ax-gen

Generate AxGen code from natural language prompts using the @ax-llm/ax toolkit.

1|1|Updated Mar 27, 2026
One-click install
npx skills add https://github.com/jadecli/researchers --skill ax-gen
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: ax-gen
Source: https://github.com/jadecli/researchers/tree/main/agentcrawls-ts/.claude/skills/ax-gen
Command: npx skills add https://github.com/jadecli/researchers --skill ax-gen

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Generate AxGen code from natural language prompts to create ready-to-use AxGen patterns, reducing manual boilerplate and accelerating integration with the Ax toolkit.

Core Features & Use Cases

  • Inline and reusable signatures generation, with quick wrappers and typed interfaces.
  • Forward and streaming execution workflows, including assertions, field processors, and function calls.
  • Caching, self-tuning, and robust error handling to produce reliable, production-ready code across multi-step prompts.

Quick Start

Ask for AxGen code with a short natural-language prompt to generate ready-to-run TypeScript examples.

Frequently Asked Questions about ax-gen

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

FAQPage Schema
Can I use streaming execution and assertions in generated AxGen code?

AxGen code generation supports inline and reusable signatures, forward and streaming execution workflows, assertions, field processors, and function calling to handle multi-step prompt interactions.

What is the best way to handle caching and self-tuning in AxGen code generation?

You can create reusable signatures with quick wrappers and typed interfaces in TypeScript, enabling structured outputs and robust multi-step interactions across your AxGen applications.

Does AxGen code generation support structured outputs and field processors?

The best way to handle caching and self-tuning is to generate production-ready AxGen code that includes built-in caching, self-tuning capabilities, and robust error handling for reliable execution.

What are the limitations when generating AxGen code for multi-step workflows?

Yes, AxGen code generation supports structured outputs and field processors, allowing you to enforce defaults, apply safety constraints, and process data reliably across multi-step workflows.

How do I generate TypeScript code for the @ax-llm/ax toolkit from a natural language prompt?

While AxGen code generation enforces defaults and safety constraints, limitations may arise from complex custom logic requiring manual adjustments beyond the generated boilerplate and automated error handling.