Does it support Assisted Injection?

Yes, it provides guidelines for using @AssistedInject for parameters that can only be provided at runtime.

How are Hilt modules optimized by this skill?

It recommends using @Binds in abstract classes over @Provides wherever possible to reduce the size of the generated code.

Why use this over manual Dagger implementation?

The skill enforces Hilt's standardized approach, which significantly reduces boilerplate and prevents common manual Dagger configuration errors.

Which components does this skill cover?

It covers Application setup, Activity/Fragment entry points, Hilt modules, ViewModels, and proper component scoping.

Android Hilt Dependency Injection

Name: Android Hilt Dependency Injection
Author: fierzone

byfierzone

•

Mobile Development

Standardizes Android dependency injection setup using Hilt and Dagger best practices to ensure architectural consistency.

This skill provides Claude with specialized knowledge for implementing Hilt-based dependency injection in Android applications. It enforces industry-standard patterns such as proper component scoping with SingletonComponent and ViewModelComponent, efficient code generation through @Binds, and the prioritization of constructor injection over field injection. By guiding developers through mandatory setup requirements and identifying anti-patterns like manual Dagger creation, it streamlines the development of testable, scalable, and maintainable mobile codebases.

Key Features

012 GitHub stars

02Promotes efficient @Binds patterns for reduced code generation

03Guides implementation of constructor and assisted injection

04Standardizes Hilt module configuration and component scoping

05Ensures correct Application and EntryPoint annotation placement

06Identifies and prevents manual Dagger implementation anti-patterns

Use Cases

01Bootstrapping dependency injection in a new Android project

02Refactoring legacy Dagger boilerplate to Hilt standards

03Implementing runtime parameter handling with Assisted Injection

Key Features

012 GitHub stars

02Promotes efficient @Binds patterns for reduced code generation

03Guides implementation of constructor and assisted injection

04Standardizes Hilt module configuration and component scoping

05Ensures correct Application and EntryPoint annotation placement

06Identifies and prevents manual Dagger implementation anti-patterns

Use Cases

01Bootstrapping dependency injection in a new Android project

02Refactoring legacy Dagger boilerplate to Hilt standards

03Implementing runtime parameter handling with Assisted Injection