simready-foundation-add-validator

作成者: nvidia

実行可能なSimReadyバリデータを追加するために使用します。これらは、要件IDを報告し、合格/不合格のカバレッジに焦点を当てています。

npx skills add https://github.com/nvidia/simready-foundation --skill simready-foundation-add-validator

SimReady Add Validator

Purpose

Use this skill to implement objective validation for one or more requirement IDs. Validators should report failures against the exact requirement code documented in the capability.

If the rule already exists but is wrong or incomplete, use simready-foundation-update-validator.

Prerequisites

Before editing, read:

  • AGENTS.md
  • nv_core/sr_specs/docs/guides/features/features.md
  • nv_core/sr_specs/docs/guides/features_expansion_workflow.md
  • nv_core/sr_specs/docs/guides/naming_conventions.md
  • target requirement markdown
  • target capability validation.py
  • nearby checker classes in the same capability
  • feature manifests that include the requirement

Inputs

Collect or infer:

InputRequirement
requirement_codesRequirement IDs this validator enforces.
validation_moduleTarget capability validation.py.
rule_nameClear checker class/function name.
asset_scopeStage, prim, property, relationship, material, physics, or runtime evidence.
failure_messageActionable message that names the failed condition.
test_assetsExisting or minimal pass/fail assets, if available.

Instructions

Use this checklist when changing the repository:

  1. Confirm requirement docs exist and the intended check is objective.
  2. Inspect existing validators in the capability and reuse local helper patterns.
  3. Add a checker class or function in validation.py with the correct registration decorators/imports used by the capability.
  4. Register every requirement ID the checker enforces and pass the matching requirement when reporting each failure.
  5. Keep failure messages specific, deterministic, and actionable.
  6. Handle missing default prims, invalid paths, unloaded/abstract prims, variants, and composed stages consistently with neighboring validators.
  7. Add focused pass/fail tests or sample validation instructions where the repo has a test pattern.
  8. Update requirement docs only if implementation clarifies edge cases.
  9. Validate consistency:
    • validator imports successfully where possible
    • requirement IDs match documented codes
    • failure messages match docs
    • feature manifests include only registered requirements when executable validation is expected

Examples

Example request:

Add a validator for a SimReady factory connection point requirement.

Expected result summary:

changed_files: new docs, manifests, indexes, or validation scaffolding
validation: focused static checks and any relevant docs/build checks
remaining_gaps: requirement, validator, adapter, profile, or runtime-test follow-up

Policies

  • Do not validate subjective guidance as a hard failure unless the requirement defines objective criteria.
  • Prefer one clear checker per rule family over tangled mega-checkers.
  • Avoid changing unrelated validators while adding a new one.
  • Use warnings only when the validation framework supports them and the requirement is advisory.
  • If local Omniverse/OAV packages are unavailable, document the narrowed validation you could run.

Limitations

  • Do not mutate published feature or profile versions in place.
  • Do not invent requirement IDs or validator behavior when the contract is ambiguous; record the question.
  • Do not skip index, manifest, validation, or downstream follow-up notes.

Troubleshooting

  • Error: the new concept overlaps an existing artifact. Solution: update the existing capability, requirement, feature, profile, or adapter instead.
  • Error: names or IDs conflict. Solution: re-check naming conventions and nearby indexes before editing further.
  • Error: validation strategy is unclear. Solution: document deferred validation and the exact follow-up skill.

Resources

  • assets/openai.yaml preserves optional UI metadata for clients that read skill display hints. It is not required for the workflow.

Summary Format

Report:

FieldMeaning
requirement_codesRequirements validated.
validation_moduleFile changed.
checkerClass/function added.
docs_alignedRequirement docs checked or updated.
testsTests/assets run or planned.
feature_impactFeatures that now have executable coverage.
validationImport/test result and remaining gaps.

nvidiaのその他のスキル

compileiq-debug
nvidia
何かがおかしいときに使用:Search()がハングする、すべての評価がINVALID_SCOREを返す、スコアが改善しない、すべての設定が同じ数値を返す、ptxasエラー…
create-github-pr
nvidia
gh CLIを使用してGitHubのプルリクエストを作成します。ユーザーが新しいPRを作成したい、コードをレビューに提出したい、またはプルリクエストを開きたい場合に使用します。トリガーキーワード -…
nemoclaw-maintainer-cross-issue-sweep
nvidia
他のオープンなIssueをスキャンし、特定のPRが修正する可能性があるものや、誤って壊す可能性があるものを見つけます。隣接修正の機会や矛盾リスクをfile:line…と共に出力します。
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…
maintain-dynamic-plugins
nvidia
NeMo Relayの動的プラグインローダー、マニフェスト、RustネイティブSDK、gRPCワーカープロトコル、PythonワーカーSDK、ドキュメント、テスト、およびリリースワークフローのカバレッジを維持する
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。