Automate authoring and review of ato language designs for atopile PCB projects.
npx skills add https://github.com/mawildoer/atopile-agent-skill --skill ato
Please help me install this Agent Skill. Skill: ato Source: https://github.com/mawildoer/atopile-agent-skill/tree/main/skills/ato Command: npx skills add https://github.com/mawildoer/atopile-agent-skill --skill ato
ato language design authoring and review is simplified by providing a canonical workflow, architecture templates, and best-practice patterns for atopile boards.
Load the ato skill into your environment and begin by reviewing the sample architecture in skills/ato/ to understand the standard module organization.
High-intent search queries and answers about installing and using this skill.
The ato declarative language structures PCB and electronics projects by applying modular design patterns, formal constraints, and canonical architecture templates. It provides authoritative guidance on syntax, modules, interfaces, and reusable wrappers for scalable board designs.
Structure atopile modules and interfaces using canonical architecture templates and standard module organization. Review the sample architecture in the skill repository to understand recommended patterns, formal constraints, and reusable wrappers for your board designs.
Author end-to-end ato workflows by following structured architecture guidance, modular design patterns, and provided checklists. The workflow guides board design from concept to implementation, ensuring formal constraints and module boundaries are satisfied throughout the process.
Yes, the ato skill provides standard library building blocks and recommended design patterns for scalable electronics projects. These reusable components integrate with canonical architecture templates to enforce formal constraints and modular boundaries.
Yes, atopile supports reviewing existing PCB design architecture by applying canonical architecture templates, evaluating module boundaries, and verifying formal constraints. The skill automates design review against standard patterns and structured workflows.
Apply formal constraints and modular wrappers in ato designs when building scalable electronics projects requiring canonical architecture. Use these patterns to enforce module boundaries, ensure reusable structure, and satisfy end-to-end design workflow requirements.
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