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jiehao71727

Apidot Async Workflow

by jiehao71727 · GitHub ↗ · v1.0.0 · MIT-0
cross-platform ✓ Security Clean
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Install in OpenClaw
/install apidot-async-workflow
Description
Use APIDot async workflow for AI generation APIs, including task submission, task_id handling, polling API, task status API, callback_url, webhook API, retry...
README (SKILL.md)

APIDot Async Workflow

Use APIDot's async workflow for generation tasks that return a task_id, then complete through polling or webhook delivery.

This skill is for routing async integration questions to the right APIDot docs, examples, and production workflow guidance. It is documentation-only: it includes no executable files, setup-time automation, bundled API clients, automatic network calls, or stored credentials.

When To Use

Use this skill when the user asks to:

  • Build an async APIDot integration for image, video, music, or 3D generation.
  • Understand task submission, task_id persistence, polling API, task status API, callback_url, or webhook API behavior.
  • Decide when to use polling versus webhook delivery.
  • Design backend storage for task state, result URLs, retries, and user ownership.
  • Make webhook handlers idempotent and safe for duplicate callback delivery.
  • Find APIDot async workflow docs, webhook docs, model pages, or runnable examples.

Security Rules

  • Treat APIDOT_API_KEY as a secret.
  • Keep APIDot API keys in server-side environment variables or a backend secret manager.
  • Never place an API key in browser code, frontend bundles, public repos, logs, screenshots, or chat output.
  • Do not make live API calls unless the user explicitly asks and provides a safe server-side environment.
  • Do not invent API facts, pricing, model availability, reliability claims, refund behavior, or competitor comparisons.
  • Use current APIDot docs and model pages for model-specific request fields and current product details.

Async Workflow

Use this stable flow when explaining APIDot generation tasks:

  1. Choose the model and request fields from the current APIDot docs.
  2. Submit the generation request through the documented APIDot async generation flow.
  3. Persist the returned data.task_id before waiting, retrying, polling, or showing progress.
  4. Use the documented task status API for local testing, simple backend jobs, or short-lived workflows.
  5. Use callback_url webhook delivery for production queues or user workflows that may outlive the current page.
  6. Store final result URLs only after the task reaches a terminal success state.

Do not guess model-specific payload fields. If the user needs copyable request examples, point them to the current APIDot docs or the matching APIDot GitHub example repository.

Polling Guidance

  • Use polling for local testing, admin tools, small backend jobs, and workflows where the user stays in the current session.
  • Store task_id, selected model, request owner, request status, created time, and last checked time together.
  • Use moderate polling intervals and stop polling after a terminal task state.
  • Do not block a user-facing request lifecycle while waiting for long-running media generation.
  • Treat unknown or delayed states as pending until the current APIDot docs say otherwise.

Webhook Guidance

  • Use webhook delivery when generation may take longer than the current page, tab, or request lifecycle.
  • Pass callback_url only to a backend endpoint controlled by the application.
  • Verify task ownership before attaching callback results to a user-visible record.
  • Make webhook handlers idempotent because duplicate deliveries can happen.
  • Persist callback events before downstream processing when the workflow needs auditability.
  • Return a success response quickly after accepting a valid callback, then process heavier work in the backend.
  • Avoid logging API keys, private prompts, source media URLs, final result URLs, or callback URLs.

Retry And Failure Guidance

  • Retry transient network or timeout failures with backoff.
  • Do not retry invalid payloads unchanged.
  • Keep submit retries separate from status polling retries so duplicate tasks are not created by accident.
  • Reconcile webhook results and polling results by task_id.
  • Use current APIDot docs for terminal statuses, error classes, and model-specific failure behavior.

Model Routing

Start from the user's async workflow, then open the matching APIDot source:

User Goal Start Here
Read APIDot docs https://apidot.ai/docs
Learn APIDot quickstart flow https://apidot.ai/docs/quickstart
Implement webhooks https://apidot.ai/docs/webhooks
Browse APIDot models https://apidot.ai/models
Use general APIDot examples https://github.com/APIDotAI/apidot-examples
Build image workflows https://clawhub.ai/jiehao71727/apidot-image-generation-api
Build video workflows https://clawhub.ai/jiehao71727/apidot-video-generation-api
Use the broad APIDot skill https://clawhub.ai/jiehao71727/apidot-ai-api

Use this skill for async workflow design across APIDot model families. Use the image, video, or broad APIDot skills when the user needs model-category guidance.

Official Links

Usage Guidance
Installers should understand that using this skill may lead them to build code that uses an APIDot API key and webhook endpoints. Keep keys server-side, avoid logging prompts or result URLs, and make live API calls only from a controlled backend environment.
Capability Tags
requires-sensitive-credentials
Capability Assessment
Purpose & Capability
The stated purpose is to guide APIDot async generation integrations, and the artifact content stays within that scope: task submission, task_id handling, polling, webhooks, retries, and links to docs.
Instruction Scope
Instructions are advisory and user-directed, with explicit cautions not to make live API calls unless requested and not to invent current API facts.
Install Mechanism
The package contains only a markdown SKILL.md file, with no executable scripts, setup automation, bundled clients, or install-time behavior.
Credentials
It declares an optional APIDOT_API_KEY and discusses webhooks and result URLs, but this is disclosed and proportionate to integrating APIDot APIs, with appropriate secret-handling guidance.
Persistence & Privilege
Persistence guidance is limited to application task state such as task_id, status, ownership, and results; the skill itself does not add background workers, local indexing, credential storage, or privilege escalation.
How to Use
  1. Make sure OpenClaw is installed (local or Docker)
  2. Run the install command in chat: /install apidot-async-workflow
  3. After installation, invoke the skill by name or use /apidot-async-workflow
  4. Provide required inputs per the skill's parameter spec and get structured output
Version History
v1.0.0
Initial release of apidot-async-workflow: - Adds documentation-only skill for integrating APIDot async generation APIs (image, video, music, 3D). - Covers task submission, task_id handling, polling, webhook/callback delivery, and result management based on official APIDot docs. - Includes guidance on secure API key management, backend design, idempotent webhooks, and retry/failure handling. - Points to relevant APIDot documentation, model guides, and examples for various async workflow scenarios.
Metadata
Slug apidot-async-workflow
Version 1.0.0
License MIT-0
All-time Installs 0
Active Installs 0
Total Versions 1
Frequently Asked Questions

What is Apidot Async Workflow?

Use APIDot async workflow for AI generation APIs, including task submission, task_id handling, polling API, task status API, callback_url, webhook API, retry... It is an AI Agent Skill for Claude Code / OpenClaw, with 31 downloads so far.

How do I install Apidot Async Workflow?

Run "/install apidot-async-workflow" in the OpenClaw or Claude Code chat to install it in one step — no extra setup required.

Is Apidot Async Workflow free?

Yes, Apidot Async Workflow is completely free, licensed under MIT-0. You can download, install and use it at no cost.

Which platforms does Apidot Async Workflow support?

Apidot Async Workflow is cross-platform and runs anywhere OpenClaw / Claude Code is available (cross-platform).

Who created Apidot Async Workflow?

It is built and maintained by jiehao71727 (@jiehao71727); the current version is v1.0.0.

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