atopile-dev

atopile

domain-expertiseClaude Codeby mawildoer

Summary

Design electronics with atopile's declarative DSL (ato). Provides language reference, package creation guides, and electronics design workflows.

Install to Claude Code

/plugin install atopile-dev@atopile

Run in Claude Code. Add the marketplace first with /plugin marketplace add mawildoer/atopile-agent-skill if you haven't already.

README.md

atopile Agent Skill

An unofficial, community-maintained Agent Skills-compatible plugin that teaches AI agents how to develop with atopile's declarative DSL for PCB and electronics design.

Install

Claude Code (plugin marketplace)

Add the marketplace and install the plugin:

/plugin marketplace add https://github.com/mawildoer/atopile-agent-skill.git
/plugin install atopile-dev@atopile

Or add it from a local checkout:

/plugin marketplace add ./agent-skill
/plugin install atopile-dev@atopile

Claude Code (manual)

Load directly during development:

claude --plugin-dir ./agent-skill

Cursor

Copy the relevant skills/<name>/SKILL.md files (and their reference files, e.g. skills/ato-language/design-patterns.md) into .cursor/rules/.

Other agents

Point your agent at the skills/ directory and let it load the relevant SKILL.md per task.

What's included

These skills teach an agent how to use atopile to design boards — language reference, build/debug workflow, package creation, board composition, design review, and supporting workflows. They were distilled from real production atopile projects and generalized for any project.

| Skill | Use it for | |---|---| | ato-language | Writing/reading .ato: interfaces, constraints, tolerances, idiomatic design patterns (see ato-language/design-patterns.md) | | build-and-test | Building, validating, and debugging — ato build, solver failures, "no parts found", dependency management | | lsp | Semantic code intelligence over .ato via the atopile LSP (hover, diagnostics, definition, references) | | creating-packages | Sourcing/vendoring parts and authoring new driver packages; shared-vs-inline decisions | | board-design | Composing a board from packages: power rails, MCU peripherals, protection, self-test | | design-review | Four-agent parallel hardware design review with confidence scoring and remediation flow | | layout-relinking | Preserving PCB placements when renaming/refactoring components (atopile_address relinking) | | trade-study | Structured comparison of viable options for hard-to-reverse design decisions |

Skills may change over time as atopile and the patterns evolve.

Contributing

Contributions to this skill are welcome via pull requests on the GitHub repository.

If you find inaccuracies, missing patterns, or have suggestions for improving agent behavior with atopile, please open an issue or PR.

License

This agent skill is provided under the MIT License.

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