using-tool-executor

Discover and execute specialized AI tools via a three-step workflow.

63|7|Updated Jan 12, 2026
One-click install
npx skills add https://github.com/elb-pr/claudikins-tool-executor --skill using-tool-executor
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: using-tool-executor
Source: https://github.com/elb-pr/claudikins-tool-executor/tree/main/skills/using-tool-executor
Command: npx skills add https://github.com/elb-pr/claudikins-tool-executor --skill using-tool-executor

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill bridges the gap between basic Claude Code tools and advanced, specialized AI capabilities, enabling complex tasks that require semantic understanding, deep research, or generative AI.

Core Features & Use Cases

  • Advanced Tool Discovery: Dynamically finds and utilizes specialized tools for tasks like semantic code search, AI-powered analysis, image generation, and deep research.
  • Structured Workflow Enforcement: Guarantees adherence to a strict search_toolsget_tool_schemaexecute_code workflow for reliable tool interaction.
  • Efficient Output Handling: Automatically saves large responses to the workspace, preventing context overflow and enabling programmatic access to results.
  • Use Case: When asked to "research the latest advancements in quantum computing and generate a summary with potential applications," this Skill will use search_tools to find a suitable Gemini research tool, get_tool_schema to understand its parameters, and execute_code to perform the research and return a structured summary.

Quick Start

Use the tool executor to find a tool that can generate an image of a cat wearing a hat.

Frequently Asked Questions about using-tool-executor

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

FAQPage Schema
How do I execute advanced AI tasks like semantic code search and deep research beyond standard tools?

You can execute advanced AI tasks by following a strict three-step workflow: search for specialized tools, retrieve their schemas, and run code to trigger capabilities like semantic code search and deep research.

What is the best way to discover and use generative AI tools for complex analysis?

The best way to use generative AI tools for analysis is through dynamic tool discovery. A guided workflow finds the required tool, fetches its execution schema, and programmatically runs the code to generate results.

How do I prevent context overflow when retrieving large responses from deep research tools?

To prevent context overflow during deep research, the execution workflow automatically saves large responses to the workspace. This enables programmatic access to the results without exceeding context limits.

Can I use multi-step reasoning to interact with AI models for image generation?

Yes, you can use multi-step reasoning for image generation. The workflow discovers an appropriate image generation tool, retrieves its input parameters, and executes code to produce the requested visual output.

Does this workflow require specific dependencies to perform AI-powered analysis?

No specific dependencies are required. The workflow dynamically discovers available specialized tools in your environment and programmatically interacts with them to perform AI-powered analysis and generation.

When should I not use a structured workflow for tool discovery and execution?

You should avoid this structured workflow for basic tasks already covered by standard tools. It is specifically designed for complex operations requiring semantic understanding, deep research, or generative AI capabilities.