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nemoclaw-maintainer-runtime-provider

Implement or review a managed runtime provider for NemoClaw. Check its required interfaces, activation requirements, saved provider identity, and lifecycle behavior, then report validation evidence and any remaining qualification requirements.

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Implement or review a native managed NemoClaw runtime provider and its activation or qualification. Excludes the portable experimental profile.

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适用场景

  • Plan a new managed runtime provider
  • Review provider activation requirements
  • Check saved state across lifecycle operations
  • Organize qualification and E2E evidence

包含的文件(5)

  • SKILL.md4.9 KB
  • agents/openai.yaml365 B
  • references/activation-and-qualification.md3.9 KB
  • references/api-contract.md7.0 KB
  • references/implementation-and-review.md5.1 KB

SKILL.md(原文)

安装前可以查看交给 AI 代理的指令内容。

<!-- SPDX-FileCopyrightText: Copyright (c) 2026 NVIDIA CORPORATION & AFFILIATES. All rights reserved. --> <!-- SPDX-License-Identifier: Apache-2.0 -->

Add a Managed Runtime Provider

Add one provider through the repository's runtime-provider contract. Keep generic orchestration independent of provider implementations and provider names.

Confirm Product Scope

Apply the product scope gate in AGENTS.md before implementation or approval. Require an accepted issue or accepted design decision that defines ownership, lifecycle, compatibility, security, and validation. A valid bundle or passing test does not establish a supported surface.

Keep the portable experimental profile independent. Do not change portable selection, lifecycle, or compatibility behavior as part of a native managed-provider change.

Load Current Authority

Before planning, editing, or reviewing:

  1. Read src/lib/onboard/runtime-provider/contract.ts and registry.ts.
  2. Read activation.ts, current.ts, and native-qualification-authority.ts.
  3. Read the candidate provider factory and its provider-owned helpers.
  4. Trace SandboxEntry.openshellDriver through onboarding and every lifecycle action in scope.
  5. Read the focused contract, activation, provider, architecture, and E2E-support tests.

Use checked-in source and tests as behavior authority. Use these references for interpretation:

Choose the Delivery State

Name the intended state before coding:

  • Candidate bundle: The registry accepts one complete 14-surface object. Optional surfaces may declare supported: false with a reason. The provider is not production-selectable.
  • Activated provider: Every required surface and qualification field passes the current activation contract. The provider enters through createCurrentRuntimeProviderBundles(...).
  • Activation-contract extension: The provider topology cannot satisfy the current activation contract. Stop implementation until maintainers accept the contract change and its validation.
  • Review: Evaluate the claimed state only. Do not turn an incomplete candidate into an activated provider during review.

Do not add a candidate to the established-provider registry to bypass activation. Do not emulate Docker commands or invent container-engine identities to satisfy a contract that does not match the provider topology.

Implement One Provider Identity

Resolve configuration once to one opaque provider ID. Register one RuntimeProviderBundle under that identity. Bind every surface, receipt, resource handle, and persisted sandbox record to it.

Provider-owned modules must own provider-specific commands, endpoint or socket authority, runtime resource identity, network preparation, lifecycle operations, recovery, and cleanup. Generic orchestration must consume bundle surfaces. It must not import a provider implementation or branch on a provider name.

If the current contract lacks a required provider-owned behavior, propose the narrow contract extension and its tests. Do not add an ambient environment switch or a central provider-name branch as a substitute.

Persist the selected provider ID in SandboxEntry.openshellDriver. Start, stop, rebuild, snapshot, restore, recovery, inference changes, and destroy must resolve the same bundle from persisted state. Reject missing, unknown, reused, or drifted authority before mutation.

Validate and Qualify

Follow the focused checks in Implementation and Review. Run the current type, repository, contract, activation, provider, and architecture checks that the diff affects.

Local and CI checks establish contract behavior. They do not replace protected qualification or the complete supported live E2E matrix against the commit under review. When a maintainer requests a GitHub Actions run, follow Run Maintainer E2E.

Report

Return:

  • accepted product scope and intended delivery state;
  • provider ID, topology, authority model, and persisted state boundary;
  • implemented, unsupported, and extended bundle surfaces;
  • remaining provider-name branches in generic orchestration;
  • focused validation tied to the commit under review;
  • protected qualification and full E2E evidence, or the missing gate; and
  • credential, recovery, cleanup, and ownership obligations.

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同一仓库的技能

Publish or update a NemoClaw pull request and track automated checks and reviews through completion. It preserves the requested scope, coordinates repairs for valid findings, and reports the latest commit’s results and remaining blockers.

中文简介正在准备中。当前显示英语简介。

  • Publishing implemented changes as a pull request
  • Updating an open pull request after review feedback
  • Tracking automated checks and reviews on the latest commit
NVIDIA/NemoClaw2.3万2026年10月21日 更新

Implement an accepted NemoClaw issue or repair a classified pull request finding. Keep changes within the agreed scope, run focused checks for affected behavior, and review the final changes before handing evidence to an authorized publication workflow.

中文简介正在准备中。当前显示英语简介。

  • Implement an accepted issue within its agreed scope
  • Repair a classified pull request finding
  • Validate failure, recovery, and cleanup behavior
NVIDIA/NemoClaw2.3万2026年10月21日 更新

Prepare a local NemoClaw development environment, repair setup problems, or check readiness. It also handles explicitly requested command-line access, runtime onboarding, and launching the coding agent pinned by the project.

中文简介正在准备中。当前显示英语简介。

  • Setting up a local NemoClaw development environment
  • Checking readiness before starting development
  • Repairing local dependency, build, or hook problems
NVIDIA/NemoClaw2.3万2026年10月21日 更新

Turn a named NemoClaw issue into an implementation plan with clear ownership, scope, completion criteria, and validation evidence. For larger changes, define independently useful steps, their dependencies, and delivery order.

中文简介正在准备中。当前显示英语简介。

  • Plan implementation for a named issue
  • Divide a large change into useful steps
  • Define acceptance criteria and test evidence
NVIDIA/NemoClaw2.3万2026年10月21日 更新

Audit and upgrade NemoClaw dependencies, including Hermes and base images. Trace upstream changes to affected code, implement required migrations, and verify tests, distributed artifacts, and the versions actually selected for use.

中文简介正在准备中。当前显示英语简介。

  • Assess the impact of a dependency upgrade
  • Plan migrations for a Hermes upgrade
  • Verify base images and selected artifacts
NVIDIA/NemoClaw2.3万2026年10月21日 更新

Update NemoClaw documentation after merged changes or audit it for outdated guidance. Verify current behavior against source and tests, edit the pages responsible for that guidance, and check affected links and generated variants.

中文简介正在准备中。当前显示英语简介。

  • Catch up documentation after merged changes
  • Audit documentation for outdated guidance
  • Update guides for changed user behavior
NVIDIA/NemoClaw2.3万2026年10月21日 更新

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