How does this skill help with Flutter development?

It provides a standardized framework for organizing code into Domain, Data, and Presentation layers, making your Flutter apps significantly easier to test, maintain, and scale.

Can I use this skill to refactor existing code?

Yes, it provides the structural guidance and implementation patterns necessary to migrate 'spaghetti code' into a clean, decoupled architecture.

Does this skill work with specific state management libraries?

While the architectural patterns are general and apply to any library, it includes implementation examples for popular solutions like GetX and standard Controller patterns.

What is the 'Dependency Rule' in this context?

The rule states that outer layers (like UI or Data Sources) can depend on inner layers (like Domain), but inner layers should never depend on outer layers, ensuring business logic is protected.

Clean Architecture Patterns for Flutter

Name: Clean Architecture Patterns for Flutter
Author: Kaakati

byKaakati

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Mobile Development

Implements enterprise-grade software architecture by enforcing layer separation and dependency inversion in mobile applications.

About

This skill provides Claude with the specialized knowledge required to architect Flutter applications using Clean Architecture principles. It facilitates the strict separation of concerns across Domain, Data, and Presentation layers, ensuring code is testable, maintainable, and scalable. By leveraging dependency inversion and standardized use case patterns, it helps developers build robust mobile applications where business logic remains decoupled from external frameworks, UI components, and data sources.

Key Features

Standardized Use Case patterns for business logic
Domain entity and repository interface generation
2 GitHub stars
Layered architecture enforcement (Domain, Data, Presentation)
Dependency Inversion implementation and guidance
Data layer modeling with JSON serialization patterns

Use Cases

Refactoring existing monolithic codebases into organized architectural layers
Designing complex business logic that is independent of UI or external APIs
Starting a new Flutter project with a scalable, enterprise-ready foundation

About

Key Features

Standardized Use Case patterns for business logic
Domain entity and repository interface generation
2 GitHub stars
Layered architecture enforcement (Domain, Data, Presentation)
Dependency Inversion implementation and guidance
Data layer modeling with JSON serialization patterns

Use Cases

Refactoring existing monolithic codebases into organized architectural layers
Designing complex business logic that is independent of UI or external APIs
Starting a new Flutter project with a scalable, enterprise-ready foundation