amplifier-tool-leverage-patterns

Select minimal Amplifier packaging surfaces for workflow tools.

10|11|Updated Feb 22, 2026
One-click install
npx skills add https://github.com/microsoft/amplifier-bundle-skills --skill amplifier-tool-leverage-patterns
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: amplifier-tool-leverage-patterns
Source: https://github.com/microsoft/amplifier-bundle-skills/tree/main/skills/amplifier-tool-leverage-patterns
Command: npx skills add https://github.com/microsoft/amplifier-bundle-skills --skill amplifier-tool-leverage-patterns

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps you decide how to package an Amplifier-powered workflow so you do not duplicate logic across a pipeline, Python library, agent tool, and CLI.

Core Features & Use Cases

  • Leverage-level planning: Distinguish when a workflow should live as a dot pipeline, importable library, agent-callable tool module, or command-line interface.
  • DRY architecture guidance: Keep the real logic in one home and expose only thin adapters for the consumers that actually need them.
  • Boundary decisions across repos: Choose when to shell out to a public CLI, when to compose a pipeline, and when to import shared deterministic constants directly.
  • Use Case: You are building a new automation capability and need to know whether to ship only a CLI, add a Python API, or also support agent invocation and Resolve composition.

Quick Start

Ask for help deciding the minimal set of Amplifier leverage levels for your tool and where the logic should live.

Frequently Asked Questions about amplifier-tool-leverage-patterns

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

FAQPage Schema
How do I decide between a Python library and a CLI wrapper for my automation tool?

To decide between a Python library and a CLI wrapper, assess your consumers: use libraries for direct imports, and CLI wrappers for shell-out execution. Keep logic in one home and expose thin adapters to avoid duplication.

What is the minimal packaging surface for an agent-callable workflow module?

The minimal packaging surface for an agent-callable workflow module is the public-interface isolation layer. It exposes only the thin adapter needed for agent invocation while keeping deterministic logic in a single shared home.

When should I use a dot pipeline instead of a Python library for workflow automation?

Use a dot pipeline instead of a Python library when you need Resolve composition without exposing importable APIs. Pipelines work for declarative chaining, while libraries suit consumers requiring direct programmatic integration.

How do I keep logic DRY across a CLI, Python API, and agent tools?

To keep logic DRY across a CLI, Python API, and agent tools, isolate a single source of truth for your business logic. Expose only thin adapters for each consumer type, preventing duplicated implementation across repos.

Do I need to isolate public interfaces when packaging an Amplifier workflow?

Yes, you need to isolate public interfaces when packaging an Amplifier workflow. Boundary planning requires separating the core deterministic logic from the thin adapters consumed by pipelines, CLIs, or agent tools.

What are the limitations of shelling out to a public CLI instead of importing a Python library?

Shelling out to a public CLI limits direct programmatic integration and introduces process overhead. Importing a shared Python library is preferred when consumers need deterministic constants or deep composability within the same repo.