What is the recommended way to test patterns?

The skill advocates for a CLI-first approach using the 'ct' tool to verify data layers and handlers before finalizing the browser-based UI.

What is a CommonTools pattern?

A pattern is a specialized TypeScript/JSX module that defines reactive data transformations paired with a user interface, which can be deployed and linked as 'charms'.

How do I handle state reactivity in this framework?

Reactivity is managed through a Cell system, utilizing computed() for automatic dependency tracking and lift() for manual reactive transformations.

Can I build complex applications with multiple files?

Yes, the skill supports Pattern Composition where you define shared schemas and import sub-patterns to create sophisticated workflows.

CommonTools Pattern Developer

Name: CommonTools Pattern Developer
Author: commontoolsinc

bycommontoolsinc

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개발자 도구

Develops reactive TypeScript patterns with interactive UIs using the CommonTools framework and cell-based state system.

소개

The Pattern-Dev skill provides specialized guidance for building, debugging, and deploying CommonTools patterns—modular TypeScript/JSX programs that define reactive data transformations. It implements a rigorous layered development methodology, guiding users from data modeling and schema definition to mutation handlers and final UI construction. By leveraging core concepts like cells, computed values, and bidirectional bindings, this skill ensures that developers can create complex, interactive 'charms' that are testable via CLI and maintainable through modular composition.

주요 기능

Guided layered development workflow for robust reactive components
Deep integration with the cell system and reactive computed values
Bidirectional UI binding for seamless state-to-component interaction
23 GitHub stars
Support for multi-file pattern composition and shared schemas
CLI-first testing strategies for data and handler verification

사용 사례

Building reactive data-driven application components from scratch
Refactoring monolithic patterns into modular, composed sub-patterns for scalability
Debugging complex state synchronization or reactivity issues in existing codebases

소개

주요 기능

Guided layered development workflow for robust reactive components
Deep integration with the cell system and reactive computed values
Bidirectional UI binding for seamless state-to-component interaction
23 GitHub stars
Support for multi-file pattern composition and shared schemas
CLI-first testing strategies for data and handler verification

사용 사례

Building reactive data-driven application components from scratch
Refactoring monolithic patterns into modular, composed sub-patterns for scalability
Debugging complex state synchronization or reactivity issues in existing codebases