nemoclaw-maintainer-refactor-docs

作成者: nvidia

大型化したNemoClaw Fernドキュメントのセクションを、簡潔な散文とジャーニーベースの構成を持つ焦点を絞ったトピック別ページへリファクタリングするための計画と実行を行います。

npx skills add https://github.com/nvidia/nemoclaw --skill nemoclaw-maintainer-refactor-docs

Refactor NemoClaw Documentation

Refactor a bounded documentation section without changing product meaning. Improve findability while preserving every useful fact, one canonical owner per topic, and every supported published route.

Prerequisites

  • Work from the NemoClaw repository root.
  • Follow the shared Documentation Writing and Review contract before planning or editing.
  • Read the full target pages, their navigation entries in docs/index.yml, their redirects in fern/docs.yml, and their inbound links before editing.

Choose the Deliverable

  • Treat cross-section ownership, navigation hierarchy, and published URL changes as maintainer-owned decisions.
  • For a request to plan, audit, or propose a structure, stop after the information architecture, ownership map, and URL migration plan.
  • For a request to refactor, implement the plan, validate it, and report the completed migration.
  • Keep the work bounded to the named docs section. Report adjacent debt instead of folding unrelated cleanup into the refactor.
  • Allow a cross-section move when canonical ownership requires it, but identify the move explicitly in the plan and migration report.
  • Surface a choice only when it changes topic ownership, public URLs, supported variants, or user workflow. Use established repository conventions for routine details.

Load the phase that applies

  • For an audit or structure plan, use Structure and Ownership.
  • Before changing published routes or moving content, use Migration. A plan that changes URLs must include its route and anchor mapping.
  • For an implemented refactor, use Validation and Review. Repair findings and rerun affected checks before reporting completion.

Do not load execution-only detail for a plan-only request. A request to perform the refactor includes implementation and validation; it does not require a separate approval of routine layout choices within the accepted scope.

Completion Contract

For a plan-only request, completion means the ownership map, proposed structure, route migration plan, and unresolved decisions are recorded. The implementation checks and validation results below apply only when the refactor was performed.

For an implemented refactor, require all of these conditions:

  • Every visible TOC item that readers can select is a real topic page.
  • Every foldable grouping node is non-clickable and has no page content.
  • Each page owns one primary topic or task.
  • Every old section is mapped to a destination or intentionally removed with a stated reason.
  • Troubleshooting and reference guidance has one canonical owner.
  • No supported variant renders a link or redirect to an unpublished page.
  • Legacy URLs redirect directly to final published pages.
  • Shared content renders correctly for every applicable agent variant.
  • Source and generated variant pages have no unresolved oversized or multi-purpose prose blocks.
  • Simple lists remain compact.
  • The docs build, route checks, link checks, and diff check pass.

Report the Result

For a plan-only request, report the proposed structure, ownership, routes, and remaining decisions. For an implemented refactor, summarize:

  • The final journey-based TOC.
  • Pages created, moved, consolidated, and deleted.
  • Canonical troubleshooting and reference ownership decisions.
  • Redirects and legacy routes preserved.
  • Variant-specific differences.
  • Readability edits made to dense paragraph blocks.
  • Validation commands and results.
  • Any intentionally deferred adjacent cleanup.

Use the Inference section as the living example of this method when a concrete pattern is needed. Its structure separates About Inference Routing, choosing a provider and model, hosted/local/custom setup paths, management, validation, and canonical Reference troubleshooting. Copy the reasoning and consistency rules, not the inference-specific page names.

nvidiaのその他のスキル

fhir-basics
nvidia
エージェントにFHIR R4 APIの動作方法、利用可能なリソース、検索パラメータを使ったクエリ方法、およびすべてのレスポンス形式を正しく解析する方法を教えます…
compileiq-validate-result
nvidia
検索が完了した後、かつスピードアップの申請やACFの発送の前に使用します。dump_results CSVを読み込み、トップK候補(単一目的)を抽出します…
changelog-audit
nvidia
リリース前にWarp CHANGELOG.mdを監査:失われたエントリを復元、ユーザー影響で並べ替え、エントリの文言を洗練、行折り返し、および(リリースブランチモードで)比較をバンプ…
dgx-diagnose
nvidia
一般的なDGX Station GB300の問題(CUDAクラッシュ、誤ったGPUターゲット、vLLM/SGLangコンテナのバグ、MIG状態の問題、NVLink/Fabric Managerエラーなど)を診断します。
aicr-managing-openvex
nvidia
Use when adding, updating, or removing CVE/GHSA suppressions in `.openvex.json` — the OpenVEX document consumed by the daily image vulnerability scan workflow.…
aicr-creating-slide-decks
nvidia
技術的な概念やワークフロー(例:demos/*.html)の自己完結型HTMLスライドデッキやビジュアルトーキングポイントを作成する際に使用します。全画面表示または…
aicr-creating-guided-demos
nvidia
インタラクティブなガイド付きデモスクリプト(demos/*.sh)を、ライブ形式またはセルフペース形式で、Frame → Tell → Show → Close パターンに沿って作成します。「デモスクリプト」「ガイド付き…」というトリガーで起動します。
aicr-analyzing-snapshots
nvidia
AICRスナップショットYAMLファイルを分析する際、クラスタ状態を確認する際、プロバイダー特性を比較する際、GPU/ネットワークトポロジーの洞察を抽出する際、または…に使用します。