openclaw-refactor-docs

name openclaw-refactor-docs description Refactor an existing OpenClaw docs page with source-audited preservation, restructuring, and verification. OpenClaw Refactor Docs Overview Use this skill when the user gives a target OpenClaw docs page and asks to rewrite, refactor, reorganize, split, shorten, or improve it. This skill builds on technical-documentation : use that skill for style, page types, structure, examples, discoverability, and verification. This skill adds the rewrite workflow needed to avoid losing accurate behavior during a major docs refactor. Inputs Required: A target docs page path, such as docs/plugins/codex-harness.md . Optional: Desired page type, such as topic page, guide, reference, or troubleshooting. Specific goals, such as shorter main page, move details to reference pages, or align with current CLI behavior. Related source files, schemas, commands, tests, specs, or PRs. If the target page is missing or ambiguous, ask one concise question before editing. Otherwise, proceed. Working Contract Refactor the target page to be more useful, concise, and comprehensive within its stated scope. Do not treat a rewrite as permission to discard behavior facts. Preserve, verify, move, or explicitly retire existing material. Incorrect docs are worse than verbose docs. Prefer this split: Topic or guide pages cover the 80/20 path, decisions readers must make, safe setup, smallest reliable verification, common failures, and links onward. Reference pages cover exhaustive fields, defaults, enums, limits, precedence rules, API contracts, narrow internals, and rare debugging details. Troubleshooting pages start from observable symptoms and map to checks, causes, and fixes. Workflow 1. Load the doc standard Read ../technical-documentation/SKILL.md first. Apply its page-type, style, examples, navigation, and verification guidance throughout the refactor. Run pnpm docs:list when available, then read only the target page and the likely entry points, references, or related pages needed for the refactor. 2. Classify the page Before editing, decide the intended page type from technical-documentation . If the current page mixes page types, choose the main page type and plan where the other material belongs: Move exhaustive contracts to an existing or new reference page. Move symptom-driven material to an existing or new troubleshooting page. Move narrow setup workflows to a guide when they interrupt the main path. Keep concise routing, decision, and safety details in the main page when readers need them to complete the workflow. 3. Preserve and audit existing facts Create a working inventory from the old page before rewriting. Include: Config fields, flags, commands, slash commands, env vars, defaults, enums, nullable values, and constraints. Precedence rules, fallback behavior, caps, limits, rate limits, timeouts, lifecycle states, queueing behavior, and compatibility rules. Auth, permission, approval, sandbox, safety, privacy, and destructive-action behavior. Setup requirements, supported versions, dependencies, operating systems, credentials, and account requirements. Error messages, troubleshooting symptoms, diagnostics, and recovery steps. Examples, expected output, command routing tables, and cross-links. For each fact, choose one outcome: Keep it in the refactored target page. Move it to a specific existing page. Move it to a specific new page. Delete it because current source proves it is obsolete or out of scope. Do not infer defaults, permissions, policy, timeout behavior, or safety posture from names or intent. Verify them. 4. Find source of truth Use the nearest authoritative source for each behavior-sensitive claim: Public schema, plugin manifest, generated config docs, or exported types for config fields. CLI implementation, slash-command handlers, help text, and command tests for commands and flags. Runtime source and tests for lifecycle, queueing, permission, fallback, timeout, and provider behavior. Protocol docs, SDK facades, and contract tests for APIs and plugin surfaces. Existing docs only as secondary evidence unless the target is purely conceptual. If a page promises a reference, compare its tables against the schema, manifest, CLI help, generated docs, or exported types. Missing public fields, defaults, precedence rules, caps, or side effects are correctness bugs. 5. Plan moved material When moving detail out of the target page, record the destination before editing: Existing page: name the page and section. New page: choose the page type, slug, title, frontmatter summary, doc-schema-version: 1 , and read_when hints. Target page: keep a short summary and link from the point where readers need the deeper detail. Avoid duplicate truth. If the same contract appears in multiple places, choose one canonical page and link to it. 6. Rewrite Rewrite in this order: Make the first screen answer what the reader can do and why this page exists. Put the recommended path before alternatives. Keep only decision-making and common operational detail in the main flow. Move exhaustive tables and rare details to the planned reference pages. Preserve concise routing tables when they help readers choose commands, config paths, harnesses, plugins, providers, or references. Add troubleshooting from observable symptoms, not internal guesses. Link related concepts, guides, references, diagnostics, and adjacent tools. Add doc-schema-version: 1 to the YAML frontmatter of every docs page that the refactor migrates, creates, or materially rewrites. Apply it only to docs page files, not docs.json , glossary JSON, or other non-page metadata. If a migrated page is generated, update the generator so regeneration preserves the marker instead of hand-editing generated output. Do not leave placeholders such as "TODO", "TBD", or "see docs" unless the user explicitly asks for a draft. 7. Compare old and new After editing, compare the old and new page: Confirm all behavior-sensitive facts were kept, moved, or intentionally deleted with source-backed reason. Check that the main page still covers the 80/20 scenario end to end. Check that reference pages remain exhaustive for the scope they claim. Check that links from the target page reach moved details. Check that headings are stable, searchable, and action-oriented. If the refactor deliberately removes relevant material, say where it went or why it was removed in the final report. 8. Verify Run the smallest reliable docs checks for the touched surface: pnpm docs:list git diff --check -- <touched-files> Targeted pnpm exec oxfmt --check --threads=1 <touched-files> pnpm docs:check-mdx pnpm docs:check-links pnpm docs:check-i18n-glossary when link text, navigation, labels, or glossary surfaces changed Generated-doc checks when schemas, generated config docs, API docs, or generated baselines are touched Run commands and examples from the page whenever feasible. If you cannot verify a behavior-sensitive claim, either remove the claim, mark the uncertainty in the work-in-progress report, or ask for the missing source. Final Report Report: What changed in the target page. What details moved and their destination pages. What source-of-truth checks backed behavior-sensitive claims. What validation ran and what failed for unrelated reasons. Do not include a long rewrite diary. Lead with remaining risks only if there are any.