
// Fetch and Decrypt
const fetchedDm = await client.fetchRawEventById(signedDmEvent.id);
if (!fetchedDm) {
console.error('❌ DM Event fetch failed');
exitCode = 1;
} else {
// Use decryptDM helper
// We need to provide a context with a decryptor
const decryptorContext = {
actorPubkey: pkHex,
decryptors: [{
scheme: 'nip04',
decrypt: signer.nip04Decrypt,
source: 'test-signer'
}]
};
const decryptionResult = await decryptDM(fetchedDm, decryptorContext);
if (decryptionResult.ok && decryptionResult.plaintext === dmMessage) {
console.log('✅ DM Decryption successful');
} else {
console.error('❌ DM Decryption failed');
console.error('Result:', decryptionResult);
exitCode = 1;
}
}
} catch (error) {
console.error('Test failed with error:', error);
exitCode = 1;
} finally {
stopRelay();
process.exit(exitCode);
console.log(`[Pass] Published Video Event ID: ${videoEvent.id} (Accepted by ${acceptedCount} relays)`);
} catch (e) {
console.error("[Fail] Video publish failed:", e);
process.exit(1);
}
// --- Test B: Fetch & Verify ---
console.log("\n>>> Test B: Fetch & Verify Roundtrip");
// Allow propagation
await new Promise(r => setTimeout(r, 2000));
try {
const result = await client.getEventById(videoEvent.id, { includeRaw: true });
if (!result || !result.rawEvent) {
throw new Error("Could not fetch raw event back from relays.");
}
const { video, rawEvent } = result;
if (rawEvent.id !== videoEvent.id) {
throw new Error(`ID mismatch. Expected ${videoEvent.id}, got ${rawEvent.id}`);
}
// Verify content shape
const content = JSON.parse(rawEvent.content);
if (content.title !== videoContent.title) {
throw new Error(`Content mismatch. Title: ${content.title} vs ${videoContent.title}`);
}
// Verify signature (basic check)
const isSigValid = NostrTools.verifyEvent(rawEvent);
if (!isSigValid) {
throw new Error("Event signature verification failed.");
}
console.log("[Pass] Event fetched, signature verified, and content matches.");
} catch (e) {
console.error(`[Fail] Fetch & Verify failed: ${e.message}`);
process.exit(1);
}
// --- Test C: Publish VIEW_EVENT ---
console.log("\n>>> Test C: Publish VIEW_EVENT");
const viewEventTemplate = buildViewEvent({
pubkey: alicePk,
created_at: Math.floor(Date.now() / 1000),
pointerValue: videoEvent.id,
pointerTag: ['e', videoEvent.id],
dedupeTag: `view:${videoEvent.id}:${Date.now()}`,
includeSessionTag: false // Not a session actor
});
try {
const viewResult = await client.signAndPublishEvent(viewEventTemplate);
const acceptedCount = viewResult.summary?.accepted?.length || 0;
if (acceptedCount > 0) {
console.log(`[Pass] View Event published. ID: ${viewResult.signedEvent.id}`);
} else {
console.warn(`[Warn] View Event publish result not OK:`, viewResult);
}
} catch (e) {
console.error("[Fail] View Event publish threw:", e);
}
// --- Test D: Encrypted DM ---
console.log("\n>>> Test D: Direct Message (Encryption/Decryption)");
const dmMessage = `Secret message ${Date.now()}`;
// We are Alice. Send to Bob.
// Note: client.sendDirectMessage uses the registered signer (Alice)
console.log(`[DM] Sending from Alice to Bob...`);
try {
const bobNpub = nip19.npubEncode(bobPk);
const sendRes = await client.sendDirectMessage(bobNpub, dmMessage);
if (!sendRes.ok) {
throw new Error(sendRes.error || "Unknown error sending DM");
}
console.log("[DM] Message sent.");
} catch (e) {
console.error("[Fail] DM Send failed:", e);
process.exit(1);
}
// Wait for propagation
await new Promise(r => setTimeout(r, 2000));
// Verify by fetching as Bob
// We need to use the pool directly to fetch, as 'client' is configured as Alice
console.log(`[DM] Fetching events for Bob (p=${bobPk})...`);
const filter = {
kinds: [4, 1059], // Legacy and GiftWrap
'#p': [bobPk],
authors: [alicePk], // Sent by Alice
limit: 1
};
const dmEvents = await client.pool.list(TEST_RELAYS, [filter]);
console.log(`[DM] Found ${dmEvents.length} events for Bob.`);
if (dmEvents.length === 0) {
console.error("[Fail] No DM events found on relays.");
process.exit(1);
}
const targetEvent = dmEvents[0];
console.log(`[DM] Decrypting event kind ${targetEvent.kind}...`);
// Setup Bob's decryptors
const bobDecryptors = [];
// NIP-44
if (nip44) {
bobDecryptors.push({
scheme: 'nip44',
decrypt: (pk, ct) => nip44.decrypt(bobSk, pk, ct),
priority: 1,
supportsGiftWrap: true
});
}
// NIP-04
if (nip04) {
bobDecryptors.push({
scheme: 'nip04',
decrypt: async (pk, ct) => nip04.decrypt(bobSk, pk, ct),
priority: 0
});
}
const decryptContext = {
actorPubkey: bobPk,
decryptors: bobDecryptors
};
const decryptRes = await decryptDM(targetEvent, decryptContext);
if (!decryptRes.ok) {
console.error("[Fail] Decryption failed:", decryptRes.errors);
process.exit(1);
}
if (decryptRes.plaintext !== dmMessage) {
console.error(`[Fail] Message mismatch. Got: "${decryptRes.plaintext}", Expected: "${dmMessage}"`);
process.exit(1);
}
console.log(`[Pass] Decryption verified. Scheme: ${decryptRes.scheme}, Message: "${decryptRes.plaintext}"`);
// Cleanup
// In a real scenario we might delete the events, but these are ephemeral and test relays usually clean up or we accept the dust for this test.
console.log("\n=== All Tests Passed ===");
process.exit(0);
}
runTests();
runTests().catch(e => {
console.error("Unhandled Error:", e);
process.exit(1);
});
scripts/agent/validate-events.mjs
-350
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@@ -1,350 +0,0 @@
import {
getNostrEventSchema,
NOTE_TYPES,
buildVideoPostEvent,
buildVideoMirrorEvent,
buildRepostEvent,
buildRelayListEvent,
buildDmRelayListEvent,
buildProfileMetadataEvent,
buildMuteListEvent,
buildDeletionEvent,
buildLegacyDirectMessageEvent,
buildDmAttachmentEvent,
buildDmReadReceiptEvent,
buildDmTypingIndicatorEvent,
buildViewEvent,
buildZapRequestEvent,
buildReactionEvent,
buildCommentEvent,
buildWatchHistoryEvent,
buildSubscriptionListEvent,
buildBlockListEvent,
buildHashtagPreferenceEvent,
buildAdminListEvent
} from '../../js/nostrEventSchemas.js';
const COLORS = {
RESET: "\x1b[0m",
RED: "\x1b[31m",
GREEN: "\x1b[32m",
YELLOW: "\x1b[33m",
BLUE: "\x1b[34m",
};
let errorCount = 0;
let successCount = 0;
function logError(msg) {
console.error(`${COLORS.RED}[FAIL] ${msg}${COLORS.RESET}`);
errorCount++;
}
function logSuccess(msg) {
console.log(`${COLORS.GREEN}[PASS] ${msg}${COLORS.RESET}`);
successCount++;
}
function logInfo(msg) {
console.log(`${COLORS.BLUE}[INFO] ${msg}${COLORS.RESET}`);
}
function hasTag(tags, tagName, tagValue = null) {
if (!Array.isArray(tags)) return false;
return tags.some(
(tag) =>
Array.isArray(tag) &&
tag[0] === tagName &&
(tagValue === null || tag[1] === tagValue)
);
}
function validateEvent(type, event, description) {
const schema = getNostrEventSchema(type);
if (!schema) {
logError(`${description}: No schema found for type ${type}`);
return;
}
let valid = true;
const errors = [];
// Validate Kind
if (event.kind !== schema.kind) {
errors.push(`Kind mismatch: expected ${schema.kind}, got ${event.kind}`);
valid = false;
}
// Validate Topic Tag
if (schema.topicTag) {
if (!hasTag(event.tags, schema.topicTag.name, schema.topicTag.value)) {
errors.push(`Missing topic tag: ${schema.topicTag.name}=${schema.topicTag.value}`);
valid = false;
}
}
// Validate Identifier Tag
if (schema.identifierTag) {
const expectedValue = schema.identifierTag.value;
if (expectedValue) {
if (!hasTag(event.tags, schema.identifierTag.name, expectedValue)) {
errors.push(`Missing identifier tag: ${schema.identifierTag.name}=${expectedValue}`);
valid = false;
}
} else {
// If value is not fixed in schema, just check tag name presence if it's supposed to be there.
// Usually d-tags are present.
if (!hasTag(event.tags, schema.identifierTag.name)) {
errors.push(`Missing identifier tag: ${schema.identifierTag.name}`);
valid = false;
}
}
}
// Validate Append Tags
if (schema.appendTags) {
schema.appendTags.forEach((appendTag) => {
if (Array.isArray(appendTag) && appendTag.length >= 2) {
const tagName = appendTag[0];
const tagValue = appendTag[1];
if (!hasTag(event.tags, tagName, tagValue)) {
errors.push(`Missing append tag: ${tagName}=${tagValue}`);
valid = false;
}
}
});
}
// Validate Content Format
if (schema.content) {
if (schema.content.format === "json") {
try {
JSON.parse(event.content);
} catch (e) {
errors.push(`Content is not valid JSON`);
valid = false;
}
} else if (schema.content.format === "empty") {
if (event.content !== "") {
errors.push(`Content should be empty, got: "${event.content}"`);
valid = false;
}
}
}
if (valid) {
logSuccess(`${description}`);
} else {
logError(`${description}`);
errors.forEach(e => console.error(` - ${e}`));
console.log(" Event:", JSON.stringify(event, null, 2));
}
}
async function main() {
logInfo("Starting Event Validation...");
// 1. VIDEO_POST
validateEvent(NOTE_TYPES.VIDEO_POST, buildVideoPostEvent({
pubkey: "pubkey",
created_at: 1234567890,
dTagValue: "video-id",
content: { title: "Test Video", videoRootId: "root-id" }
}), "buildVideoPostEvent (standard)");
validateEvent(NOTE_TYPES.VIDEO_POST, buildVideoPostEvent({
pubkey: "pubkey",
created_at: 1234567890,
dTagValue: "video-id-minimal",
content: { version: 1, title: "Minimal", videoRootId: "root" }
}), "buildVideoPostEvent (minimal)");
// 2. VIDEO_MIRROR
validateEvent(NOTE_TYPES.VIDEO_MIRROR, buildVideoMirrorEvent({
pubkey: "pubkey",
created_at: 1234567890,
content: "Alt text"
}), "buildVideoMirrorEvent");
// 3. REPOST
validateEvent(NOTE_TYPES.REPOST, buildRepostEvent({
pubkey: "pubkey",
created_at: 1234567890,
eventId: "hex-id",
eventRelay: "wss://relay.example.com",
targetKind: 1,
serializedEvent: JSON.stringify({ kind: 1, content: "test" })
}), "buildRepostEvent (event pointer)");
// 4. RELAY_LIST
validateEvent(NOTE_TYPES.RELAY_LIST, buildRelayListEvent({
pubkey: "pubkey",
created_at: 1234567890,
relays: ["wss://relay.example.com"]
}), "buildRelayListEvent");
// 5. DM_RELAY_LIST
validateEvent(NOTE_TYPES.DM_RELAY_LIST, buildDmRelayListEvent({
pubkey: "pubkey",
created_at: 1234567890,
relays: ["wss://relay.example.com"]
}), "buildDmRelayListEvent");
// 6. PROFILE_METADATA
validateEvent(NOTE_TYPES.PROFILE_METADATA, buildProfileMetadataEvent({
pubkey: "pubkey",
created_at: 1234567890,
metadata: { name: "Test User" }
}), "buildProfileMetadataEvent");
// 7. MUTE_LIST
validateEvent(NOTE_TYPES.MUTE_LIST, buildMuteListEvent({
pubkey: "pubkey",
created_at: 1234567890,
pTags: ["hex-pubkey"]
}), "buildMuteListEvent");
// 8. DELETION
validateEvent(NOTE_TYPES.DELETION, buildDeletionEvent({
pubkey: "pubkey",
created_at: 1234567890,
eventIds: ["hex-id"]
}), "buildDeletionEvent");
// 9. LEGACY_DM
validateEvent(NOTE_TYPES.LEGACY_DM, buildLegacyDirectMessageEvent({
pubkey: "pubkey",
created_at: 1234567890,
recipientPubkey: "hex-recipient",
ciphertext: "encrypted-content"
}), "buildLegacyDirectMessageEvent");
// 10. DM_ATTACHMENT
validateEvent(NOTE_TYPES.DM_ATTACHMENT, buildDmAttachmentEvent({
pubkey: "pubkey",
created_at: 1234567890,
recipientPubkey: "hex-recipient",
attachment: { url: "https://example.com/file", x: "hash" }
}), "buildDmAttachmentEvent");
// 11. DM_READ_RECEIPT
validateEvent(NOTE_TYPES.DM_READ_RECEIPT, buildDmReadReceiptEvent({
pubkey: "pubkey",
created_at: 1234567890,
recipientPubkey: "hex-recipient",
eventId: "hex-event-id"
}), "buildDmReadReceiptEvent");
// 12. DM_TYPING
validateEvent(NOTE_TYPES.DM_TYPING, buildDmTypingIndicatorEvent({
pubkey: "pubkey",
created_at: 1234567890,
recipientPubkey: "hex-recipient",
eventId: "hex-event-id",
expiresAt: 1234567899
}), "buildDmTypingIndicatorEvent");
// 13. VIEW_EVENT
validateEvent(NOTE_TYPES.VIEW_EVENT, buildViewEvent({
pubkey: "pubkey",
created_at: 1234567890,
pointerValue: "video-d-tag",
dedupeTag: "unique-session-view-id",
includeSessionTag: true
}), "buildViewEvent");
// 14. ZAP_REQUEST
validateEvent(NOTE_TYPES.ZAP_REQUEST, buildZapRequestEvent({
pubkey: "pubkey",
created_at: 1234567890,
recipientPubkey: "hex-recipient",
amountSats: 100,
relays: ["wss://relay.example.com"]
}), "buildZapRequestEvent");
// 15. VIDEO_REACTION
validateEvent(NOTE_TYPES.VIDEO_REACTION, buildReactionEvent({
pubkey: "pubkey",
created_at: 1234567890,
targetPointer: { type: "e", value: "hex-id" },
content: "+"
}), "buildReactionEvent");
// 16. VIDEO_COMMENT
validateEvent(NOTE_TYPES.VIDEO_COMMENT, buildCommentEvent({
pubkey: "pubkey",
created_at: 1234567890,
content: "This is a comment",
videoEventId: "hex-video-id"
}), "buildCommentEvent (root)");
validateEvent(NOTE_TYPES.VIDEO_COMMENT, buildCommentEvent({
pubkey: "pubkey",
created_at: 1234567890,
content: "This is a reply",
videoEventId: "hex-video-id",
rootIdentifier: "root-id",
parentCommentId: "parent-id"
}), "buildCommentEvent (reply)");
// 17. WATCH_HISTORY
validateEvent(NOTE_TYPES.WATCH_HISTORY, buildWatchHistoryEvent({
pubkey: "pubkey",
created_at: 1234567890,
monthIdentifier: "2023-10",
content: "[]"
}), "buildWatchHistoryEvent");
// 18. SUBSCRIPTION_LIST
validateEvent(NOTE_TYPES.SUBSCRIPTION_LIST, buildSubscriptionListEvent({
pubkey: "pubkey",
created_at: 1234567890,
content: "encrypted-json"
}), "buildSubscriptionListEvent");
// 19. USER_BLOCK_LIST
validateEvent(NOTE_TYPES.USER_BLOCK_LIST, buildBlockListEvent({
pubkey: "pubkey",
created_at: 1234567890,
content: "encrypted-json"
}), "buildBlockListEvent");
// 20. HASHTAG_PREFERENCES
validateEvent(NOTE_TYPES.HASHTAG_PREFERENCES, buildHashtagPreferenceEvent({
pubkey: "pubkey",
created_at: 1234567890,
content: "encrypted-json"
}), "buildHashtagPreferenceEvent");
// 21. ADMIN_MODERATION_LIST
validateEvent(NOTE_TYPES.ADMIN_MODERATION_LIST, buildAdminListEvent("moderation", {
pubkey: "pubkey",
created_at: 1234567890,
hexPubkeys: ["hex-pubkey"]
}), "buildAdminListEvent (moderation)");
// 22. ADMIN_BLACKLIST
validateEvent(NOTE_TYPES.ADMIN_BLACKLIST, buildAdminListEvent("blacklist", {
pubkey: "pubkey",
created_at: 1234567890,
hexPubkeys: ["hex-pubkey"]
}), "buildAdminListEvent (blacklist)");
// 23. ADMIN_WHITELIST
validateEvent(NOTE_TYPES.ADMIN_WHITELIST, buildAdminListEvent("whitelist", {
pubkey: "pubkey",
created_at: 1234567890,
hexPubkeys: ["hex-pubkey"]
}), "buildAdminListEvent (whitelist)");
console.log(`\nResults: ${successCount} passed, ${errorCount} failed.`);
if (errorCount > 0) {
process.exit(1);
}
}
main().catch(err => {
console.error(err);
process.exit(1);
});
scripts/check-design-tokens.mjs
+1 -1
View File
@@ -42,7 +42,7 @@ const VALUE_ALLOWLIST = new Map([
[
"js/ui/components/VideoCard.js",
[
// Desktop breakpoint used in media query
// Desktop breakpoint used in media query match
(value) => value === "1024px",
],
],
scripts/telemetry-aggregator.mjs
+24 -43
View File
@@ -5,8 +5,7 @@ import crypto from 'node:crypto';
// Configuration
const ARTIFACTS_DIR = 'artifacts';
const REPORTS_DIR = 'ai/reports';
// We will dynamically discover log files in main(), but these are explicit targets if found.
const EXPLICIT_LOG_FILES = ['python_server.log', 'server.log', 'npm_output.log'];
const LOG_FILES = ['test_output.log', 'server.log', 'python_server.log', 'npm_output.log'];
// Regex patterns for PII sanitization
const PII_PATTERNS = [
@@ -57,11 +56,11 @@ function suggestOwner(stack) {
// Collectors
// -----------------------------------------------------------------------------
function collectUnitTests(logFile) {
function collectUnitTests() {
const errors = [];
const logFile = 'test_output.log';
if (!fs.existsSync(logFile)) return errors;
console.log(`Parsing unit test log: ${logFile}`);
const content = fs.readFileSync(logFile, 'utf8');
const lines = content.split('\n');
let currentError = null;
@@ -77,7 +76,7 @@ function collectUnitTests(logFile) {
}
const title = line.replace(/^not ok \d+ - /, '').trim();
currentError = {
source: `unit-test:${path.basename(logFile)}`,
source: 'unit-test',
title: sanitize(title),
details: [],
severity: 'High'
@@ -86,36 +85,18 @@ function collectUnitTests(logFile) {
continue;
}
// Detect generic JS errors in output that aren't strictly TAP failures but cause crashes
if (line.match(/^Error:/) || line.match(/^TypeError:/) || line.match(/^ReferenceError:/)) {
// If we are already inside a TAP failure block, this is likely detail
if (insideErrorBlock && currentError) {
currentError.details.push(sanitize(line));
} else {
// Independent error (crash?)
if (currentError) {
errors.push(currentError);
}
currentError = {
source: `unit-test-crash:${path.basename(logFile)}`,
title: sanitize(line.trim()),
details: [sanitize(line.trim())],
severity: 'Critical'
};
insideErrorBlock = true; // Treat as error block
}
continue;
}
// End of failure block detection (heuristic)
// TAP ok line, or start of a new test section, or unexpected unindented line that looks like a header
if (insideErrorBlock) {
// TAP ok line, or start of a new test section (Running tests/...), or TAP version
if (line.match(/^(ok \d+|# tests \d+|1\.\.\d+|TAP version|→ Running )/)) {
if (line.match(/^(ok \d+|# tests \d+|1\.\.\d+|TAP version)/)) {
insideErrorBlock = false;
errors.push(currentError);
currentError = null;
} else {
// Capture detail lines
// If line is empty or indented, it's likely part of the error
// If it's unindented but not a TAP command, it might still be part of it (console logs)
// We'll be greedy here.
currentError.details.push(sanitize(line));
}
}
@@ -129,7 +110,7 @@ function collectUnitTests(logFile) {
errors.forEach(e => {
const fullText = e.details.join('\n');
// Try to extract stack trace
const stackMatch = fullText.match(/stack: \|-([\s\S]+?)(?:\n\s*\w+:|$)/) || fullText.match(/(?:Error|Exception):([\s\S]+)/);
const stackMatch = fullText.match(/stack: \|-([\s\S]+?)(?:\n\s*\w+:|$)/) || fullText.match(/Error:([\s\S]+)/);
if (stackMatch) {
e.stack = stackMatch[1].trim();
} else {
@@ -151,9 +132,11 @@ function collectGenericLogs(filepath, sourceName) {
let currentError = null;
for (const line of lines) {
// Simple heuristic for generic logs: look for "Error:" or "Exception:"
// and capture following lines that look like stack traces (start with 'at ' or are indented)
const isErrorStart = /Error:|Exception:|FAIL|CRITICAL/.test(line);
// Indented lines or lines starting with 'at ' often follow errors
const isStackLine = /^\s+at /.test(line) || /^\s+/.test(line);
const isStackLine = /^\s+at /.test(line) || /^\s+/.test(line); // Indented lines often follow errors
if (isErrorStart) {
if (currentError) {
@@ -168,7 +151,7 @@ function collectGenericLogs(filepath, sourceName) {
} else if (currentError && isStackLine) {
currentError.details.push(sanitize(line.trim()));
} else if (currentError) {
// End of error block if we hit a non-indented line
// End of error block
errors.push(currentError);
currentError = null;
}
@@ -256,6 +239,8 @@ function aggregate(errors) {
grouped[key].sources.add(err.source);
// Escalating severity if we see critical
if (err.severity === 'Critical') grouped[key].severity = 'Critical';
// Update title if new one is longer/better (optional, keeping first for now)
}
return Object.values(grouped).sort((a, b) => {
@@ -346,18 +331,14 @@ async function main() {
// 1. Collect
const errors = [];
// Unit Tests - Dynamically find test_unit*.log
const files = fs.readdirSync('.');
const testLogs = files.filter(f => f.startsWith('test_unit') && f.endsWith('.log'));
// Unit Tests
const unitTestErrors = collectUnitTests();
console.log(`Collected ${unitTestErrors.length} unit test errors.`);
errors.push(...unitTestErrors);
for (const logFile of testLogs) {
const unitTestErrors = collectUnitTests(logFile);
console.log(`Collected ${unitTestErrors.length} unit test errors from ${logFile}.`);
errors.push(...unitTestErrors);
}
// Explicit generic logs
for (const logFile of EXPLICIT_LOG_FILES) {
// Server Logs
for (const logFile of LOG_FILES) {
if (logFile === 'test_output.log') continue; // Handled by collectUnitTests
const genericErrors = collectGenericLogs(logFile, logFile);
console.log(`Collected ${genericErrors.length} errors from ${logFile}.`);
errors.push(...genericErrors);