VeADK 技能集合

Generate and convert VeADK agent code from requirements, Langchain/Langgraph code, or Dify workflows.

Updated Feb 20, 2026
One-click install
npx skills add https://github.com/kbtime/openclaw-workspace --skill veadk
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: VeADK 技能集合
Source: https://github.com/kbtime/openclaw-workspace/tree/main/skills/veadk-skills
Command: npx skills add https://github.com/kbtime/openclaw-workspace --skill veadk

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) and references (resource) components.

What problem does it solve?

This Skill helps developers and engineers create, convert, and refine VeADK Agent implementations from user requirements, existing Langchain/Langgraph code, or Dify workflow definitions, reducing manual translation and boilerplate work.

Core Features & Use Cases

  • Generate Agent Architectures: Analyze user requirements and propose a root_agent and sub_agent structure following VeADK conventions.
  • Code Conversion: Convert Langchain/Langgraph projects and Dify YAML workflows into VeADK Agent code using mapping rules and guidance.
  • Prompt Optimization and Structured Output: Refine system prompts, configure model_extra_config for structured Pydantic responses, and provide guidance on tools and knowledgebases for production use.
  • Use Case: Migrate a chatbot built with Langchain to a VeADK-based agent that uses a knowledgebase and structured outputs for consistent production behavior.

Quick Start

Generate a VeADK Agent that converts my Langchain chatbot into a VeADK agent with a root_agent, appropriate sub_agents, and save generated files using the provided save_file script.

Frequently Asked Questions about VeADK 技能集合

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I convert existing Langchain code to VeADK agent code?

Converting Langchain code to VeADK agent code involves mapping your existing Langchain or Langgraph project structures into root_agent and sub_agent definitions using automated mapping rules. This process translates your current chatbot logic into orchestrated VeADK agents.

Can I migrate a Dify workflow into VeADK agent definitions?

Migrating a Dify workflow into VeADK agents is supported by translating Dify YAML workflow definitions into structured VeADK agent code. The conversion generates root_agent and sub_agent architectures, optimizing system prompts for production automation.

What is the best way to structure VeADK agents for automation tasks?

Structuring VeADK agents for automation requires defining a root_agent and appropriate sub_agents following VeADK conventions, configuring structured Pydantic response formats, and integrating knowledgebases. This architecture ensures consistent production behavior for automated services.

Does VeADK support structured Pydantic responses for LLM agents?

VeADK supports structured Pydantic responses by allowing you to configure model_extra_config for your agents. This feature enforces consistent structured outputs from your LLM agents, which is essential for reliable knowledge-driven services.

How do I save generated VeADK agent files during code conversion?

Saving generated VeADK agent files is handled automatically using the provided save_file script. After generating root_agent and sub_agent definitions from your requirements or converted code, the script persists these files directly to your project directory.