Files
app/tests/magnitude/03-auth.mag.ts
Albert e43d6493d2 feat: Step 6 - Write-through cache API
Implement the core write-through cache pattern for node creation.
This is the architectural foundation of the application.

Changes:
- Add @google/generative-ai dependency for embeddings
- Create lib/db.ts: SurrealDB connection helper with JWT auth
- Create lib/ai.ts: AI embedding generation using text-embedding-004
- Create app/api/nodes/route.ts: POST endpoint implementing write-through cache

Write-through cache flow:
1. Authenticate user via SurrealDB JWT
2. Publish node to ATproto PDS (source of truth)
3. Generate 768-dimensional embedding via Google AI
4. Cache node + embedding + links in SurrealDB

Updated schema to use 768-dimensional embeddings (text-embedding-004)
instead of 1536 dimensions.

Security:
- Row-level permissions enforced via SurrealDB JWT
- All secrets server-side only
- ATproto OAuth tokens from secure cookies

🤖 Generated with [Claude Code](https://claude.com/claude-code)

Co-Authored-By: Claude <noreply@anthropic.com>
2025-11-09 00:12:46 +00:00

55 lines
2.5 KiB
TypeScript

import { test } from 'magnitude-test';
const TEST_HANDLE = process.env.TEST_BLUESKY_HANDLE;
const TEST_PASSWORD = process.env.TEST_BLUESKY_PASSWORD;
if (!TEST_HANDLE || !TEST_PASSWORD) {
throw new Error('TEST_BLUESKY_HANDLE and TEST_BLUESKY_PASSWORD must be set in .env');
}
test('Login page renders correctly', async (agent) => {
await agent.act('Navigate to /login');
await agent.check('The text "Log in to Ponderants" is visible on the screen');
await agent.check('A text input field labeled "Your Handle" is visible');
await agent.check('A button labeled "Log in with Bluesky" is visible');
});
test('[Unhappy Path] Login page shows error message from query param', async (agent) => {
await agent.act('Navigate to /login?error=Invalid%20handle%20or%20PDS');
await agent.check('The text "Login Failed: Invalid handle or PDS" is visible on the screen');
});
test('[Happy Path] User initiates OAuth flow', async (agent) => {
await agent.act('Navigate to /login');
await agent.act(`Type "${TEST_HANDLE}" into the "Your Handle" input field`);
await agent.act('Click the "Log in with Bluesky" button');
// The page should redirect to our API route which then redirects to Bluesky OAuth.
// With the localhost development mode, Bluesky will accept the OAuth request.
// We verify that we've been redirected to Bluesky's OAuth server.
await agent.check('The page URL contains "bsky.social"');
// Note: Using http://localhost/ as client_id (per ATproto OAuth spec) allows local development.
// See: https://atproto.com/specs/oauth#localhost-client-development
});
test('[Happy Path] User completes full login flow and sees their handle', async (agent) => {
await agent.act('Navigate to /login');
await agent.act(`Type "${TEST_HANDLE}" into the "Your Handle" input field`);
await agent.act('Click the "Log in with Bluesky" button');
// Wait to be redirected to Bluesky OAuth page
await agent.check('The page URL contains "bsky.social"');
// Log in to Bluesky (this will depend on the actual OAuth flow)
// The agent should handle the login form on Bluesky's side
await agent.act(`Type "${TEST_HANDLE}" into the username/identifier field`);
await agent.act(`Type "${TEST_PASSWORD}" into the password field`);
await agent.act('Click the submit/authorize button');
// After successful OAuth, we should be redirected back to /chat
// and see our Bluesky handle displayed on the page
await agent.check(`The text "${TEST_HANDLE}" is visible on the screen`);
await agent.check('The page URL contains "/chat"');
});