dart-setup-ffi-assets

Automate native C/C++ compilation and linking into Dart Code Assets.

Updated Aug 27, 2026
One-click install
npx skills add https://github.com/mordechai30/.agents --skill dart-setup-ffi-assets-mordechai30
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: dart-setup-ffi-assets
Source: https://github.com/mordechai30/.agents/tree/main/skills/dart-setup-ffi-assets
Command: npx skills add https://github.com/mordechai30/.agents --skill dart-setup-ffi-assets-mordechai30

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill requires code_assets, hooks, native_toolchain_c, record_use, ffigen.

What problem does it solve?

This Skill eliminates the complexity of manually configuring native C/C++ toolchains and linking logic in Dart and Flutter projects, ensuring cross-platform compatibility and optimized binary sizes.

Core Features & Use Cases

  • Native Asset Hooks: Automates the build and link lifecycle using Dart's native hook system.
  • Tree-Shaking Optimization: Reduces binary size by stripping unused native symbols via linker tree-shaking.
  • Use Case: When integrating a C library like SQLite into a Flutter app, use this Skill to configure the build.dart and link.dart hooks to ensure the library is correctly compiled, linked, and optimized for all target platforms.

Quick Start

Use the dart-setup-ffi-assets skill to configure the build and link hooks for my native C library integration.

Frequently Asked Questions about dart-setup-ffi-assets

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

FAQPage Schema
How do I automate compiling and linking C libraries for Dart FFI?

Configure Dart FFI native asset hooks to automate C/C++ compilation, packaging, and linking into Dart Code Assets. This eliminates manual toolchain configuration and ensures optimized binary distribution across cross-platform Flutter targets.

How do I configure build.dart and link.dart hooks for a native C library in Flutter?

Configure build.dart and link.dart hooks for native C libraries by orchestrating Dart's native asset hook system. This automates the build and link lifecycle to ensure correct compilation and cross-platform compatibility.

Can I reduce Flutter app binary size by tree-shaking unused native C symbols?

Reduce Flutter app binary size by stripping unused native C symbols via linker tree-shaking. This optimization is applied during the native asset linking process to minimize the final binary footprint.

Does this native C interop approach work for cross-platform Flutter projects?

Yes, this native C interop approach applies to cross-platform Flutter and Dart projects requiring high-performance native integration. It ensures correct compilation and optimized binary distribution across various target platforms.

What is the best way to package native C/C++ source code into Dart Code Assets?

Package native C/C++ source code into Dart Code Assets by automating compilation and linking through native asset hooks. This replaces manual toolchain configuration with programmatic orchestration for optimized binary distribution.

Do I need to manually configure native C/C++ toolchains when integrating FFI in Dart?

No, you do not need to manually configure native C/C++ toolchains. Automating build and link hooks using package:native_toolchain_c and package:code_assets eliminates manual configuration complexity and ensures cross-platform compatibility.