Sterister
d071551b2f
- ShadeFetchTransport: HTTP client for prekey server (register, fetchBundle, replenish, getKeyCount) - ShadeWebSocket: wraps existing WebSocket with auto E2EE (binary wire format, transparent encrypt/decrypt) - Full integration test: register → fetch → session → encrypt → decrypt over real HTTP against in-process Hono prekey server 101 tests, 0 failures across all milestones (M1-M7). Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
81 lines
3.3 KiB
TypeScript
81 lines
3.3 KiB
TypeScript
import { describe, test, expect } from 'bun:test';
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import { SubtleCryptoProvider, MemoryStorage } from '@shade/crypto-web';
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import { ShadeSessionManager } from '@shade/core';
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import { createPrekeyServer, MemoryPrekeyStore } from '@shade/server';
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import { ShadeFetchTransport } from '../src/fetch-transport.js';
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const crypto = new SubtleCryptoProvider();
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describe('ShadeFetchTransport', () => {
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test('full flow: register → fetch bundle → establish session → talk', async () => {
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// Start in-process prekey server
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const store = new MemoryPrekeyStore();
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const server = createPrekeyServer({ store });
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// We'll use Hono's request() method directly instead of actual HTTP
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// But ShadeFetchTransport uses fetch(), so let's start a real server
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const port = 19000 + Math.floor(Math.random() * 1000);
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const handle = Bun.serve({ port, fetch: server.fetch });
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try {
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const baseUrl = `http://localhost:${port}`;
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const transport = new ShadeFetchTransport(baseUrl);
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// ─── Bob: register with prekey server ────────────────
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const bobStorage = new MemoryStorage();
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const bobManager = new ShadeSessionManager(crypto, bobStorage);
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await bobManager.initialize();
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const bobOTPKs = await bobManager.generateOneTimePreKeys(5);
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const bobBundle = await bobManager.createPreKeyBundle();
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await transport.register(
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'bob',
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bobManager.getPublicIdentity(),
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bobBundle.signedPreKey,
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bobOTPKs,
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);
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// Verify count
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const count = await transport.getKeyCount('bob');
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expect(count).toBe(5);
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// ─── Alice: fetch bundle and establish session ───────
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const aliceStorage = new MemoryStorage();
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const aliceManager = new ShadeSessionManager(crypto, aliceStorage);
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await aliceManager.initialize();
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const fetchedBundle = await transport.fetchBundle('bob');
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expect(fetchedBundle.identityDHKey).toEqual(bobManager.getPublicIdentity().dhKey);
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expect(fetchedBundle.signedPreKey.keyId).toBe(bobBundle.signedPreKey.keyId);
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// One OTP key consumed
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const countAfter = await transport.getKeyCount('bob');
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expect(countAfter).toBe(4);
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// Alice establishes session
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await aliceManager.initSessionFromBundle('bob', fetchedBundle);
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// ─── Alice → Bob encrypted message ───────────────────
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const env1 = await aliceManager.encrypt('bob', 'Hello via transport!');
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const plain1 = await bobManager.decrypt('alice', env1);
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expect(plain1).toBe('Hello via transport!');
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// ─── Bob → Alice reply ───────────────────────────────
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const env2 = await bobManager.encrypt('alice', 'Got it!');
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const plain2 = await aliceManager.decrypt('bob', env2);
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expect(plain2).toBe('Got it!');
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// ─── Replenish ───────────────────────────────────────
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const remaining = await transport.replenish('bob', [
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{ keyId: 200, publicKey: crypto.randomBytes(32) },
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{ keyId: 201, publicKey: crypto.randomBytes(32) },
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]);
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expect(remaining).toBe(6); // 4 remaining + 2 new
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} finally {
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handle.stop();
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}
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});
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});
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