How does this skill handle runtime dependencies?

It encourages the use of @AssistedInject for construction that requires parameters only available at runtime.

What is the Android Hilt Claude Code Skill?

It is a specialized capability that directs Claude to follow standardized patterns for implementing dependency injection in Android apps using Hilt.

Does this skill support manual Dagger implementations?

No, this skill treats manual Dagger component creation as an anti-pattern and guides the user toward Hilt's standardized approach.

Why does the skill prefer @Binds over @Provides?

@Binds is preferred because it is an abstract method that leads to less generated code, improving build performance and binary size.

Which Android components can be annotated using this skill?

It provides guidance for annotating the Application class, Activities, Fragments, and ViewModels with appropriate Hilt annotations.

Android Dependency Injection (Hilt)

Name: Android Dependency Injection (Hilt)
Author: HoangNguyen0403

byHoangNguyen0403

•

276

•

Mobile Development

Implements standardized Dagger Hilt patterns for robust Android dependency injection and modular architecture.

This skill provides a comprehensive framework for implementing Dependency Injection in Android applications using Hilt. It guides Claude to follow industry best practices, including optimized module setup using @Binds, proper component scoping (SingletonComponent, ViewModelComponent), and the enforcement of constructor injection over field injection. By identifying common anti-patterns like manual Dagger component creation, it ensures your Android codebase remains clean, testable, and aligned with modern Google recommendations.

Key Features

01276 GitHub stars

02Standardized Hilt configuration for Application and Android components

03Optimized module binding using @Binds for efficient code generation

04Strict enforcement of constructor and assisted injection patterns

05Explicit scoping guidelines for various Android lifecycles

06Automated detection of manual Dagger anti-patterns

Use Cases

01Refactoring legacy manual Dagger implementations to standardized Hilt modules

02Implementing runtime parameter injection using Assisted Injection patterns

03Architecting a new Android application with scalable dependency injection

Key Features

01276 GitHub stars

02Standardized Hilt configuration for Application and Android components

03Optimized module binding using @Binds for efficient code generation

04Strict enforcement of constructor and assisted injection patterns

05Explicit scoping guidelines for various Android lifecycles

06Automated detection of manual Dagger anti-patterns

Use Cases

01Refactoring legacy manual Dagger implementations to standardized Hilt modules

02Implementing runtime parameter injection using Assisted Injection patterns

03Architecting a new Android application with scalable dependency injection