{"passport":{"unfragile":{"@version":"1.0","version":"2026-05","artifact":{"id":"locofy","slug":"locofy","name":"Locofy","type":"product","url":"https://www.locofy.ai","page_url":"https://unfragile.ai/locofy","categories":["app-builders","deployment-infra"],"tags":[],"pricing":{"model":"free","free":true,"starting_price":null},"status":"active","verified":false},"capabilities":[{"id":"locofy__cap_0","uri":"capability://code.generation.editing.figma.to.react.code.generation.with.component.extraction","name":"figma-to-react code generation with component extraction","description":"Analyzes Figma design files by parsing their JSON structure and visual hierarchy to automatically generate React components with proper prop interfaces, state management patterns, and component composition. Uses computer vision and layout analysis to identify reusable component patterns across the design, then generates TypeScript/JSX with semantic HTML and accessibility attributes.","intents":["Convert a Figma design system into a React component library without manual coding","Generate production-ready React code from high-fidelity mockups in minutes instead of days","Extract component boundaries and create reusable React components from a flat design file","Maintain design-to-code consistency across multiple pages and screens"],"best_for":["Design-forward teams using Figma as source of truth for UI","Startups and agencies needing rapid prototyping to production handoff","Solo developers or small teams without dedicated frontend engineers","Teams migrating from design-only workflows to code-first development"],"limitations":["Complex interactive behaviors (animations, gestures, state machines) require manual implementation post-generation","Custom design tokens and brand-specific styling rules may need refinement after generation","Nested component detection accuracy depends on Figma layer naming conventions and organization","Generated code requires integration with actual data sources and API calls — outputs static markup by default","Performance optimization (code splitting, lazy loading) not automatically applied"],"requires":["Figma account with design file access","React 16.8+ (for hooks support)","Node.js 14+ for build tooling","Figma API token or OAuth connection to Locofy"],"input_types":["Figma design file (JSON structure via Figma API)","Adobe XD design file (XD document format)","Design metadata (layer names, component sets, variants)"],"output_types":["React JSX/TSX component files","Next.js page components with routing","Vue single-file components (.vue)","HTML with inline CSS or CSS modules","Component prop interfaces (TypeScript)"],"categories":["code-generation-editing","design-to-code"],"confidence":0.5,"matches":0,"success_rate":0},{"id":"locofy__cap_1","uri":"capability://code.generation.editing.responsive.layout.generation.with.breakpoint.aware.css","name":"responsive layout generation with breakpoint-aware css","description":"Automatically generates responsive CSS Grid and Flexbox layouts by analyzing Figma artboard dimensions and component positioning, then creating media queries and breakpoint-specific rules for mobile, tablet, and desktop viewports. Uses constraint-based layout inference to determine which elements should reflow, stack, or hide at different screen sizes.","intents":["Generate mobile-first responsive layouts from desktop Figma designs without manual media query writing","Automatically create breakpoint-specific CSS that adapts component layouts across device sizes","Ensure generated code passes responsive design testing without manual tweaks","Maintain aspect ratios and proportional spacing across all viewport sizes"],"best_for":["Teams building responsive web applications from Figma designs","Developers who want to skip manual media query authoring","Design systems teams needing consistent responsive behavior across components"],"limitations":["Complex responsive behaviors (collapsing sidebars, drawer animations) require manual implementation","Breakpoint values are inferred from design artboards — custom breakpoint strategies need manual override","Aspect ratio preservation may conflict with content-driven sizing in real applications","Overflow and text truncation behavior not automatically detected from static designs"],"requires":["Figma design with multiple artboard sizes or responsive components defined","CSS Grid or Flexbox browser support (IE 11 not supported)","Tailwind CSS or CSS Modules support in target framework"],"input_types":["Figma artboards at multiple viewport widths","Component constraints and resizing behavior in Figma","Design spacing and padding values"],"output_types":["CSS media queries with breakpoint-specific rules","Tailwind CSS responsive utility classes","CSS Grid/Flexbox layout code","SCSS/LESS with mixin-based responsive patterns"],"categories":["code-generation-editing","responsive-design"],"confidence":0.5,"matches":0,"success_rate":0},{"id":"locofy__cap_10","uri":"capability://automation.workflow.figma.to.code.live.sync.and.update.detection","name":"figma to code live sync and update detection","description":"Monitors Figma design files for changes and automatically regenerates code when designs are updated, maintaining a live connection between design and code. Detects which components or pages changed and regenerates only affected code sections, preserving manual code modifications in designated areas. Uses Figma webhooks or polling to track design changes and triggers code regeneration workflows.","intents":["Keep generated code synchronized with Figma design changes automatically","Detect design updates and regenerate only affected components","Maintain a live design-to-code workflow without manual regeneration","Preserve manual code modifications while syncing design changes"],"best_for":["Teams with frequent design iterations wanting to keep code in sync","Design systems teams maintaining components across design and code","Organizations using Figma as the single source of truth for UI"],"limitations":["Manual code modifications in protected regions may conflict with regenerated code","Complex merge logic required when both design and code change simultaneously","Sync performance depends on Figma API rate limits and webhook reliability","Requires CI/CD integration for automated code regeneration and deployment","Manual code changes outside protected regions will be overwritten on sync"],"requires":["Figma API access with webhook support","CI/CD pipeline (GitHub Actions, GitLab CI, etc.) for automated regeneration","Git repository for version control and change tracking","Locofy account with live sync feature enabled"],"input_types":["Figma design file changes (via webhooks or polling)","Change detection metadata (which components/pages changed)"],"output_types":["Regenerated code files","Git commits with change summaries","Merge conflict reports","Sync status and change logs"],"categories":["automation-workflow","design-to-code"],"confidence":0.5,"matches":0,"success_rate":0},{"id":"locofy__cap_11","uri":"capability://code.generation.editing.tailwind.css.utility.class.generation.and.configuration","name":"tailwind css utility class generation and configuration","description":"Generates Tailwind CSS utility classes for all styling instead of inline CSS or CSS modules, and creates a tailwind.config.js file with extended theme values matching Figma design tokens. Maps Figma colors, spacing, typography, and other design properties to Tailwind utilities, generating class names that follow Tailwind conventions. Includes responsive utility classes (sm:, md:, lg:) for breakpoint-specific styling.","intents":["Generate Tailwind CSS classes for all component styling without writing CSS","Create tailwind.config.js with design tokens from Figma","Use Tailwind utilities for responsive design instead of media queries","Maintain consistency between Figma design tokens and Tailwind configuration"],"best_for":["Teams using Tailwind CSS as primary styling approach","Projects wanting to avoid CSS-in-JS or CSS modules","Organizations building Tailwind-based design systems"],"limitations":["Complex CSS patterns (animations, transitions, pseudo-elements) may not map cleanly to Tailwind utilities","Custom Tailwind plugins or arbitrary values may be needed for design-specific styling","Tailwind class names can become verbose for complex components","Design tokens that don't map to standard Tailwind utilities require custom configuration","Tailwind CSS bundle size increases with extended theme configuration"],"requires":["Tailwind CSS 3.0+","PostCSS and Tailwind build tooling","Node.js 14+","Figma design with organized color and spacing tokens"],"input_types":["Figma color styles and palettes","Figma spacing and sizing values","Figma typography styles","Figma component styling"],"output_types":["Tailwind CSS utility classes in component markup","tailwind.config.js with extended theme","CSS file with @tailwind directives","Responsive utility classes (sm:, md:, lg:, etc.)"],"categories":["code-generation-editing","styling"],"confidence":0.5,"matches":0,"success_rate":0},{"id":"locofy__cap_12","uri":"capability://code.generation.editing.css.modules.and.scoped.styling.generation","name":"css modules and scoped styling generation","description":"Generates CSS Modules (.module.css) or scoped styles with unique class name prefixes for component isolation, preventing style conflicts in large applications. Creates separate CSS files for each component with locally-scoped class names, and generates TypeScript imports for type-safe class name references. Supports both CSS Modules and CSS-in-JS approaches (styled-components, Emotion) depending on framework choice.","intents":["Generate scoped CSS that prevents style conflicts across components","Create CSS Modules with type-safe class name imports","Maintain component style isolation without global CSS pollution","Support CSS-in-JS libraries for dynamic styling and theming"],"best_for":["Large applications with many components needing style isolation","Teams using CSS Modules or CSS-in-JS as styling strategy","Projects requiring component-level style encapsulation"],"limitations":["CSS Modules require build tool support (webpack, Vite, etc.)","Global styles and shared utilities still require manual setup","CSS-in-JS approaches add runtime overhead compared to static CSS","Debugging scoped class names can be more difficult than global CSS","Performance implications of CSS-in-JS may impact large applications"],"requires":["Build tool with CSS Modules support (webpack, Vite, Next.js, etc.)","CSS-in-JS library if using styled-components or Emotion (optional)","TypeScript for type-safe class name imports (recommended)"],"input_types":["Figma component styling","Design tokens and color values","Component-specific styling rules"],"output_types":["CSS Modules files (.module.css)","TypeScript class name imports","styled-components or Emotion component definitions","Scoped CSS with unique class name prefixes"],"categories":["code-generation-editing","styling"],"confidence":0.5,"matches":0,"success_rate":0},{"id":"locofy__cap_13","uri":"capability://tool.use.integration.figma.plugin.integration.for.in.editor.code.generation","name":"figma plugin integration for in-editor code generation","description":"Provides a Figma plugin that runs directly within Figma, allowing designers to generate code without leaving the design tool. The plugin communicates with Locofy's backend to process designs and display generated code in a sidebar panel, enabling real-time code preview and export. Supports one-click code generation and copy-to-clipboard functionality for quick integration into development workflows.","intents":["Generate code directly from Figma without switching to external tools","Preview generated code in real-time within Figma design editor","Enable designers to export code without developer involvement","Reduce friction in design-to-code handoff workflow"],"best_for":["Design teams wanting self-service code generation","Organizations with designer-developer collaboration workflows","Teams wanting to keep designers in Figma throughout the process"],"limitations":["Plugin UI is limited by Figma's plugin sandbox and UI constraints","Complex code generation may require switching to web interface for full control","Plugin performance depends on Figma's plugin API and network latency","Real-time code preview may be slow for large designs","Plugin requires Figma account and Locofy account connection"],"requires":["Figma account with plugin installation capability","Locofy account with plugin access enabled","Modern browser for Figma web app"],"input_types":["Figma design file (accessed via plugin)","Plugin configuration options (framework, styling approach, etc.)"],"output_types":["Code preview in plugin sidebar","Downloadable code files","Copy-to-clipboard code snippets","Code export to GitHub or other destinations"],"categories":["tool-use-integration","design-to-code"],"confidence":0.5,"matches":0,"success_rate":0},{"id":"locofy__cap_2","uri":"capability://code.generation.editing.design.token.extraction.and.css.variable.generation","name":"design token extraction and css variable generation","description":"Scans Figma design files to identify and extract design tokens (colors, typography scales, spacing systems, shadows, border-radius values) and automatically generates CSS custom properties (variables) or Tailwind config files that match the design system. Maps Figma styles and component properties to standardized token names following design system conventions.","intents":["Extract a complete design system (colors, fonts, spacing) from Figma into code-consumable tokens","Generate CSS variables that keep generated code synchronized with design changes","Create Tailwind configuration that matches Figma design tokens without manual mapping","Ensure design consistency across all generated components by using centralized token definitions"],"best_for":["Design systems teams establishing token-driven development workflows","Teams using Figma as the single source of truth for design tokens","Organizations needing to sync design changes to code automatically"],"limitations":["Token naming conventions inferred from Figma structure — may require manual refinement for semantic naming","Complex token relationships (e.g., tokens that reference other tokens) may not be fully captured","Figma styles must be properly organized and named for reliable extraction","Custom token transformations (e.g., generating multiple variants from a base token) require manual configuration"],"requires":["Figma design file with organized color styles, typography styles, and component properties","CSS custom properties browser support or Tailwind CSS 3.0+","Design token naming convention established in Figma"],"input_types":["Figma color styles and palettes","Figma typography styles (font family, size, weight, line-height)","Figma spacing and sizing values","Figma shadow and effects definitions"],"output_types":["CSS custom properties (--color-primary, --spacing-lg, etc.)","Tailwind config.js with extended theme values","JSON token format (Design Tokens Community Group standard)","SCSS/LESS variable definitions"],"categories":["code-generation-editing","design-systems"],"confidence":0.5,"matches":0,"success_rate":0},{"id":"locofy__cap_3","uri":"capability://code.generation.editing.adobe.xd.design.file.parsing.and.conversion","name":"adobe xd design file parsing and conversion","description":"Parses Adobe XD document format (.xd files) to extract design structure, components, artboards, and styling information, then converts to the same code output formats as Figma (React, Vue, HTML). Uses XD's native component system and repeat grid features to identify reusable patterns and generate corresponding code structures.","intents":["Convert Adobe XD designs to production React/Vue code without switching design tools","Migrate design-to-code workflows from XD to a unified platform","Generate code from XD component libraries and design systems","Support teams using Adobe XD as their primary design tool"],"best_for":["Teams invested in Adobe XD ecosystem wanting design-to-code automation","Agencies supporting multiple design tools and needing unified code generation","Organizations with existing XD design systems"],"limitations":["XD repeat grid detection may not map perfectly to React component iteration patterns","Adobe XD's interaction prototypes are not converted to code — only visual structure","XD plugin ecosystem integration is limited compared to Figma's API maturity","Some XD-specific features (3D transforms, advanced effects) may not have direct code equivalents"],"requires":["Adobe XD file (.xd format) with accessible design content","Adobe XD API access or file export capability","Same React/Vue/HTML framework requirements as Figma output"],"input_types":["Adobe XD document files (.xd)","XD artboards and component definitions","XD repeat grid structures","XD styling and effects"],"output_types":["React JSX/TSX components","Vue single-file components","HTML with CSS","Component prop interfaces"],"categories":["code-generation-editing","design-to-code"],"confidence":0.5,"matches":0,"success_rate":0},{"id":"locofy__cap_4","uri":"capability://code.generation.editing.next.js.page.and.routing.structure.generation","name":"next.js page and routing structure generation","description":"Generates Next.js-specific code including page components with file-based routing, API route stubs, and layout hierarchies that match Figma artboard organization. Automatically creates the correct directory structure (pages/, app/ for App Router, components/) and generates page.tsx files with proper Next.js conventions, including getStaticProps/getServerSideProps stubs for data fetching.","intents":["Convert Figma multi-page designs into a complete Next.js project structure with routing","Generate page components that integrate with Next.js App Router or Pages Router","Create API route stubs for backend integration points identified in designs","Maintain Figma page hierarchy in Next.js file structure and routing"],"best_for":["Teams building Next.js applications and using Figma for design","Startups prototyping full-stack Next.js applications from designs","Developers wanting to skip manual Next.js boilerplate setup"],"limitations":["API route generation produces stubs only — actual backend logic requires manual implementation","Dynamic routing (e.g., [id].tsx) requires manual setup based on design intent","Middleware and advanced Next.js features (streaming, suspense boundaries) not automatically generated","Data fetching patterns (getStaticProps, getServerSideProps) generated as comments/stubs, not functional code"],"requires":["Next.js 12.0+ (for App Router support) or 11.0+ (for Pages Router)","React 16.8+ for hooks","Node.js 14+","Figma design with clear page/screen hierarchy"],"input_types":["Figma artboards representing pages","Figma page structure and naming","Component hierarchy within pages"],"output_types":["Next.js page components (pages/index.tsx, pages/about.tsx, etc.)","Next.js App Router structure (app/page.tsx, app/layout.tsx)","API route stubs (pages/api/users.ts)","Component directory structure","next.config.js configuration suggestions"],"categories":["code-generation-editing","framework-specific"],"confidence":0.5,"matches":0,"success_rate":0},{"id":"locofy__cap_5","uri":"capability://code.generation.editing.vue.3.composition.api.component.generation","name":"vue 3 composition api component generation","description":"Generates Vue 3 single-file components (.vue) using Composition API with setup() functions, reactive state management, and proper TypeScript support. Converts Figma component properties to Vue props with type definitions, and generates event handlers and lifecycle hooks as needed. Produces scoped styles within