Introduction to the Architecture Project
The Architecture project is a comprehensive example that utilizes cutting-edge technologies and proven best practices to offer a blueprint for future development projects. This educational project aims to both share knowledge and serve as a reference for developers embarking on new endeavors.
Core Principles and Patterns
The Architecture project is structured around several foundational principles and patterns known for improving software quality:
- Clean Architecture & Clean Code: Ensures codebases are maintainable and scalable.
- SOLID Principles: Encourages robust software design through dependency management.
- KISS & DRY Principles: Promotes simplicity and reduces redundancy.
- Fail Fast & Common Closure Principles: Minimizes errors and groups changes for stability.
- Mediator & Result Patterns: Simplifies communication and outcomes management.
- Folder-by-Feature Structure: Organizes the code to enhance clarity and accessibility.
- Separation of Concerns: Isolates different functionalities for better maintainability.
Benefits
By adhering to these principles, the Architecture project boasts several benefits:
- A straightforward and adaptable architecture.
- A uniform process for validation, logging, security, and response handling.
- Reduced cyclical references and minimized unnecessary dependency injection.
- Feature-based segregation and clear responsibility allocation.
- Simplified unit testing, enhancing the ability to verify code functionality.
Technologies
The project leverages modern technologies and tools, including:
- .NET: A platform for building applications.
- ASP.NET Core and Entity Framework Core: For web applications and database interaction.
- C#: The primary coding language.
- Angular and UIkit: For building dynamic user interfaces.
Getting Started
There are multiple ways to run and interact with the Architecture project, including:
- Command Line: Using basic .NET, SQL Server, Node, and Angular CLI installations.
- Visual Studio Code: Leveraging this code editor with additional extensions.
- Visual Studio: A more integrated development environment.
- Docker: For containerized deployment.
Packages and Layers
- Source and Packages: Access source code and package details on GitHub and NuGet.
- Layered Structure: Web, Application, Domain, Model, and Database layers each serve distinct roles from handling web interfaces to managing data.
Detailed Layer Overview
- Web Frontend and Backend: Interaction services, route guards, error handling, and request/response management.
- Application Layer: Directs business flow but excludes actual business logic.
- Domain Layer: Contains core business entities and operations, ensuring all logic remains independent and cohesive.
- Model Layer: Facilitates data movement across layers.
- Database Layer: Manages and configures data persistence.
This project not only stands as an educational resource but also as a practical guide for creating reliable, efficient, and scalable software applications. Whether you're a seasoned developer or new to software architecture, the Architecture project provides the tools and insights needed to effectively structure modern applications.