uniwind

Uniwind best practices for React Native styling with Tailwind CSS. This skill should be used when writing, reviewing, or refactoring React Native code using Uniwind. Triggers on tasks involving Uniwind, className styling, Tailwind in React Native, NativeWind migration, or theming.

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저장소: pproenca/dot-skills
최근 소스 활동: 2026년 5월 27일 09:50
감지된 SKILL.md 언어: 영어
스타: 215
포크: 19

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SKILL.md

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name: uniwind
description: Uniwind best practices for React Native styling with Tailwind CSS. This skill should be used when writing, reviewing, or refactoring React Native code using Uniwind. Triggers on tasks involving Uniwind, className styling, Tailwind in React Native, NativeWind migration, or theming.

# Uniwind Best Practices Comprehensive performance optimization and best practices guide for Uniwind - the fastest Tailwind CSS bindings for React Native. Contains 45+ rules across 8 categories, prioritized by impact to guide automated refactoring and code generation. ## When to Apply Reference these guidelines when: - Setting up Uniwind in a new React Native project - Configuring Metro plugin and CSS entry points - Building theme systems with CSS variables - Integrating third-party components with className support - Creating responsive layouts for mobile and tablet - Optimizing styling performance - Migrating from NativeWind to Uniwind ## Rule Categories by Priority | Priority | Category | Impact | Prefix | |----------|----------|--------|--------| | 1 | Build-Time Configuration | CRITICAL | `build-` | | 2 | Theme Architecture | CRITICAL | `theme-` | | 3 | Component Integration | HIGH | `comp-` | | 4 | Responsive Design | HIGH | `resp-` | | 5 | Performance Optimization | MEDIUM-HIGH | `perf-` | | 6 | Platform Patterns | MEDIUM | `plat-` | | 7 | State & Interaction | MEDIUM | `state-` | | 8 | Migration & Compatibility | LOW-MEDIUM | `compat-` | ## Quick Reference ### 1. Build-Time Configuration (CRITICAL) - [`build-metro-config`](references/build-metro-config.md) - Configure Metro Plugin with Required Options - [`build-css-entry`](references/build-css-entry.md) - Place CSS Entry File in App Root Directory - [`build-typescript-types`](references/build-typescript-types.md) - Configure TypeScript Definition File Location - [`build-restart-metro`](references/build-restart-metro.md) - Restart Metro After Configuration Changes - [`build-debug-mode`](references/build-debug-mode.md) - Enable Debug Mode During Development - [`build-rem-polyfill`](references/build-rem-polyfill.md) - Configure rem Base Value for Design System Consistency ### 2. Theme Architecture (CRITICAL) - [`theme-css-variables`](references/theme-css-variables.md) - Define Theme Variables with @theme Directive - [`theme-variant-blocks`](references/theme-variant-blocks.md) - Use @variant Blocks for Theme Definitions - [`theme-consistent-variables`](references/theme-consistent-variables.md) - Define Identical Variables Across All Themes - [`theme-custom-registration`](references/theme-custom-registration.md) - Register Custom Themes in Metro Config - [`theme-oklch-colors`](references/theme-oklch-colors.md) - Use OKLCH Color Space for Perceptual Uniformity - [`theme-light-dark-function`](references/theme-light-dark-function.md) - Use light-dark() Function for Adaptive Colors - [`theme-no-provider`](references/theme-no-provider.md) - Remove ThemeProvider Wrapper from App ### 3. Component Integration (HIGH) - [`comp-with-uniwind`](references/comp-with-uniwind.md) - Use withUniwind for Third-Party Components - [`comp-module-level`](references/comp-module-level.md) - Define Wrapped Components at Module Level - [`comp-prop-mapping`](references/comp-prop-mapping.md) - Use Custom Prop Mappings for Non-Style Props - [`comp-accent-colors`](references/comp-accent-colors.md) - Use accent-* Classes for Color Prop Extraction - [`comp-reanimated`](references/comp-reanimated.md) - Reanimated Components Work Without withUniwind - [`comp-custom-css`](references/comp-custom-css.md) - Use Custom CSS Classes for Complex Reusable Styles ### 4. Responsive Design (HIGH) - [`resp-mobile-first`](references/resp-mobile-first.md) - Design Mobile-First with Progressive Enhancement - [`resp-limit-breakpoints`](references/resp-limit-breakpoints.md) - Limit Breakpoints to 3-5 for Maintainability - [`resp-visibility-toggle`](references/resp-visibility-toggle.md) - Use hidden/flex for Responsive Visibility - [`resp-custom-breakpoints`](references/resp-custom-breakpoints.md) - Define Custom Breakpoints with Semantic Names - [`resp-responsive-spacing`](references/resp-responsive-spacing.md) - Scale Spacing and Typography Responsively ### 5. Performance Optimization (MEDIUM-HIGH) - [`perf-static-classnames`](references/perf-static-classnames.md) - Use Complete Static Class Names for Build-Time Resolution - [`perf-use-resolve-sparingly`](references/perf-use-resolve-sparingly.md) - Use useResolveClassNames Sparingly - [`perf-memoize-variants`](references/perf-memoize-variants.md) - Memoize Variant Style Objects - [`perf-tailwind-merge`](references/perf-tailwind-merge.md) - Use tailwind-merge for Class Deduplication - [`perf-avoid-inline-styles`](references/perf-avoid-inline-styles.md) - Prefer className Over Inline style Prop - [`perf-combine-styles`](references/perf-combine-styles.md) - Combine className and style Prop Correctly ### 6. Platform Patterns (MEDIUM) - [`plat-ios-android-selectors`](references/plat-ios-android-selectors.md) - Use Platform Selectors for iOS/Android Differences - [`plat-safe-area-context`](references/plat-safe-area-context.md) - Use react-native-safe-area-context for Safe Areas - [`plat-yoga-layout`](references/plat-yoga-layout.md) - Understand Yoga Layout Engine Differences - [`plat-web-selector`](references/plat-web-selector.md) - Use web: Selector for Cross-Platform Apps - [`plat-font-families`](references/plat-font-families.md) - Configure Font Families Without Fallbacks ### 7. State & Interaction (MEDIUM) - [`state-pressable-states`](references/state-pressable-states.md) - Use Pressable with active:/focus:/disabled: States - [`state-data-selectors`](references/state-data-selectors.md) - Use Data Selectors for Component State Styling - [`state-no-hover`](references/state-no-hover.md) - Avoid hover: on Native - Use active: Instead - [`state-group-variants`](references/state-group-variants.md) - Use Group Variants for Parent-Child Styling (WIP) - [`state-dark-mode`](references/state-dark-mode.md) - Use dark: Variant for Dark Mode Styles ### 8. Migration & Compatibility (LOW-MEDIUM) - [`compat-nativewind-migration`](references/compat-nativewind-migration.md) - Follow NativeWind Migration Checklist - [`compat-tailwind-4-syntax`](references/compat-tailwind-4-syntax.md) - Use Tailwind 4 CSS-First Configuration - [`compat-rem-default`](references/compat-rem-default.md) - Account for Different rem Default Values - [`compat-cssinterop-replacement`](references/compat-cssinterop-replacement.md) - Replace cssInterop with withUniwind - [`compat-safe-area-changes`](references/compat-safe-area-changes.md) - Replace *-safe Classes with Safe Area Context ## How to Use Read individual reference files for detailed explanations and code examples: - [Section definitions](references/_sections.md) - Category structure and impact levels - [Rule template](assets/templates/_template.md) - Template for adding new rules ## Reference Files | File | Description | |------|-------------| | [AGENTS.md](AGENTS.md) | Complete compiled guide with all rules | | [references/_sections.md](references/_sections.md) | Category definitions and ordering | | [assets/templates/_template.md](assets/templates/_template.md) | Template for new rules | | [metadata.json](metadata.json) | Version and reference information |

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ray-llm

LLM workloads on open-source Ray (pinned to 2.57) — OpenAI-compatible serving with ray.serve.llm (vLLM-backed LLMConfig + build_openai_app) and batch inference with ray.data.llm (build_processor). Corrects the stale defaults a model produces — the archived ray-llm repo and its YAML configs, hand-rolled vLLM engines inside plain Serve deployments, the removed build_llm_processor name, deprecated boolean stage flags, top-level LLMServer/LLMRouter imports, free-form accelerator strings, one-deployment-per-LoRA-adapter designs — with the 2.57 idioms (stage configs, placement_group_config over hand-rolled PGs, deployment_config autoscaling, dynamic LoRA multiplexing, prefix-cache-affinity routing, the full OpenAI endpoint surface). Use when writing, reviewing, or productionizing LLM serving or batch inference on Ray. Classic-ML Ray (Train/Tune/Data/Serve/clusters) lives in the sibling ray skill.

2026-08-15

ray

Production Ray (open-source, pinned to 2.57) for classic-ML workloads from training to serving — Ray Train, Tune, Data, Serve, Core, and cluster deployment on KubeRay. Corrects the older-corpus defaults a model reaches for (ray.air session reporting, Trainer-inside-Tuner, tune.run, map_batches concurrency=, DatasetPipeline/to_torch, max_concurrent_queries, RayServeHandle + ray.get, Deployment.deploy, ray.state, ray.get-in-a-loop) with the 2.57 idioms that replaced them (Train V2 defaults, driver-function tuning, compute strategies, streaming datasets, DeploymentHandle/DeploymentResponse, serve build/deploy, ray.util.state, KubeRay CRDs and Jobs API). Use when writing, reviewing, or productionizing Python code that touches Ray distributed training, data pipelines, hyperparameter tuning, model serving, or Ray cluster operations. LLM serving/batch-inference on Ray lives in the sibling ray-llm skill.

2026-08-15

mlflow-3

MLflow 3 (open-source, pinned to 3.15) for classic-ML MLOps — logging and registering models, promoting versions across dev/staging/prod, standing up a tracking server, evaluating with gates, and serving. Corrects the MLflow 2-era defaults a model reaches for (artifact_path, registry stages and get_latest_versions, top-level mlflow.evaluate with baseline_model, runs-URI registration, pickle serialization, mlruns file stores, MLServer serving) with the MLflow 3 idioms that replaced them (named LoggedModels, aliases and copy_model_version, models.evaluate plus validate_evaluation_results, skops/torch.export defaults, database backends, the FastAPI scoring server). Use when writing, reviewing, or migrating Python code that touches MLflow tracking, the model registry, evaluation, or serving.

2026-08-15

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uniwind

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