electron-ipc

Orchestrate Electron IPC communication between main and renderer processes.

Updated Apr 2, 2026
One-click install
npx skills add https://github.com/gouravsingh311/splice-app --skill electron-ipc
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: electron-ipc
Source: https://github.com/gouravsingh311/splice-app/tree/main/.codex/skills/electron-ipc
Command: npx skills add https://github.com/gouravsingh311/splice-app --skill electron-ipc

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Electron apps require reliable, secure communication between the main process and renderer processes. Without a clear IPC pattern, data leakage, race conditions, and brittle UI code can arise.

Core Features & Use Cases

  • IPC handlers for request/response patterns between main and renderer
  • Event-driven messaging for status updates, progress, and user actions
  • Preload API wiring to expose safe, isolated functions to the renderer
  • Real-world use: coordinate a UI with long-running tasks executed in the main process

Quick Start

Wire up the preload API, register IPC handlers, and implement a stable main/renderer message flow to communicate between processes.

Frequently Asked Questions about electron-ipc

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I set up secure Electron IPC communication between the main and renderer processes?

Electron IPC communication between the main and renderer processes is established by defining a preload API surface, registering main process IPC handlers, and implementing a consistent event protocol for cross-process messaging. This ensures safe, isolated data exchange.

What is the best way to expose safe functions to the renderer using an Electron preload script?

The best way to expose safe functions to the renderer is through preload API wiring. This defines a specific API surface within the preload script, allowing the renderer to invoke isolated functions and send events across processes without direct access to Node.js APIs.

How do I implement request/response patterns and event-driven messaging in Electron main process IPC handlers?

Request/response patterns and event-driven messaging are implemented by registering IPC handlers in the main process. This allows the application to handle status updates, progress tracking, and user actions by sending events across processes via a stable message flow.

Why do I need a consistent IPC event protocol for coordinating UI with long-running tasks in Electron?

A consistent IPC event protocol is needed to coordinate UI with long-running tasks because it prevents data leakage, race conditions, and brittle UI code. It orchestrates reliable communication, ensuring status updates and task progress are accurately reflected across processes.

Can I use this Electron IPC pattern to prevent data leakage and race conditions in my app?

You can use this IPC pattern to prevent data leakage and race conditions by enforcing a consistent event protocol and a defined preload API surface. This structure isolates renderer access, ensuring reliable main and renderer process communication.