frontend▌

Use this skill to manage build state, processing, and retention.

Framework for tackling software complexity by modeling code around the business domain. Based on a fundamental truth: the greatest risk in software is not technical failure -- it is building a model that does not reflect how the business actually works.

VueUse composable patterns, SSR compatibility, and TypeScript integration best practices. \n \n Covers SSR-specific gotchas and patterns for safely using VueUse composables in server-rendered environments \n Addresses common issues with element ref handling and type inference when working with VueUse APIs \n Provides efficiency rules to help debug and resolve VueUse integration problems consistently \n

Identify render hotspots, isolate expensive updates, and apply targeted optimizations without changing UI behavior.

Design UI pages in Subframe with AI-generated variations, then implement with code. \n \n Create new pages or redesign existing UI with multiple design variations to explore options before committing to code \n Use design_page for new designs and edit_page for targeted changes to existing Subframe pages \n Generates production-ready React/Tailwind code that matches your design system; refine visually in the Subframe editor before implementation \n Update project theme globally with edit_theme to

This skill helps agents migrate HeroUI v2 applications to v3. HeroUI v3 introduces breaking changes: compound components, no Provider, Tailwind v4, and removed hooks.

Beautiful, accessible UIs combining shadcn/ui components, Tailwind CSS utilities, and canvas-based visual design. \n \n Pre-built accessible components via shadcn/ui (dialogs, forms, tables, navigation) with copy-paste distribution and full TypeScript support \n Utility-first Tailwind CSS styling with mobile-first responsive design, dark mode, and zero runtime overhead \n Comprehensive theming system using CSS variables for consistent design tokens across colors, spacing, and typography \n Canva

This skill helps you generate custom design system rules tailored to your project's specific needs. These rules guide AI coding agents to produce consistent, high-quality code when implementing Figma designs, ensuring that your team's conventions, component patterns, and architectural decisions are followed automatically.

Modern utility-first CSS with CSS-native configuration and container queries. \n \n CSS-first configuration using @theme directives instead of JavaScript, powered by the Oxide engine for 10x faster compilation \n Native container queries ( @container , @sm: , @md: ) for component-level responsive design independent of viewport \n Comprehensive design token architecture using CSS variables for colors, spacing, typography, and semantic naming \n Mobile-first responsive breakpoints ( sm: , md: , lg

Structured dialogue tool for collaboratively designing features, APIs, and architecture through phased information gathering and validation. \n \n Guides through six phases: context discovery, requirements gathering, approach exploration, design presentation, documentation, and execution handoff \n Uses batched multi-question prompts to efficiently collect requirements across core goals, technical layers, quality attributes, integrations, and dependencies \n Generates 2-3 design approach options