frontend▌

Chat building blocks from ui.inference.sh.

Orchestrates video generation across three engines, selecting the best one based on requirements and available resources.

This skill guides creation of distinctive, production-grade frontend interfaces that avoid generic "AI slop" aesthetics. Implement real working code with exceptional attention to aesthetic details and creative choices.

Vue 3 Options API patterns, TypeScript integration strategies, and context-binding gotchas. \n \n Covers TypeScript type safety for component properties, this context, prop validators, event handlers, complex types, provide/inject, and computed return types \n Addresses common method and lifecycle hook pitfalls: arrow function binding issues, context loss, and stateful method state leakage across instances \n Organized as a reference guide with linked examples for each pattern and anti-pattern \

Server Components by default, client interactivity on demand, with structured data fetching and caching strategies. \n \n Server Components handle data fetching and static content; Client Components ('use client') manage forms, state, and event handlers. Split responsibilities when both are needed. \n Data fetching uses static caching by default, with ISR (time-based revalidation) and dynamic (no-store) options for different freshness requirements. \n Routing relies on file conventions (page.tsx

Which file? Server-only (DB/secrets): +page.server.ts | Universal (runs both): +page.ts | API: +server.ts

Apple TV is a living room device driven entirely by focus-based navigation and the Siri Remote. There is no pointer, no touch screen, and no mouse. Every design decision must account for the 10-foot viewing distance, the simplicity of the remote, and the lean-back nature of TV consumption.

Adaptive Flutter layouts that respond to screen size, platform, and input device across mobile, tablet, desktop, and web. \n \n Three-step workflow: abstract common widgets, measure available space with MediaQuery or LayoutBuilder, and branch UI based on width breakpoints (compact <600, medium 600–840, expanded ≥840) \n Covers layout fundamentals including Flutter's constraint system, common patterns (Row, Column, Expanded, Container), and responsive grid/navigation examples \n Best practic

41 performance optimization rules for React Hook Form across form configuration, field subscription, validation, and component integration. \n \n Organized into 8 priority-ranked categories (form configuration and field subscription marked CRITICAL) with prefixed rule identifiers for automated refactoring and code generation \n Covers useForm setup, watch/useWatch patterns, useController isolation, validation resolver caching, useFieldArray best practices, and formState subscriptions \n Includes

Comprehensive UI refactoring guide based on Refactoring UI by Adam Wathan & Steve Schoger, implemented with Tailwind CSS utility classes. Contains 52 rules across 9 categories, prioritized by design impact to guide automated refactoring and code generation. Uses Tailwind CSS v4 syntax (v3 notes provided where syntax differs).