Can this skill help with data mutations?

Yes, it includes specific Write Atom patterns for CRUD operations that ensure read atoms are properly refreshed after a mutation occurs.

What are Jotai Reactive Atoms in the context of Electron?

They are specialized state management patterns that use the Jotai library to handle data flow between Electron's main and renderer processes via IPC and HTTP.

Why does this skill forbid async getters in Hybrid Atoms?

Async getters in atoms can lead to race conditions and performance lag; this skill enforces synchronous conditional logic to ensure the UI remains responsive.

How does it handle IPC performance?

The skill provides patterns to always debounce IPC handlers, which prevents the UI from thrashing when high-frequency updates are received from the main process.

Jotai Reactive Atoms

Name: Jotai Reactive Atoms
Author: naporin0624

bynaporin0624

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API開発

Implements high-performance reactive state management in Electron using Jotai atoms and real-time IPC synchronization.

概要

This skill provides specialized patterns and best practices for managing complex state in Electron renderer processes using the Jotai library. It enables developers to implement sophisticated 'Hybrid Atoms' that seamlessly bridge real-time IPC data streams with standard HTTP fallbacks, ensuring responsive and consistent user interfaces. By enforcing rules like synchronous getters and debounced handlers, it helps prevent UI thrashing and ensures that state mutations correctly trigger UI refreshes, making it essential for building robust desktop applications with Claude Code.

主な機能

Enforcement of synchronous getters to prevent performance bottlenecks
Optimized Write Atom patterns for CRUD mutations
Hybrid Atom patterns for real-time IPC and HTTP fallback integration
Stream Atom implementations for managing IPC event subscriptions
1 GitHub stars
Automated debouncing logic for IPC handlers to ensure UI stability

ユースケース

Implementing efficient data mutation patterns with automatic cache invalidation
Synchronizing local UI state with remote backend services in a desktop environment
Building real-time dashboards in Electron that update via IPC event streams

概要

主な機能

Enforcement of synchronous getters to prevent performance bottlenecks
Optimized Write Atom patterns for CRUD mutations
Hybrid Atom patterns for real-time IPC and HTTP fallback integration
Stream Atom implementations for managing IPC event subscriptions
1 GitHub stars
Automated debouncing logic for IPC handlers to ensure UI stability

ユースケース

Implementing efficient data mutation patterns with automatic cache invalidation
Synchronizing local UI state with remote backend services in a desktop environment
Building real-time dashboards in Electron that update via IPC event streams