moai-framework-electron

A secure Electron app architecture separates code into Main, Renderer, Preload, and Shared folders to enforce strict security hardening and manage the window lifecycle safely. This structure isolates privileged APIs from the renderer process.

Type-safe IPC contracts in an Electron application are established by defining strict preload exposures and shared type definitions. This ensures secure communication between the Main and Renderer processes without exposing dangerous Node.js APIs.

Configuring auto-updates for cross-platform Electron apps involves integrating electron-updater to handle differential updates. The workflow requires specific configuration standards to ensure seamless distribution across macOS, Windows, and Linux.

Packaging an Electron desktop app for macOS, Windows, and Linux uses electron-builder to create self-contained distributions. You must configure cross-platform packaging patterns to ensure reproducible deployments across all target operating systems.

Yes, this Electron scaffolding approach supports renderer isolation by enforcing strict security hardening across the application. It provides a secure window lifecycle management approach and limits preload exposure to maintain a robust isolated renderer.