About vue-best-practices
A Vue performance guide for developers reviewing, refactoring, or generating Vue code. Its 18 prioritized rules cover reactivity, components, computed values, templates, and Composition API patterns.
Key features
- 0118 prioritized performance rules
- 02Guidance on reactivity APIs
- 03Component rendering optimizations
- 04Computed and watcher practices
- 05Template optimization
- 06Composition API patterns
Use cases
- 01Review Vue code for performance issues
- 02Refactor reactive state handling
- 03Optimize rendering of large lists
Install
Copy the command and run it in a terminal.
npx skills add https:/ / github.com/ vinayakkulkarni/ vue-nuxt-best-practices --skill vue-best-practicesAfter installing, type/vue-best-practicesin Claude Code to confirm it loaded.
Bundled files
References and scripts installed along with SKILL.md.
AGENTS.mdmetadata.jsonpackage.jsonrules/_sections.md_template.mdcomponent-async.mdcomponent-functional.mdcomponent-keep-alive.mdcomponent-v-memo.mdcomponent-v-once.mdcomposable-return-refs.mdcomposable-single-responsibility.mdcomputed-cache.mdcomputed-dependencies.mdreactivity-avoid-destructure.mdreactivity-raw-values.mdreactivity-ref-vs-reactive.mdreactivity-shallowRef.mdreactivity-toRefs.mdtemplate-avoid-v-if-v-for.mdtemplate-key-attribute.mdtemplate-v-show-vs-if.mdwatch-deep-avoid.mdscripts/build.tsvalidate.tsDetails
From the project READMEVue Best Practices
Comprehensive performance optimization guide for Vue.js applications (verified against the official Vue 3.5+ docs). Contains 18 rules across 5 categories, prioritized by impact to guide automated refactoring and code generation.
When to Apply
Reference these guidelines when:
- Writing new Vue components
- Implementing reactive state and computed properties
- Reviewing code for performance issues
- Refactoring existing Vue code
- Optimizing rendering and re-renders
- Working with Composition API or Options API
Rule Categories by Priority
| Priority | Category | Impact | Prefix |
|---|---|---|---|
| 1 | Reactivity Fundamentals | CRITICAL | reactivity- |
| 2 | Component Performance | CRITICAL | component- |
| 3 | Computed & Watchers | HIGH | computed- / watch- |
| 4 | Template Optimization | MEDIUM-HIGH | template- |
| 5 | Composition API Patterns | MEDIUM | composable- |
Quick Reference
1. Reactivity Fundamentals (CRITICAL)
reactivity-ref-vs-reactive- Prefer ref() as the primary reactivity APIreactivity-avoid-destructure- Don't destructure reactive objectsreactivity-toRefs- Use toRefs()/getters when destructuring is neededreactivity-shallowRef- Use shallowRef() for large non-reactive datareactivity-raw-values- Treat toRaw() as a narrow escape hatch
2. Component Performance (CRITICAL)
component-async- Use defineAsyncComponent for heavy componentscomponent-keep-alive- Cache component state with KeepAlivecomponent-v-memo- v-memo micro-optimization for 1000+ item listscomponent-v-once- Use v-once for static contentcomponent-functional- Keep stateless components simple
3. Computed & Watchers (HIGH)
computed-cache- Use computed() for derived values, not methodscomputed-dependencies- Understand fine-grained per-property dependency trackingwatch-deep-avoid- Avoid deep watchers on large objects
4. Template Optimization (MEDIUM-HIGH)
template-v-show-vs-if- v-show for frequent toggles, v-if for raretemplate-key-attribute- Always use unique primitive keys in v-fortemplate-avoid-v-if-v-for- Never use v-if and v-for on same element
5. Composition API Patterns (MEDIUM)
composable-single-responsibility- One concern per composablecomposable-return-refs- Return refs, not reactive objects
How to Use
Read individual rule files for detailed explanations and code examples:
rules/reactivity-ref-vs-reactive.md
rules/component-v-memo.md
rules/_sections.md
Each rule file contains:
- Brief explanation of why it matters
- Incorrect code example with explanation
- Correct code example with explanation
- Additional context and references
Full Compiled Document
For the complete guide with all rules expanded: AGENTS.md