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Tokenlab api integration

Skill hedging8563/tokenlab-skills/skills/tokenlab-api-integration

Agent skills for TokenLab API integration, model picking, native endpoints, cost routing, and OpenAI-compatible migration

Install
npx -y skills add hedging8563/tokenlab-skills --skill tokenlab-api-integration

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Integrates TokenLab chat, image, audio, video, and other API families into code with runnable examples, model discovery, public contract checks, and agent-first recovery paths. Use when the user wants to add TokenLab APIs to an app or script.

The file declares its own license as MIT. That is the author’s claim about this one file, and it is not the same thing as the license GitHub reports for the repository, which is listed with the other numbers below.

SKILL.md

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TokenLab API Integration

Built for runnable integration work for TokenLab chat, image, audio, video, and other API families across coding agents.

What this skill should deliver

  • A minimal runnable example using the fewest moving parts possible.
  • The exact base URL, auth shape, install command, and environment variables required to run the example.
  • A concise note on when to stay on the OpenAI-compatible path versus switching to a native Anthropic or Gemini route.
  • For non-chat APIs, a model discovery or contract check before hardcoding request shape details.
  • A concrete default model choice that is plausible on TokenLab, not a generic placeholder.
  • A short explanation of the agent-first recovery path when the model, endpoint, or route guess is wrong.

Preferred approach

  1. Clarify the user's goal, inputs, and required deliverable.
  2. Read references/usage-notes.md before acting.
  3. Produce one concrete output before adding explanation.
  4. Use the following operating rules:
  • Start with the smallest working example before introducing abstractions or helper layers.
  • State the base URL explicitly and keep the environment setup copy-pasteable.
  • When model selection is open, show how to discover models through /v1/models or https://api.tokenlab.sh/llms.txt instead of hardcoding one option.
  • For non-chat model selection, prefer GET /v1/models?recommended_for=<scene> where <scene> is one of image, video, music, 3d, tts, stt, embedding, rerank, or translation.
  • Before retrying a failed non-chat request, read GET /v1/models/:model and align with the public contract, including supported_operations, supported_parameters, request_endpoint, request_shape_mode, and recommended_request.
  • Use native Anthropic or Gemini examples only when the request explicitly needs provider-specific behavior.

Output format

  • One short intro sentence explaining what the example does.
  • One runnable code block only.
  • One shell setup block showing both dependency install and the exact environment variable export.
  • One short model discovery note.
  • One short routing note explaining when to stay on the OpenAI-compatible path and when a response header or provider-specific feature suggests a native Anthropic or Gemini route.

Avoid

  • Do not return pseudo-code when runnable code is expected.
  • Do not hide required environment variables, auth headers, or base URLs.
  • Do not over-claim pricing, speed, or compatibility without grounding it in a concrete example or source.
  • Do not claim an exact platform-wide model count; say "hundreds of models" unless the current API response is being quoted directly.
  • Do not silently drop unsupported non-chat fields. If removing a field would change user intent, safety, billing, or response guarantees, surface the contract error and fail closed.

Inputs

  • Natural-language user request
  • Referenced files or URLs
  • Existing project context, if available

Outputs

  • A concrete deliverable, recommendation, or implementation result
  • Short notes on assumptions, caveats, or next actions when needed

Edge Cases

  • If required inputs are missing, state exactly what is missing.
  • If the request only partially matches this skill, handle the matching portion and clearly scope the rest.
  • If a risk, safety, or compliance concern appears, surface it before producing the final output.

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