# Please take a look at the chat I've pasted in below. I am up to this stage in t ## Retrieval Notes - Session id: `21838fd4-14c2-4d88-8df2-31be8ecad9e2` - Last activity: `2026-02-01T12:05:45.102Z` ## My Notes <!-- Add your notes here. This section is preserved across syncs. --> ## Conversation ### User Please take a look at the chat I've pasted in below. I am up to this stage in the process and I need oyu to do it: "3) Re-authenticate once, cleanly After you publish to production, do one fresh OAuth login in whatever you’re using to connect Google to Claude Code (your MCP server / connector / Raycast integration / whatever’s holding the Google OAuth client)." basically, as I mentioned in this chat, my Google account stuff with you in Claude Code has been an absolute fucking catastrophe. Okay, so please take a look at the existing architecture, but understand it might be quite messy after repeated attempted fixes, which didn't work. So, yeah, basically, I'm trying to do a hard reset on my way we access Google accounts from Claude Code. And that's what I've been talking about with the chat I've placed in below. And I just need you to help me finish this process, keeping all of this in mind. CHAT: Skip to content You said: I would like you to do some research to find me the optimal way of connecting my Google services such as Gmail, Calendar and Tasks to ClaudeCode. I've done this a few times and I want to use it using the OAuth login method, I think, but ClaudeCode, it's continually breaking with the Google accounts. It's continually telling me it can't authenticate or the system is broken or that I need to re-authenticate or that my login token has expired or something like that. It's basically breaking constantly for what it seems to me to be a variety of different ways. So what I want you to find out and do some research for me is to find a foolproof, robust way of linking up my Google services which won't break continually and require constant maintenance and repair. Please note that this should be an up-to-date account, okay? So as nearest to present day as possible. Today is...1 Feb 2026 ChatGPT said: Thought for 7m 2s What you’re describing is exactly the kind of “OAuth poltergeist” that turns people into skeptics about civilisation. The good news is that most of the “random” breakage has a small number of very specific causes, and you can design your Claude Code setup so that Google auth becomes boring again. Why your Google auth keeps “expiring” (the usual culprits) 1) Your OAuth consent screen is still in Testing If your Google Cloud OAuth project is External + Testing, then Google treats you as a test user and your consent expires after 7 days – and so does the refresh token. That means weekly re-auth is not a bug; it’s policy. Publishing the app to In production is the single biggest “make it stop breaking” switch. Google explicitly contrasts Testing vs In production on the same page. 2) You keep generating new refresh tokens until Google silently invalidates older ones Google caps how many live refresh tokens a user can have for the same OAuth client. Once you exceed the limit, the oldest refresh token is invalidated without warning, which looks like “it randomly broke”. Current Google OAuth docs state a limit of 100 refresh tokens per Google Account per OAuth client ID. 3) Refresh tokens can be revoked for reasons that look “mysterious” unless you know the list Google’s OAuth docs list common reasons a refresh token stops working, including: not used for six months, password change when Gmail scopes are involved, user revocation, time-based access expiring, or too many refresh tokens issued. So: you can’t make it metaphysically impossible to break, but you can eliminate the “constant maintenance” class of failures. The most robust DIY approach for Claude Code (and why it stays stable) The core design idea Don’t stitch three separate brittle connectors together. Run a single well-maintained Google Workspace MCP server locally, and connect Claude Code to that over HTTP. This gives you one auth surface, one token store, one set of scopes, and fewer moving parts. Right now, the most “production-minded” open-source option I found is taylorwilsdon/google_workspace_mcp, which explicitly supports Gmail + Calendar + Tasks and includes “automatic token refresh & session management”, plus guidance for Claude Code and HTTP “streamable” transport. Step-by-step (robust configuration) A) Fix Google Cloud OAuth so it stops expiring In Google Cloud Console, set your OAuth app’s Publishing status to In production (publish it). Otherwise, your authorisation (and refresh token) can expire every 7 days in Testing. Create an OAuth Client ID (Desktop application is typically easiest for local setups). The Workspace MCP server’s docs are built around this style of setup. Enable the APIs you actually need (Gmail, Calendar, Tasks). (Tasks scopes are documented here, and you’ll want to keep scopes minimal to reduce friction.) B) Run one MCP server for all three services The google_workspace_mcp project explicitly recommends HTTP transport for Claude Code and shows the exact flow: Start the server in HTTP mode (--transport streamable-http) Add it to Claude Code with claude mcp add --transport http … http://localhost:8000/mcp That looks like: # 1) Start the MCP server locally (example; see repo for exact install method) uv run main.py --transport streamable-http --tools gmail calendar tasks # 2) Add it to Claude Code (I’d use user scope so it works across projects) claude mcp add --transport http --scope user workspace-mcp http://localhost:8000/mcp C) Authenticate in Claude Code the “official” way Claude Code’s MCP docs: add the server, then use /mcp to authenticate. Claude Code says it stores tokens securely and refreshes automatically (for MCP-server auth). This part matters because it means you’re not hand-rolling token refresh logic inside prompts; you’re using the intended mechanism. The two failure modes this setup prevents (and how) Weekly re-authentication Publishing the OAuth app to In production removes the 7-day testing expiry. “Random” token invalidation after a bunch of retries Stop minting new refresh tokens. The “100 refresh tokens per user per client ID” cap is exactly what bites people who re-auth repeatedly during troubleshooting. With a single MCP server, you authenticate once and keep using the same stored refresh token. If you want the least maintenance possible: use a managed MCP connector If your priority is “I never want to think about OAuth again”, outsource the whole mess to a provider that already runs the OAuth + token-refresh machinery. Two examples that are explicitly MCP-first: Pipedream has a Google Tasks MCP server with a static MCP URL and an in-product auth flow. Zapier offers a Google Tasks MCP integration designed to avoid you hosting glue code. Trade-off: you’re granting a third party access to email/calendar/task data. If that makes your skin crawl, stick to local. (There are also tool-router style systems like Composio that market “no OAuth hassles” for Claude Code + Google Calendar, but that’s still a trust decision.) The “enterprise-grade, almost-never-breaks” option (only if you’re on Google Workspace) If you control a Google Workspace domain (admin access), you can avoid end-user consent flows by using a service account with domain-wide delegation, which allows authorised apps to access users’ Workspace data without per-user consent prompts. This is powerful and risky; Google’s own IAM guidance explicitly warns to avoid domain-wide delegation unless you really need it. Also: this doesn’t apply to ordinary consumer @gmail.com accounts in the same way. A quick “make it stop breaking” checklist OAuth consent screen is In production, not Testing. You are not generating a fresh refresh token every time you tweak something (token cap is real). You use one unified MCP server for Gmail + Calendar + Tasks (fewer tokens, fewer scopes, fewer surprises). You keep scopes minimal (Tasks scopes are clearly separable; same principle applies to Gmail/Calendar). You accept that some rare events still force reauth (password changes with Gmail scopes, six-month inactivity, explicit revocation). In Claude Code, manage auth via /mcp and let it handle token storage/refresh for MCP auth. If you implement only one change first, make it this: publish your OAuth app to In production. That alone removes the “weekly token death spiral” for most setups. You said: huh? i couldn't work out whether you were giving me different options or different components of the same option? I just want to do as little as possible to make it work forever? what is the closest solution to that? ChatGPT said: Thought for 2m 5s Yeah — I accidentally mixed one main approach with two alternative approaches. If you want the closest thing to “set it once and forget it” (minimum fiddling, minimum ongoing breakage), the winner is: Closest to “works forever” with minimal effort: use a hosted MCP server with managed OAuth In practice, that means letting a provider handle the Google OAuth/token-refresh machinery, and you just add one MCP URL to Claude Code. The most “do almost nothing” route I found: Pipedream hosted MCP They explicitly advertise fully-managed OAuth + secure credential storage for MCP servers, so you’re not maintaining your own OAuth client, refresh tokens, consent screen settings, etc. Also: they already have MCP servers for Gmail / Google Calendar / Google Tasks, and all three use the same MCP endpoint (https://mcp.pipedream.net/v2). What you do (literally the minimum) Add the remote HTTP MCP server in Claude Code (HTTP is the recommended transport): claude mcp add --transport http pipedream https://mcp.pipedream.net/v2 In Claude Code, run /mcp and authenticate (Claude Code uses /mcp for remote-server OAuth auth flows). When prompted by Pipedream, enable/authorise the apps you want (Gmail, Calendar, Tasks). That’s their documented “end user” flow. That’s it. No Google Cloud Console. No “why did my refresh token die”. No weekly re-auth rituals. Reality check: nothing on Earth is truly “forever” — if you revoke access, change account security in a way that forces re-consent, etc., any system may require re-auth. But this is the closest you’ll get to “I never maintain auth again” because the whole token-refresh problem is outsourced. (If you prefer another provider, Zapier offers similar “generate an MCP URL, connect once” patterns for Gmail/Calendar/Tasks — but it’s the same basic trade-off: convenience for third-party trust.) If you refuse third parties: the single smallest fix to your current DIY OAuth setup If you’re already running your own Google OAuth client and it “expires constantly”, the #1 culprit is usually this: Your OAuth consent screen is in “Testing”. In Testing, authorisations expire after 7 days, and refresh tokens expire too. Switching to “In production” is the one-click change that stops the weekly death spiral. Google’s own docs spell it out, and Google’s own error guidance literally says “change publishing status to In production to avoid refresh token expiring in 7 days.” So the minimal self-host path is: Google Cloud Console → OAuth consent screen → Publishing status → In production Re-auth once Stop repeatedly generating new refresh tokens / new OAuth clients This won’t be quite as maintenance-free as the hosted route, but it removes the most common “it breaks constantly” trigger. If your priority is pure minimal effort, do the hosted MCP route (Pipedream). If your priority is pure control, do the “In production” switch in Google Cloud and re-auth once. You said: is there any downside to pipe dream? ChatGPT said: Thought for 3m 33s Yes — there are downsides, but they’re basically the price of “I never want to debug OAuth again”. The big trade-off is: you move the whole auth + execution layer into a third party. You’re trusting a third party with access to your Google data (even if they try hard not to keep it). Pipedream runs the tool calls on their infrastructure: they explicitly say credentials are encrypted at rest and requests go through their servers (so your AI client never sees raw credentials). They also explicitly say that when using Connect via API or MCP, they do not store or log request payloads or response bodies (so, in principle, your email contents/Calendar event bodies shouldn’t be persisted by them). Even so, the data necessarily passes through their systems in transit, and you’re relying on their controls. Data residency: it’s hosted in the US (AWS us-east-1). If you (or your employer) care about “data must stay in the UK/EU” rules, this can be a hard stop. Their security docs state they’re hosted on Amazon Web Services in us-east-1. Compliance overhead still exists (just shifted). If you’re in a place that requires paperwork, you may need to pull their SOC 2 Type 2 report / pen test report, and potentially rely on their GDPR Data Processing Addendum and SCCs. Their docs say they undergo annual audits, can provide a SOC 2 Type 2 report on request, and include a DPA with SCCs. So it’s “less engineering”, not “zero governance”. Costs and usage limits can bite (especially on free tiers). If you end up doing lots of tool calls (e.g., summarising long inboxes, scanning calendars, bulk task edits), you can hit credits/quotas depending on plan. Their pricing and limits docs describe credit-based usage and execution limits. Separately, their Connect API documentation shows explicit rate limits (e.g., tool execution limits per time window). In ordinary personal use this may never matter; in “agent does lots of stuff” mode it can. You become dependent on their uptime and product decisions. Their status page currently shows very high uptime over the last ~90 days, but that’s still a dependency you didn’t have when everything ran locally. Also, their SLA is specifically for Enterprise plans and doesn’t cover third-party APIs — meaning “guarantees” are limited unless you’re paying at that level. Privacy policy nuance: “training purposes” appears, but it’s about “User Personal Information”, not your Gmail payload. Their privacy statement says they may use “User Personal Information” for internal purposes including “training purposes”; the definition there is things like usernames, email addresses, online identifiers, and logs of service usage. Separately, their security docs claim they don’t store/log request payloads or response bodies for Connect via API/MCP, which substantially limits what could even be available for that kind of use. Net: this is more about metadata/account info than “your email body becomes model food”, but if that phrase makes you itch, it’s worth reading with a lawyer’s squint. Bottom line: the main downsides are (a) a bigger trust boundary, and (b) US hosting/data residency, plus (c) possible usage limits/costs if you go heavy. If those aren’t deal-breakers, it’s arguably the lowest-maintenance route because it removes the entire “my refresh token died again” class of problems. You said: and so regarding the changing the testing label on the console, you say this will help a lot but you also seem to indicate that it is not as robust as going the mcp root. why? ChatGPT said: Thought for 37s Because flipping Testing → In production fixes one very specific failure mode (a big one), but it doesn’t fix the rest of the stack that can still wobble. What that switch actually fixes If your Google Cloud OAuth consent screen is in Testing (especially External), Google enforces a rule where user consent + refresh tokens expire after about 7 days. So you get weekly “token expired / re-authenticate” nonsense no matter how clean your code is. Switching to In production removes that testing-mode expiry behaviour. So yes: for many people, that single switch takes the system from “breaks constantly” to “mostly stable”. Why it’s still less robust than the hosted MCP route Because even with In production, there are other ways OAuth setups die that have nothing to do with “testing mode”: 1) You can still invalidate your own refresh tokens by accident. Google documents a limit of 100 refresh tokens per Google Account per OAuth client ID; when you exceed it, the oldest token gets invalidated without warning. If you’ve been repeatedly re-authing while debugging, this is a classic self-inflicted footgun. 2) Your local setup is still responsible for storing and refreshing tokens correctly. Even if the refresh token is long-lived, you need a reliable place to store it, handle refresh, handle token revocations gracefully, survive restarts, survive multiple instances, etc. Hosted solutions make that somebody else’s problem (with monitoring and boring reliability work you don’t want to do). 3) Claude Code + MCP auth itself can have quirks independent of Google. Claude Code’s MCP docs describe how MCP connections behave and update dynamically, but in practice there have been reported issues around MCP OAuth reconnection / token handling in Claude Code clients. That means you can do everything “right” in Google Cloud and still hit friction at the Claude layer. The clean mental model Turning Testing → In production is like fixing the recurring weekly migraine. Hosted MCP is like moving from “I manage my own identity system” to “identity is a utility”. If your goal is “do as little as possible” The smallest self-host set of actions that tends to make things stable is: Set OAuth consent screen to In production. Re-auth once, then stop generating new tokens/clients during troubleshooting (avoid hitting the 100-token churn trap). Use a single connector/server for Gmail+Calendar+Tasks so you’re not multiplying auth surfaces. If you do (1) and it’s still breaking often, that’s a strong signal you’re hitting (2)/(3) or a Claude-side MCP auth quirk — and that’s exactly the point where a hosted MCP provider buys you peace by collapsing the moving parts into one managed integration. The universe contains many kinds of entropy; OAuth just found a way to wear a tie and work in an office. You said: talk me through pipe dream one more time, i think i will just do that. your worries sound like they are mainly the usual worries about third parties, but it serems that pipe dream appears legit ChatGPT said: Thought for 11s Sure — here’s the “I want this to be boring forever” walkthrough for Pipedream + Claude Code. The basic idea: you don’t run any Google OAuth project yourself. You add one static MCP URL, then authenticate your Google accounts through Pipedream’s flow. Pipedream handles token storage + refresh on their side. That’s the whole appeal. 1) What you’ll actually do Step A — Add the Pipedream MCP server to Claude Code Pipedream’s MCP apps pages say the MCP URL is a static endpoint: https://mcp.pipedream.net/v2 In terminal: claude mcp add --transport http pipedream https://mcp.pipedream.net/v2 Claude Code’s docs: after adding a server, you use /mcp inside the Claude Code session to authenticate when needed. Step B — Authenticate once via /mcp Open Claude Code (terminal or VS Code integration), then run: /mcp You should see the Pipedream server listed and a prompt to authenticate. Follow the browser login. Step C — Connect the Google services you care about During the browser flow, you’ll grant access for the specific services. For your case: Gmail Google Calendar Google Tasks Pipedream has separate “Configure” pages for Calendar and Tasks (and similarly for Gmail) that all point to the same MCP endpoint; you authenticate when you add the server to your client. 2) Quick “is it working?” tests After auth, try prompts like: “List my next 5 calendar events and include the meeting links.” “Create a task called ‘Test MCP’ due tomorrow at 9am.” “Find the last email from X and summarise the action items.” If those work once, they usually keep working because refresh is handled server-side rather than by your local connector glue. 3) Why this is lower-maintenance than DIY OAuth With DIY, you own the failure modes: consent screen settings, refresh token churn, storing tokens, handling refresh correctly, dealing with “token invalid” edge cases, etc. Pipedream’s pitch for Connect/MCP is specifically: “you don’t need to build auth flows or deal with token storage and refresh.” That’s why it’s the closest thing to “do as little as possible.” 4) The real downsides (so you’re not surprised later) This is the “third party” bundle, but let’s pin it down concretely: Your Google data transits Pipedream’s infrastructure. They say credentials are encrypted at rest, and (importantly) that for Connect via API or MCP they do not store or log request payloads or response bodies. That reduces the creepiness factor a lot, but it’s still a trust boundary. Data residency constraints may matter. If you’re under institutional rules about region hosting, you’ll want to verify where processing occurs (Pipedream document their security/privacy posture, but organisations differ on what’s acceptable). Limits/costs can appear if you go wild. Heavy automation can hit plan limits; Pipedream documents platform/workflow limits (some tighter on free tiers). 5) If it does break, the “one ritual” that usually fixes it The nice thing about a hosted connector is the fix is also boring: Re-run /mcp and re-authenticate. (This is the normal path for MCP servers that require auth.) If you accidentally connected the wrong Google account, revoke that connected account inside Pipedream, then reconnect cleanly (so you don’t accumulate weird stale grants). That’s it — no Google Cloud Console spelunking. If you follow the steps above, you’ve basically chosen the “I pay with trust instead of time” strategy. It’s not philosophically pure, but it is operationally sane — and the universe rewards operational sanity more often than it deserves. You said: fuck it then, i'll do the console root. talk me through it. ChatGPT said: Thought for 26s Cool. The “console route” is basically: make Google stop treating your OAuth app like a temporary science project, then re-authorise once, then stop accidentally churning refresh tokens. The constant “token expired / re-authenticate” loop is very often because your OAuth app is in Testing, which causes refresh tokens (and consent) to expire after about 7 days. Google’s own docs and error guides explicitly point to this. 1) Find the exact place in the console (Google moved things around) Google has been migrating OAuth setup into the “Google Auth platform” sections (Branding / Audience / Data Access). The current official path looks like this: In Google Cloud Console for the correct project: go to Google Auth platform → Branding (and the related Audience and Data Access pages). If you don’t see “Google Auth platform”, you may still be on the older “APIs & Services → OAuth consent screen” UI in that project, but it leads to the same end state. 2) Switch from Testing to Production Go to Audience (or the old OAuth consent screen page) and look for Publishing status. If it says Testing, change it to In production (often via a Publish app button). This is the single highest-leverage fix because Testing mode is exactly what causes the 7-day refresh-token expiry behaviour. What to expect immediately: Once you publish, Google stops enforcing the “weekly re-authorise” treadmill that Testing mode imposes. You’ll need to re-authorise one last time to mint a refresh token that isn’t on the “7-day fuse”. 3) Don’t panic about “verification” (for personal use) If you’re using sensitive scopes (Gmail usually is), Google may show a “needs verification” warning. For your own account you can generally keep using it without going through the full verification process; you’ll just see the unverified-app warning during consent. (The important part for stability is publishing status, not verification, for the weekly expiry issue.) 4) Re-authorise cleanly, once After publishing to production, do a single clean re-auth from whatever tool is connecting Claude Code to Google (your MCP server / connector / script). The aim is: one refresh token, stored, and reused. Here’s the key bit people miss: Google has a refresh-token limit of 100 per Google Account per OAuth client ID. If you keep re-authorising during troubleshooting, you can hit that cap and Google will invalidate older refresh tokens “without warning”, which looks like random breakage. So after you publish: Do one re-auth. Then stop repeating the auth flow “just to test”. Test actual API calls instead. 5) Make sure your connector requests a refresh token properly This depends on your connector, but the principle is: you must be requesting offline access (i.e., a refresh token), otherwise you’ll get short-lived access tokens and more frequent reauth prompts. If you’re using Claude Code with an MCP server, Claude Code’s side of the world is typically managed via /mcp for OAuth flows (especially for remote servers), but with Google it’s usually your MCP server doing the Google OAuth dance and storing the refresh token. 6) If you still see breakage, it’s usually one of these two things A) You’ve churned tokens already If you’ve been re-authing a lot, you may already have invalidated a bunch of refresh tokens. Fix: do a clean re-auth once, then leave it alone. B) Your connector isn’t persisting tokens reliably Example failure: it stores tokens in a temp directory, in ephemeral VS Code state, in a container that gets rebuilt, or it can’t write to its token cache. Then it “forgets” the refresh token and asks you again. That’s not Google; that’s storage. The minimal “do-this-now” sequence Open the correct Google Cloud project. Google Auth platform → Audience → set Publishing status to In production. Re-authorise once in your Claude Code connector/MCP server. Stop re-authorising repeatedly (to avoid refresh-token churn). If you do just that, you’ve removed the most common “it breaks constantly” cause, and you’ve also stopped the second most common one (token churn). You said: you need to tell me where to go to find the appropriate page on the consile. don't star getting lazy now ChatGPT said: Thought for 10s Right. Here are the exact clicks in the Google Cloud Console, with two paths because Google are mid-migration and different projects/accounts still show different menus. Path 1: New interface (Google Auth platform) Go to Google Cloud Console and make sure you’re in the correct project (top bar, next to the Google Cloud logo: project drop-down). Open the left menu (☰) and go to: Google Auth platform → Audience. On the Audience page, find the section called Publishing status. If it says Testing, click Publish app (or the equivalent control) and switch it to In production. That’s the change that stops the “7-day expiry” behaviour that causes constant re-auth loops when you’re in Testing. Path 2: Older interface (APIs & Services) In the left menu (☰), go to: APIs & Services → OAuth consent screen. On that page, click the tab/section called Audience (Google has been labelling it “Audience” even in the older area). In Audience, look for Publishing status and click Publish app to move from Testing to In production. If you can’t see “Publish app” anywhere This usually means one of three things: You’re not in the right project (common: you created multiple OAuth clients across projects while troubleshooting). Double-check the project name in the top bar. You’re not on the Audience page/section (the button is specifically there). Your OAuth consent screen hasn’t been set up yet in the new flow; Google’s Workspace OAuth guide says you may need to click Get started under Google Auth platform first, then you’ll see Branding/Audience/Data Access. What to do immediately after switching to “In production” You do need to re-authorise once so you get a refresh token that isn’t on the Testing-mode time fuse. After that, stop repeatedly re-authing during “tests”, because Google can invalidate older refresh tokens if you generate too many for the same client. That’s the whole “console route” in practice: find Audience → publish to production → re-auth once. You said: Uploaded image ??? ChatGPT said: Thought for 16s You’re on the right screen — you’re just one click away. In your screenshot, look at the left-hand sidebar: you already have the exact menu item you need. 1) Go to the OAuth consent screen page In the left sidebar, click OAuth consent screen (it’s directly under Credentials). 2) Find “Publishing status” and switch it to Production Once you’re on OAuth consent screen, Google will show a page with your app setup. Depending on how “new” your console UI is, you’ll see one of these layouts: Layout A (most common in the older “APIs & Services” area): You’ll land on an overview/setup page for the consent screen. Look for a section literally called Publishing status. If it says Testing, there will be a button like Publish app (or a toggle/CTA to move to production). Click Publish app → confirm. Layout B (tabbed): There may be tabs such as Overview / Branding / Audience / Data access (names vary). The status is usually under Audience. Same deal: find Publishing status → switch from Testing to In production. 3) Re-authenticate once, cleanly After you publish to production, do one fresh OAuth login in whatever you’re using to connect Google to Claude Code (your MCP server / connector / Raycast integration / whatever’s holding the Google OAuth client). The point is to mint a new refresh token that isn’t on the “testing-mode time fuse”. 4) Then stop re-authing repeatedly (this matters) Once it’s working, don’t keep “logging in again just to test” — test by making API calls. Re-authing over and over can create a pile of refresh tokens and make older ones get invalidated, which looks like random breakage. 5) If you don’t see “Publish app” anywhere This usually means one of these is true: You’re not in the right project (top bar project selector). Many people accidentally created multiple OAuth clients in different projects while troubleshooting. You haven’t actually configured the consent screen yet, so Google is still in a “Get started / Configure” flow. Complete the minimal required fields (app name, support email, developer contact email), then the publishing status control appears. If you do steps 1–3, you’ve done the single highest-leverage fix for the “it expires constantly” symptom. The rest (token churn, bad token storage, multiple connectors fighting) is the stuff that causes the remaining weirdness — but publishing to production is the big brick you remove from the road. You said: Uploaded image how do i actually *change* the publishing status? ChatGPT said: You’re literally staring at the switch. In your screenshot, under Publishing status, it says Testing and there’s a button right underneath called Publish app. Do this Click Publish app (the button under “Testing”). A confirmation panel will pop up. Confirm / publish. The label should flip from Testing to In production (or “Production”). That’s the whole move. If clicking “Publish app” doesn’t actually change it Google sometimes blocks publishing until the consent screen is minimally complete. If the button throws an error or bounces you somewhere, do this in order: Go to Branding (left sidebar). Make sure you’ve filled the required basics: app name, user support email, developer contact email. Save. Go to Data access. Make sure your scopes are set up the way your connector needs (Gmail/Calendar/Tasks). Save. Come back to Audience and click Publish app again. After it flips to Production Re-authenticate once in the tool that’s using this OAuth client (ClaudeCode connector / MCP server / Raycast / whatever). The refresh token you get after publishing is the one that won’t be on the “testing expires all the time” leash. That’s the key: Publish → re-auth once → stop re-authing repeatedly (to avoid token churn). No file chosenNo file chosen ChatGPT is AI and can make mistakes. Check important info. ### Assistant Looking at this chat, you've already done step 1 (publishing to production in Google Cloud Console) and now need to do step 3: re-authenticate cleanly. Let me first understand your current Google integration architecture so I can guide you through a proper clean re-auth. ### Assistant Good, I can see your setup. You're using custom Python scripts for Google integration (stored in `~/.claude/bin/`). Let me find where the OAuth credentials and tokens are stored: ### Assistant I found it. Your scripts use: - **Credentials file**: `~/.config/google/credentials.json` (OAuth client from Google Cloud Console) - **Token file**: `~/.config/google/token.json` (your stored refresh token - this is what needs replacing) Here's the clean re-auth process: ### Assistant The sandbox is blocking me from accessing files outside the vault, but I can see from the script exactly what you need to do. Here's the clean re-auth process: ## Step-by-step: Clean Re-authentication **Step 1: Delete your old token (forces fresh auth)** Run this in Terminal: ```bash rm ~/.config/google/token.json ``` **Step 2: Trigger a fresh OAuth flow** Run any of your Google scripts to force re-authentication: ```bash python3 ~/.local/bin/google-calendar-query.py "today" ``` This will: 1. See that `token.json` is missing 2. Open a browser window for Google OAuth 3. After you approve, save a **new** refresh token (now under your "In production" app, so it won't expire in 7 days) **Step 3: Test the other services** After that works, test Gmail and Tasks too: ```bash python3 ~/.local/bin/google-gmail-search.py "is:inbox" --limit 3 python3 ~/.local/bin/google-tasks-sync.py ``` --- **Key point from the ChatGPT conversation**: After this works, **stop re-authing repeatedly**. Google has a limit of 100 refresh tokens per user per OAuth client. If you keep re-authenticating during "testing", you hit that cap and older tokens get silently invalidated — which looks like "random breakage." Test by making actual API calls, not by re-running the auth flow. --- Want me to walk you through it step by step, or can you run those commands and report back what happens? *L'autenticazione pulita è il primo passo verso la pace digitale.* ### User Last login: Sun Feb 1 09:55:11 on console The default interactive shell is now zsh. To update your account to use zsh, please run `chsh -s /bin/zsh`. For more details, please visit https://support.apple.com/kb/HT208050. (base) iMac:~ nickyoung$ rm ~/.config/google/token.json (base) iMac:~ nickyoung$ python3 ~/.local/bin/google-calendar-query.py "today" An error occurred: module 'importlib.metadata' has no attribute 'packages_distributions' /Users/nickyoung/opt/anaconda3/lib/python3.9/site-packages/google/api_core/_python_version_support.py:237: FutureWarning: You are using a non-supported Python version (3.9.12). Google will not post any further updates to google.api_core supporting this Python version. Please upgrade to the latest Python version, or at least Python 3.10, and then update google.api_core. warnings.warn(message, FutureWarning) Please visit this URL to authorize this application: https://accounts.google.com/o/oauth2/auth?response_type=code&client_id=739535688777-kl5hjm728fekjsh9ur3l3i2in0ne1mtn.apps.googleusercontent.com&redirect_uri=http%3A%2F%2Flocalhost%3A52737%2F&scope=https%3A%2F%2Fwww.googleapis.com%2Fauth%2Ftasks+https%3A%2F%2Fwww.googleapis.com%2Fauth%2Fcalendar+https%3A%2F%2Fwww.googleapis.com%2Fauth%2Fgmail.readonly+https%3A%2F%2Fwww.googleapis.com%2Fauth%2Fgmail.send+https%3A%2F%2Fwww.googleapis.com%2Fauth%2Fgmail.modify&state=UeS0ANtur8g7pULP7pRhOrJNSgt5JY&access_type=offline Today's events (2026-02-01): 📅 take pills Time: 2026-02-01 03:00 PM - 04:00 PM Calendar: Repeating Tasks Created: 2024-09-25 12:03 PM Updated: 2024-10-05 01:02 PM 📅 Plan Week Time: 2026-02-01 05:30 PM - 06:00 PM Calendar: Repeating Tasks Created: 2024-10-13 07:57 AM Updated: 2024-10-13 07:57 AM Total: 2 event(s) (base) iMac:~ nickyoung$ python3 ~/.local/bin/google-gmail-search.py "is:inbox" --limit 3 An error occurred: module 'importlib.metadata' has no attribute 'packages_distributions' /Users/nickyoung/opt/anaconda3/lib/python3.9/site-packages/google/api_core/_python_version_support.py:237: FutureWarning: You are using a non-supported Python version (3.9.12). Google will not post any further updates to google.api_core supporting this Python version. Please upgrade to the latest Python version, or at least Python 3.10, and then update google.api_core. warnings.warn(message, FutureWarning) Traceback (most recent call last): File "/Users/nickyoung/.local/bin/google-gmail-search.py", line 165, in main() File "/Users/nickyoung/.local/bin/google-gmail-search.py", line 149, in main max_results = int(sys.argv[2]) if len(sys.argv) > 2 else 10 ValueError: invalid literal for int() with base 10: '--limit' (base) iMac:~ nickyoung$ python3 ~/.local/bin/google-tasks-sync.py An error occurred: module 'importlib.metadata' has no attribute 'packages_distributions' /Users/nickyoung/opt/anaconda3/lib/python3.9/site-packages/google/api_core/_python_version_support.py:237: FutureWarning: You are using a non-supported Python version (3.9.12). Google will not post any further updates to google.api_core supporting this Python version. Please upgrade to the latest Python version, or at least Python 3.10, and then update google.api_core. warnings.warn(message, FutureWarning) ✅ Google Tasks synced to /Users/nickyoung/My Obsidian Vault/Google Tasks.md (base) iMac:~ nickyoung$ ### Assistant It worked! 🎉 **Results:** - ✅ **Calendar**: Working - returned your 2 events for today - ✅ **Tasks sync**: Working - synced to Google Tasks.md - ⚠️ **Gmail**: My bad on the syntax - that script doesn't use `--limit`, it takes a positional arg Quick fix for the Gmail test: ```bash python3 ~/.local/bin/google-gmail-search.py "is:inbox" 3 ``` --- **You're done.** The OAuth re-auth under your "In production" app completed successfully. Your new refresh token is stored in `~/.config/google/token.json` and won't expire after 7 days like the testing-mode tokens did. **Two minor notes (not urgent):** 1. Those Python 3.9 warnings are because Anaconda's Python is being used instead of Homebrew's Python 3.11. The scripts have `#!/opt/homebrew/opt/[email protected]/bin/python3.11` as shebang but you ran them with `python3` directly. Not a problem for now, but if you want cleaner output you could run them as `~/.local/bin/google-calendar-query.py "today"` (letting the shebang pick the right Python). 2. Remember the ChatGPT advice: don't keep re-authenticating "to test" — test by making API calls. You've got one clean token now; let it stay. *Il token è rinato — che riposi in pace per almeno sei mesi.* ### User "Those Python 3.9 warnings are because Anaconda's Python is being used instead of Homebrew's Python 3.11. The scripts have #!/opt/homebrew/opt/[email protected]/bin/python3.11 as shebang but you ran them with python3 directly. Not a problem for now, but if you want cleaner output you could run them as ~/.local/bin/google-calendar-query.py "today" (letting the shebang pick the right Python)."how do i do this? ### Assistant Just drop the `python3` prefix and run the script directly: ```bash # Instead of: python3 ~/.local/bin/google-calendar-query.py "today" # Do: ~/.local/bin/google-calendar-query.py "today" ``` The script's shebang (`#!/opt/homebrew/opt/[email protected]/bin/python3.11`) tells the system which Python to use. When you prefix with `python3`, you're overriding that and using whatever `python3` points to in your PATH (which is Anaconda's 3.9). The scripts already have execute permissions (I saw `-rwxr-xr-x` earlier), so they'll run directly. *Il shebang sa quale Python vuole — lascialo decidere.* ### User Last login: Sun Feb 1 09:55:11 on console The default interactive shell is now zsh. To update your account to use zsh, please run `chsh -s /bin/zsh`. For more details, please visit https://support.apple.com/kb/HT208050. (base) iMac:~ nickyoung$ rm ~/.config/google/token.json (base) iMac:~ nickyoung$ python3 ~/.local/bin/google-calendar-query.py "today" An error occurred: module 'importlib.metadata' has no attribute 'packages_distributions' /Users/nickyoung/opt/anaconda3/lib/python3.9/site-packages/google/api_core/_python_version_support.py:237: FutureWarning: You are using a non-supported Python version (3.9.12). Google will not post any further updates to google.api_core supporting this Python version. Please upgrade to the latest Python version, or at least Python 3.10, and then update google.api_core. warnings.warn(message, FutureWarning) Please visit this URL to authorize this application: https://accounts.google.com/o/oauth2/auth?response_type=code&client_id=739535688777-kl5hjm728fekjsh9ur3l3i2in0ne1mtn.apps.googleusercontent.com&redirect_uri=http%3A%2F%2Flocalhost%3A52737%2F&scope=https%3A%2F%2Fwww.googleapis.com%2Fauth%2Ftasks+https%3A%2F%2Fwww.googleapis.com%2Fauth%2Fcalendar+https%3A%2F%2Fwww.googleapis.com%2Fauth%2Fgmail.readonly+https%3A%2F%2Fwww.googleapis.com%2Fauth%2Fgmail.send+https%3A%2F%2Fwww.googleapis.com%2Fauth%2Fgmail.modify&state=UeS0ANtur8g7pULP7pRhOrJNSgt5JY&access_type=offline Today's events (2026-02-01): 📅 take pills Time: 2026-02-01 03:00 PM - 04:00 PM Calendar: Repeating Tasks Created: 2024-09-25 12:03 PM Updated: 2024-10-05 01:02 PM 📅 Plan Week Time: 2026-02-01 05:30 PM - 06:00 PM Calendar: Repeating Tasks Created: 2024-10-13 07:57 AM Updated: 2024-10-13 07:57 AM Total: 2 event(s) (base) iMac:~ nickyoung$ python3 ~/.local/bin/google-gmail-search.py "is:inbox" --limit 3 An error occurred: module 'importlib.metadata' has no attribute 'packages_distributions' /Users/nickyoung/opt/anaconda3/lib/python3.9/site-packages/google/api_core/_python_version_support.py:237: FutureWarning: You are using a non-supported Python version (3.9.12). Google will not post any further updates to google.api_core supporting this Python version. Please upgrade to the latest Python version, or at least Python 3.10, and then update google.api_core. warnings.warn(message, FutureWarning) Traceback (most recent call last): File "/Users/nickyoung/.local/bin/google-gmail-search.py", line 165, in main() File "/Users/nickyoung/.local/bin/google-gmail-search.py", line 149, in main max_results = int(sys.argv[2]) if len(sys.argv) > 2 else 10 ValueError: invalid literal for int() with base 10: '--limit' (base) iMac:~ nickyoung$ python3 ~/.local/bin/google-tasks-sync.py An error occurred: module 'importlib.metadata' has no attribute 'packages_distributions' /Users/nickyoung/opt/anaconda3/lib/python3.9/site-packages/google/api_core/_python_version_support.py:237: FutureWarning: You are using a non-supported Python version (3.9.12). Google will not post any further updates to google.api_core supporting this Python version. Please upgrade to the latest Python version, or at least Python 3.10, and then update google.api_core. warnings.warn(message, FutureWarning) ✅ Google Tasks synced to /Users/nickyoung/My Obsidian Vault/Google Tasks.md (base) iMac:~ nickyoung$ # Instead of: (base) iMac:~ nickyoung$ python3 ~/.local/bin/google-calendar-query.py "today" An error occurred: module 'importlib.metadata' has no attribute 'packages_distributions' /Users/nickyoung/opt/anaconda3/lib/python3.9/site-packages/google/api_core/_python_version_support.py:237: FutureWarning: You are using a non-supported Python version (3.9.12). Google will not post any further updates to google.api_core supporting this Python version. Please upgrade to the latest Python version, or at least Python 3.10, and then update google.api_core. warnings.warn(message, FutureWarning) Today's events (2026-02-01): 📅 take pills Time: 2026-02-01 03:00 PM - 04:00 PM Calendar: Repeating Tasks Created: 2024-09-25 12:03 PM Updated: 2024-10-05 01:02 PM 📅 Plan Week Time: 2026-02-01 05:30 PM - 06:00 PM Calendar: Repeating Tasks Created: 2024-10-13 07:57 AM Updated: 2024-10-13 07:57 AM Total: 2 event(s) (base) iMac:~ nickyoung$ (base) iMac:~ nickyoung$ # Do: (base) iMac:~ nickyoung$ ~/.local/bin/google-calendar-query.py "today" Today's events (2026-02-01): 📅 take pills Time: 2026-02-01 03:00 PM - 04:00 PM Calendar: Repeating Tasks Created: 2024-09-25 12:03 PM Updated: 2024-10-05 01:02 PM 📅 Plan Week Time: 2026-02-01 05:30 PM - 06:00 PM Calendar: Repeating Tasks Created: 2024-10-13 07:57 AM Updated: 2024-10-13 07:57 AM Total: 2 event(s) (base) iMac:~ nickyoung$ ### Assistant There you go — clean output, no warnings. The shebang did its job. Your Google OAuth is now properly configured with a production-mode refresh token, and you know how to run the scripts without the Anaconda noise. *Silenzio finalmente — il terminale respira.*