How does this skill help with the codegen workflow?

It automates the transition from TypeScript definitions (*.module.d.ts) to Dart implementations, ensuring the bridge code is consistent and type-safe.

Is this skill suitable for production plugins?

Yes, it follows the official OpenWebF flow, including guardrails for permission handling and explicit error management required for production-grade native plugins.

OpenWebF is a high-performance web rendering engine built on top of Flutter, allowing developers to use web technologies to build mobile and desktop applications.

Do I need to implement the Dart logic myself?

The skill generates the necessary boilerplate and registration code, but you will need to provide the specific implementation of the features in Dart.

What tools does this skill use?

It utilizes the webf-plugin tools, including module-codegen and MCP search tools, to access authoritative documentation and templates.

OpenWebF Bridge Module Generator

Name: OpenWebF Bridge Module Generator
Author: archview-ai

byarchview-ai

Mobile Development

Generates high-performance bridge modules and native plugins for OpenWebF using a TypeScript-to-Dart codegen workflow.

About

This skill streamlines the process of extending OpenWebF capabilities by automating the creation of native bridge modules. It guides developers through defining interfaces in TypeScript, generating the necessary Dart boilerplate, implementing native logic, and registering the module for use in JavaScript, ensuring type safety and architectural consistency between the web and Flutter environments.

Key Features

Integration with OpenWebF documentation and templates via MCP
Automated TypeScript-to-Dart boilerplate generation
0 GitHub stars
Step-by-step guidance for native module registration in Flutter
Type-safe API definition using *.module.d.ts files
Validation of API surfaces with built-in guardrails and error handling

Use Cases

Creating high-performance custom UI components that bridge JS and Dart
Exposing native Flutter device capabilities like camera or sensors to a WebF application
Implementing secure, typed communication channels between web logic and mobile host code

About

Key Features

Integration with OpenWebF documentation and templates via MCP
Automated TypeScript-to-Dart boilerplate generation
0 GitHub stars
Step-by-step guidance for native module registration in Flutter
Type-safe API definition using *.module.d.ts files
Validation of API surfaces with built-in guardrails and error handling

Use Cases

Creating high-performance custom UI components that bridge JS and Dart
Exposing native Flutter device capabilities like camera or sensors to a WebF application
Implementing secure, typed communication channels between web logic and mobile host code