How does this skill help with offline mode?

It provides specific integration patterns for TanStack Query and MMKV to manage cache and persistent state reliably when the device is offline.

Does it include help for authentication routing?

Yes, it includes patterns for Expo Router layouts and instructions on how to compose them correctly with authentication state guards.

What libraries are covered by this skill?

The skill provides patterns for Expo, Expo Router, React Navigation, Zustand state management, MMKV persistence, and TanStack Query (React Query).

What specific anti-patterns does this skill prevent?

It identifies and helps fix store hydration race conditions, authentication logic placed in the wrong architectural layers, and inconsistent query key management.

React Native Expo Stack Integration

Name: React Native Expo Stack Integration
Author: xoai

byxoai

•

Mobile Development

Provides opinionated integration patterns for building production-grade mobile apps using Expo, Zustand, MMKV, and TanStack Query.

This skill streamlines mobile development by bridging the gaps between popular React Native libraries, focusing specifically on the 'integration seams' where complex bugs often reside. It offers structured guidance on architectural challenges such as synchronizing Zustand with MMKV for persistent storage, managing Expo Router navigation guards, and coordinating TanStack Query for robust offline-first experiences. By following these established patterns, developers can avoid common pitfalls like store hydration race conditions and inconsistent authentication flows while maintaining a clean, scalable codebase.

Características Principales

01Seamless Expo Router and authentication flow composition

02MMKV-backed Zustand store persistence and hydration strategies

0315 GitHub stars

04Optimized TanStack Query patterns for offline state management

05Automated detection of stack-specific anti-patterns and hydration races

06Standardized mobile project structure and layer architecture

Casos de Uso

01Implementing robust offline data persistence in an Expo-based mobile application

02Resolving race conditions between global state hydration and UI rendering

03Designing complex navigation guards and layout structures with Expo Router

Características Principales

01Seamless Expo Router and authentication flow composition

02MMKV-backed Zustand store persistence and hydration strategies

0315 GitHub stars

04Optimized TanStack Query patterns for offline state management

05Automated detection of stack-specific anti-patterns and hydration races

06Standardized mobile project structure and layer architecture

Casos de Uso

01Implementing robust offline data persistence in an Expo-based mobile application

02Resolving race conditions between global state hydration and UI rendering

03Designing complex navigation guards and layout structures with Expo Router