What are the benefits of using Clean Architecture in WPF?

Clean Architecture decouples business logic from the UI, making the application significantly easier to test, maintain, and update without affecting the core domain rules.

Where is the Dependency Injection setup located in this structure?

Dependency Injection is centrally configured in the WpfApp project, which acts as the 'Composition Root' to connect all architectural layers.

Is the ViewModel layer separated from WPF dependencies?

Yes, the structure places ViewModels in a dedicated project that depends only on the Application layer, ensuring logic remains platform-agnostic where possible.

Does this skill support the latest versions of .NET?

Absolutely. The structure is designed for modern .NET (Core/5/6/7/8+) and utilizes Directory.Build.props for streamlined common build settings.

Can I apply this structure to existing WPF projects?

Yes, it provides a reference hierarchy that serves as a roadmap for incrementally refactoring legacy codebases into separate, manageable layers.

WPF Clean Architecture Architect

Name: WPF Clean Architecture Architect
Author: christian289

bychristian289

•

Productivity & Workflow

Designs and organizes enterprise-grade WPF solutions using Clean Architecture principles and MVVM patterns.

About

This skill provides a standardized blueprint for building scalable WPF applications by implementing Clean Architecture. It guides developers through organizing solutions into distinct layers—Domain, Application, Infrastructure, and Presentation—ensuring a clear separation of concerns and maintainable codebases. It includes specific guidance on project naming conventions, dependency hierarchy, and Dependency Injection setup, making it an essential tool for starting new .NET projects or refactoring legacy WPF monoliths into modular systems.

Key Features

Dependency Injection (DI) configuration using Microsoft.Extensions.Hosting
Explicit dependency hierarchy to prevent tight coupling between UI and core logic
6 GitHub stars
MVVM pattern enforcement for WPF presentation logic and UI separation
Clean Architecture project scaffolding with Domain, Application, and Infrastructure layers
Standardized .NET solution naming conventions and folder structures

Use Cases

Initializing a new enterprise WPF application with a professional-grade folder structure
Refactoring a tightly coupled WPF project into a modular, testable architecture
Standardizing project organization across a .NET development team for better collaboration

About

Key Features

Dependency Injection (DI) configuration using Microsoft.Extensions.Hosting
Explicit dependency hierarchy to prevent tight coupling between UI and core logic
6 GitHub stars
MVVM pattern enforcement for WPF presentation logic and UI separation
Clean Architecture project scaffolding with Domain, Application, and Infrastructure layers
Standardized .NET solution naming conventions and folder structures

Use Cases

Initializing a new enterprise WPF application with a professional-grade folder structure
Refactoring a tightly coupled WPF project into a modular, testable architecture
Standardizing project organization across a .NET development team for better collaboration