Phase 2 / Ep 10: External Deep-Sea Early Warning (API Research)

Any application, once it involves connecting to external entities (Google, WeChat, Stripe, etc.) via network handshake, finds its difficulty not increasing linearly, but jumping exponentially.

In T-Block, our business lifeline—bidirectional synchronization of Google Calendar—may hide an infinite number of pitfalls that could lead to architectural overhauls. For example:

• How to renew an Event token that expires in half an hour?
• Does Google allow us to frequently pull data? (API query limits will directly kill our application).

1. Unleash the Auto-Researcher

We shouldn't chew through those boring and anti-human Google Cloud documents ourselves. We need to call the large model's latest search_web and browser_subagent.

Issue the following advanced tactical command to the Agent:

“This is a critical risk-blocking pre-research initiative. I now need you to transform into an API security and compliance expert. Please use your web crawling capabilities to thoroughly review the limitations section of Google Calendar API V3.

I particularly need to clarify: First, how can a non-web long-lived backend securely and permanently obtain a Refresh Token to synchronize calendars; Second, if we want to monitor external modifications to the calendar data, is there a better and lower-cost method than endless polling (Polling) (does it support Webhook Push).

Please organize your hard-core findings and potential pitfalls during code development into a guide, and append it under the [Deep Outpost Minefield] tag in docs/findings.md.”

2. Enable AI to Achieve Closed-Loop Cognition

At this point, if you check its underlying toolchain execution logs (a mechanism you wouldn't see in a regular chat), you'll find that the Agent will spend several minutes initiating multiple search and web scraping operations in the terminal.

It might eventually come back to you, sweating like a scout, to tell you (and it's already written in the findings):

1. Warning: Google OAuth refresh_token is only issued when the initial authorization pop-up explicitly includes prompt=consent&access_type=offline! If this isn't explicitly handled in code, user data will become 'zombified' once the session expires!
2. Ecstasy: Google supports advanced Webhooks via Push Notifications channel subscriptions; when an external change is made to the schedule, it directly sends a POST request to your server, saving 90% of the cost of inefficient polling.

Thus, those "code sinkholes" that have trapped countless novice teams, before even a single line of actual business code was written, have been thoroughly 'sealed' and eliminated by this AI engineer, equipped with an internet knowledge base and investigative capabilities, through documentation!