Module Examples

The Offline Container repository serves as the reference implementation for building and integrating modules.

Offline Container Modules

Explore the Offline Container codebase to see how modules are structured, registered, and executed.

Reference implementation

The Offline Container repository contains the integration code for local AI tools such as image generators, text generation LLMs, and audio synthesis tools.

Core structure

Entry point: The src/main.ts file acts as the main entry point. It registers all available modules with LynxHub.
Renderer script: The src/renderer.ts file handles the frontend module scripts.
Module configuration: The package.json file configures dependencies and build configurations using Rollup.

Module registration

Each module registers an identifier and its lifecycle methods. The following code snippet shows how modules are registered in src/main.ts:

import {MainModules, MainModuleUtils} from '../../src/common/types/plugins/modules';
import Comfy_MM from './Container/Image/ComfyUI (comfyanonymous)/MainMethods';

export default async function initialModule(utils: MainModuleUtils): Promise<MainModules[]> {
  return [
    {
      id: 'comfyui',
      methods: () => Comfy_MM(utils),
    },
  ];
}

Key utilities

The utils parameter provides helpers to interact with the host application:

utils.logger: Logs messages to the central console.
utils.processManager: Manages the lifecycle of child processes.
utils.settings: Accesses user-defined module configurations.

Last modified on June 18, 2026

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Offline Container Modules

Reference implementation

Core structure

Module registration

Key utilities

Offline Container Modules

​Reference implementation

​Core structure

​Module registration

​Key utilities

Reference implementation

Core structure

Module registration

Key utilities