Manga: The Clean Architecture Sample Implementation with .NET Core 🌀

Sample implementation of the Clean Architecture Principles with .NET Core. Use cases as central organizing structure, decoupled from frameworks and technology details. Built with small components that are developed and tested in isolation.

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Manga is a Virtual Wallet application in which a customer can register an account then manage the balance with Deposits, Withdraws and Transfers.

The Manga's demo is hosted on Azure servers and the Swagger UI client is available at https://clean-architecture-manga.azurewebsites.net/swagger/index.html. It is just beautiful!

Run the Docker container in less than 2 minutes using Play With Docker:

Motivation

Learn how to design modular applications.

Explore the .NET Core features.

Learn how to design modular applications

Learning how to design modular applications will help you become a better engineer. Designing modular applications is the holy grail of software architecture, it is hard to find engineers experienced on designing applications which allows adding new features in a steady speed.

Explore the .NET Core features

.NET Core brings a sweet development environment, an extensible and cross-platform framework. We will explore the benefits of it in the infrastructure layer and we will reduce its importance in the application and domain layers. The same rule is applied for modern C# language syntax.

Learn from the open source community

This is continually updated, open source project.

Contributions are welcome!

Contributing

Learn from the community.

Feel free to submit pull requests to help:

• Fix errors.
• Improve sections.
• Add new sections.
• Submit questions and bugs.
• I am part of a large network of Brazilian developers, to include them in the discussions I pinned the Discussão em Português.

Index of Clean Architecture Manga

Home

• Motivation
  • Learn how to design modular applications
  • Explore the .NET Core features
  • Learn from the open source community
• Contributing

Use Cases

Flow of Control

• Register Flow of Control
• Get Customer Details Flow of Control

Architecture Styles

• Hexagonal Architecture Style
  • Ports
  • Adapters
  • The Left Side
  • The Right Side
• Onion Architecture Style
• Clean Architecture Style

Design Patterns

• Controller
• ViewModel
• Presenter
  • Standard Output
  • Error Output
  • Alternative Output
• Unit of Work
• First-Class Collections
• Factory

Domain-Driven Design Patterns

• Value Object
• Entity
• Aggregate Root
• Repository
• Use Case

Separation of Concerns

• Domain
• Application
• Infrastructure
• User Interface

Encapsulation

Test-Driven Development TDD

Fakes

SOLID

• Single Responsibility Principle
• Open-Closed Principle
• Liskov Substitution Principle
• Interface Segregation Principle
• Dependency Inversion Principle

.NET Core Web API

• Swagger and API Versioning
• Microsoft Extensions
• Feature Flags
• Logging
• Data Annotations
• Authentication
• Authorization

Entity Framework Core

• Add Migration
• Update Database

Environment Configurations

DevOps

• Running the Application Locally
• Running the Tests Locally
• Continuous Integration & Continuous Deployment

Docker

• SQL Server

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Contributors ✨

Thanks goes to these wonderful people (emoji key):

Ivan Paulovich 🎨 ⚠️ 💻	Petr Sedláček ⚠️ 💻	Gus 🎨 ⚠️	arulconsultant ⚠️	Guilherme Silva 🎨 ⚠️ 💻
Ondřej Štorc 🎨 ⚠️	Marlon Miranda da Silva 🎨 ⚠️	NicoCG ⚠️	Filipe Augusto Lima de Souza 🎨 ⚠️ 💻	sshaw-sml ⚠️ 💻
Matheus Neder ⚠️	димитрий матиенко 🎨 ⚠️	morphlogic ⚠️ 💻	Felipe Lambert ⚠️ 💻	Philippe Matray 🎨 💻
Leandro Fagundes 💬	Bart van Ommen 🤔 💻	qpippop 🤔	Cesar Pereira 💻

This project follows the all-contributors specification. Contributions of any kind welcome!

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