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生産性・共同作業 · SKILL.md

serving-aihub-and-llm

serving-aihub-and-llm

Route CubeStudio model serving, AIHub, chat, and inference-service workflows.

Independent GitHub snapshot · Automated classification · Original documentation governs

スキルの説明

GitHub

name: serving-aihub-and-llm description: "Route CubeStudio model serving, AIHub, chat, and inference-service workflows." metadata: disco-role: operating disable-model-invocation: true license: NOASSERTION

Serving, AIHub, and LLM

Use this sub-skill for CubeStudio tasks that deploy or inspect models, manage inference services, configure AIHub cards, or tune chat / LLM gateway behavior.

Use when

  • you need to publish a trained model into a serving object or edit an existing service
  • you need to choose between serving, ml-server, tfserving, torch-server, triton-server, or related options
  • you need to explain model path formats, ports, health checks, metrics, HPA, canary, or shadow settings
  • you need to inspect AIHub application cards or the chat configuration and prompt/service payloads
  • you need to map a training-model record to an inference-service record

Start here

  1. Read references/serving-workflows.md for the service lifecycle and the training-model → inference-service path.

  2. Read references/inference-frameworks.md for service types, model-path rules, ports, health, metrics, and sidecar semantics.

  3. Read references/aihub-and-chat.md for AIHub card fields and chat/gateway payloads.

  4. Read references/troubleshooting.md for common serving and LLM failures.

  5. Before relying on the service defaults, run the bundled helper:

    python scripts/render_inference_defaults.py --help
    python scripts/render_inference_defaults.py
    python scripts/render_inference_defaults.py --framework tfserving
    

Safety contract

This sub-skill is for explanation, cataloging, and validation. Do not start model-serving pods, call deployment endpoints against a live cluster, or treat the original serving image Dockerfiles as generic validation commands. Keep deployment-side side effects under the operator's control.

Never run blindly: live deploy/update endpoints, image builds, cluster install scripts, or service-start commands.

Route elsewhere

  • Notebook/resource group/GPU selector work: compute-notebooks-and-images
  • Pipeline / training-job creation that produces a model later deployed here: pipelines-and-job-templates
  • Platform install, private registry, cluster bring-up, PVC/CRD ordering: deploy-and-operate
  • Shared backend plumbing, auth, permissions, or frontend build/proxy changes: backend-and-configuration

Expected operating output

Return a plan or explanation that makes the following clear:

  • which serving family is being discussed;
  • which model-path format, port set, metrics path, and health path apply;
  • whether the service came from a trained model, a hand-authored service, or an AIHub card;
  • which bundled reference or helper to inspect next;
  • what the most likely failure mode is when a service does not come up or cannot be queried.

Keep the detailed constant tables and card payloads in the bundled references, not here.

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