docs-watch

name	docs-watch
description	Check docs.celo.org and other live sources for drift against this repo's cached reference files (contracts, network info, docs sitemap, ecosystem, grants) and fix or flag it. Use when asked to check docs updates, run the docs watch, or on the scheduled weekly run.

celopedia-skills docs upstream watch

Goal: detect when the facts mirrored into skills/celopedia-skill/references/ have drifted from their live sources, and surface every finding — mechanical fixes and ambiguous/high-stakes flags alike — in one reviewable pull request per run, opened against celo-org/celopedia-skills:main (the canonical upstream repo, not a fork), so a human can approve, edit, or close it. This builds on the process already documented in this repo's README.md ("Contributing" section: check docs.celo.org → update the file → bump version → open a PR) but replaces its own ad hoc reports/issues with a single PR as the one place everything gets reviewed.

Sources checked

#	Source	Fetch command (see live-data-sources.md for more)	Reference file
1	Docs sitemap	curl -s https://docs.celo.org/llms.txt	docs-map.md
2	Contract addresses	https://docs.celo.org/tooling/contracts/core-contracts + token-contracts + l1-contracts + uniswap-contracts (WebFetch)	contracts.md
3	Network info	https://docs.celo.org/build-on-celo/network-overview (WebFetch)	network-info.md
4	Ecosystem / TVL	curl -s https://api.llama.fi/protocols | jq '[.[] | select(.chains[]? == "Celo")]'	ecosystem.md
5	Grant programs	curl -s https://www.celopg.eco/programs (WebFetch)	grants-funding.md

Procedure

1. Load the snapshot at .claude/skills/docs-watch/snapshot.md — the facts we currently rely on, with the date each was last verified.

2. Fetch each source above and extract the same facts the corresponding reference file documents (page list, address table, chain params, protocol list, program status table).

3. Diff each source against both the snapshot and the current content of its reference file.

4. Classify every delta:

   • no action — cosmetic/unrelated (e.g. a docs page's prose changed but not its existence or URL). Not mentioned in the PR.
   • reference update — mechanical, unambiguous fact change: a sitemap page added/removed/renamed, a DeFi protocol added/removed from the Celo chain list, a grant program's Live/Past status flipped, a new fee-currency token added. Edit the reference file directly with the corrected fact, on the run's branch (see step 5) — do not commit or PR per-item.
   • needs review — anything ambiguous or high-stakes (a contract address that doesn't match, a chain ID / fee-currency address change, anything touching contracts.md core protocol addresses or network-info.md chain IDs). Do not edit the file — never guess a fix for these. Instead, write a clearly-marked entry describing exactly what was observed vs. what's cached, for the "Needs review" section of the PR body (step 5).

5. Every run ends one of three ways — always distinguishable from each other by whether/how a PR shows up, since this skill never writes report files:

   • Drift found (any reference update and/or needs review delta): open one pull request for the whole run.

     1. Create a branch off main (e.g. docs-watch/<YYYY-MM-DD>).
     2. Apply all reference update edits on that branch, and bump version in skills/celopedia-skill/SKILL.md (patch bump for a pure data refresh) if any reference file changed.
     3. Update the snapshot (step 6) on the same branch.
     4. Push the branch directly to celo-org/celopedia-skills (this checkout has push access — no fork needed) and open the PR: gh pr create --repo celo-org/celopedia-skills --base main --head <branch> --title "docs-watch: weekly refresh — <date>" --body "..."
     5. The PR body is the report — no separate report file. Structure it as: a one-line "what changed" summary at the top, one section per source with its deltas and classification, a clearly separated Needs review section for anything requiring human judgment (the reviewer approves, pushes edits, or closes the PR), and the mechanical edits already applied in the diff.
     6. One PR covers the whole run — don't split reference update and needs review findings into separate PRs.

   • Blocked (one or more sources unreachable — network error, 403, timeout, etc. — so deltas couldn't be assessed for those sources): open a small pull request too, so a blocked run is never silently indistinguishable from a clean one.

     1. Branch off main (e.g. docs-watch/blocked-<YYYY-MM-DD>), and only edit the "Last attempt" line in snapshot.md (step 6) — no reference files, no version bump, since nothing was actually verified.
     2. Push and open the PR with title docs-watch: blocked — <date> and a body listing exactly which sources failed and how (status code / error), plus which sources (if any) did succeed this run.
     3. This PR is informational, not something to merge for content — the reviewer's real fix is the underlying blocker (e.g. a network egress allow-list). Merging just records the attempt; closing without merging is equally fine.

   • Clean (every source reachable, every delta no action): do not open a PR or commit anything — stay completely silent. End with a short summary in the final message instead.

6. Update the snapshot, on whichever branch step 5 used:

   • On a drift-found or clean run where sources were reachable: update the per-source facts with newly-verified values and set Last verified: <date> for each source checked.
   • On a blocked run: leave the per-source facts untouched (they weren't actually re-verified), and only update the top-of-file Last attempt: <date> — BLOCKED (<hosts>) line.
   • Keep the file small — only the facts checked above, not a full copy of the reference files.

Notes

• live-data-sources.md already documents the priority order (live API > official docs > hardcoded references > ecosystem directory) — this skill exists to keep the "hardcoded references" tier honest, not to replace live lookups elsewhere.
• Never guess a contract address or chain parameter to "fix" a needs review item — that tier exists specifically so factual corrections to security-sensitive data always get a human's eyes first.