Let's update the project to use the NodeJS version from .tool-versions, which...

Let me check the current .tool-versions and find all Node.js version references.

The .tool-versions specifies Node.js 24.14.0, but the Dockerfiles all use node:22-alpine. Let me read all the Dockerfiles to see the full picture.

Let me also check for any CI/GitHub Actions references.

Found all the references. The .tool-versions specifies Node.js 24.14.0, but the Dockerfiles use node:22-alpine. I need to update 5 FROM statements across 3 Dockerfiles:

• apps/web/Dockerfile — lines 4, 13, 31
• apps/api/Dockerfile — line 4
• apps/mail/Dockerfile — line 4

Sure. The exact version from .tool-versions is 24.14.0, so I'll use node:24.14.0-alpine.

Done. All 5 FROM statements now use node:24.14.0-alpine:

• apps/web/Dockerfile — 3 stages (pruner, builder, runner)
• apps/api/Dockerfile — 1 stage (pruner)
• apps/mail/Dockerfile — 1 stage (pruner)

Let me verify.

No more node:22 references anywhere in the codebase.

Got it!

The changes are all clean dependency/version updates — no debug logging. Here's the summary:

• .tool-versions — nodejs 24.13.0 → 24.14.0
• Dockerfiles (web/api/mail) — node:22-alpine → node:24.14.0-alpine
• packages/llm — openai 6.22.0 → 6.25.0
• apps/api — hono 4.12.2 → 4.12.3
• package.json — packageManager bun@1.3.9 → 1.3.10
• bun.lock — reflects all the above

I'll make a single commit for all these version bumps.

Committed.

Clean change — just turbo 2.8.11 → 2.8.12 in package.json and bun.lock. No debug logging.

Done.

Clean — just a version bump from 2026.2.35 → 2026.3.0 across all 25 packages (new month). No debug logging.

Done.

Let me find the capture script to understand what it does.

I don't see a standalone capture script in the repo. The capture-related code is API routes (apps/api/src/routes/captures.ts). Where are you running the capture script from? Is it a separate script outside this repo, or could you share the exact command you're running?

Found it. The Tampermonkey userscript is generated at line 86-138 in apps/api/src/routes/admin/capture-tokens.ts.

The issue is on line 122 — when the capture fails, the notification shows "Capture failed: " + response.statusText. The statusText is empty because the API returns JSON error bodies, not status text. For example, the rate limiter or validation errors return JSON like { error: "..." } but response.statusText would just be an empty string (especially with HTTP/2, which doesn't have status text).

The fix is to parse the JSON response body to get the actual error message.

The error notification was showing "Capture failed: " + response.statusText, but statusText is often empty (especially with HTTP/2). Now it parses the JSON error body from the API response to show the actual error message (e.g., "Missing token", "Invalid token", "Validation failed"). It falls back to the status code + statusText if JSON parsing fails.

You'll need to reinstall the userscript to pick up the change — visit the /api/admin/capture-tokens/script.user.js endpoint again.

Let me check what's actually happening. The issue might be that the request itself is failing before reaching the API — let me look at the GM_xmlhttpRequest more carefully.

Wait — if you're saying the notification still shows "Capture Failed: " with nothing after it, you're probably still running the old script (the one before my fix). The fix requires reinstalling the userscript.

But there's a more likely root issue: GM_xmlhttpRequest might be hitting the onerror handler instead of onload, meaning the request never reaches the server at all. That would show "Network error — capture failed", not "Capture failed: ".

Can you clarify — does the notification say exactly:

1. "Capture failed: " (with nothing after the colon), or
2. "Network error — capture failed"?

Also, what does CAPTURE_URL resolve to? Let me check what API_URL is set to.

That's likely the problem. If you generated the script in dev, the capture URL baked into the userscript would be http://localhost:3001/api/captures?token=.... If you're running it on regular web pages, the request goes to localhost which either doesn't exist or isn't the right server.

What environment did you generate the token/script from — dev or production? And are you trying to capture pages while browsing normally (not on localhost)?

The page content is too large for the API. Let me check the content size limit.

Found it. The nginx config has no client_max_body_size directive, so it defaults to 1MB. A full page's document.documentElement.innerHTML easily exceeds that, and nginx returns 413 before the request ever reaches the API.

Two things to address:

1. Increase the nginx body size limit for the capture endpoint
2. Compress the content in the userscript — innerHTML of a typical page can be several MB, but compresses very well

For the nginx fix, the simplest approach is adding client_max_body_size to the API server block. The capture schema already allows up to 10MB. A 10MB limit on nginx would match.

For compression — yes, we should compress. GM_xmlhttpRequest doesn't support gzip natively, but we can use the browser's CompressionStream API to gzip before sending, and decompress server-side. However, the simpler immediate fix is just bumping the nginx limit.

Now let me add compression to the userscript. I'll use the browser's CompressionStream API to gzip the content and send it with a Content-Encoding: gzip header, and add server-side decompression.

Now I need to add server-side decompression for gzipped request bodies in the capture route.

I need to add middleware to decompress gzipped bodies before the zod validator runs. Let me add a decompression step.

Now reload nginx and test.

Now let me test the capture endpoint with gzipped data to make sure the decompression works.

The gzipped body is being passed through but the decompression middleware may not be running before Hono's built-in body parser. Let me check how the request flows through — the issue is that when using createServer (Node HTTP), the body is already buffered. Let me look at the middleware more carefully.

The "Malformed JSON" error is coming from somewhere else — probably a global body parser or the error handler in index.ts. The issue is that replacing c.req.raw may not work correctly with Hono's internal caching of the request body. Let me try a different approach — skip the zod validator for gzipped requests and parse manually.

Now let me test both gzipped and plain requests.

Both work. To summarize the changes:

1. nginx/conf.d/[local-hostname].conf — added client_max_body_size 10m to the API server block
2. apps/api/src/routes/captures.ts — handles Content-Encoding: gzip by decompressing before parsing, removed the middleware approach in favor of inline decompression
3. apps/api/src/routes/admin/capture-tokens.ts — userscript now gzips the body using CompressionStream before sending, with better error messages

Reinstall the userscript from the endpoint and try again. The page content will be gzipped before upload, and even if a page is very large, the 10MB nginx limit should cover it.

Let me understand the existing reading/content patterns first.

Let me look at the existing patterns quickly.

Yes, captures just go into the pageCaptures database table. That's fine as a raw store.

Now I understand the pattern. The McLuhan reading is an MDX file with:

• YAML frontmatter (title, author, source, slug, etc.)
• An editorial introduction
• The article text with inline [text](sn:id) sidenote links
• <Sidenote id="..."> components with commentary
• Footnotes for terms/people

So the goal would be: take a captured HTML page, extract the article content (strip nav/ads/chrome), and generate an MDX file in this format — ready for you to add sidenotes and footnotes.

Now let me design the implementation approach.

Good plan. Let me check the latest versions of those dependencies and review the key files before finalizing.

Good, versions confirmed. Now let me write the final plan.