This course, "Clean Architecture in .NET 8 Core MVC with real time pro," offers a structured path from foundational knowledge to advanced proficiency. Delving into Clean Architecture principles, it emphasizes the organization of software into distinct layers, namely Domain, Infrastructure, Application, and UI. Students are guided through the development of a concert booking application, where the focus lies on maintaining a clear separation of concerns and ensuring the core business logic remains independent of external dependencies.
At the core of Clean Architecture lies the segregation of business rules encapsulated within Domain Entities, including models like Concerts, Venues, Users, and Bookings. Surrounding this core are Application Interfaces, defining operations accessible from external sources. These interfaces facilitate Dependency Inversion, a pivotal principle ensuring loose coupling between higher and lower-level modules. Application Services then bridge the gap between the Domain and Infrastructure layers, orchestrating business logic and data transformations.
In the practical implementation within ASP.NET Core, the course "Clean Architecture in .NET 8 Core MVC with real time pro" guides students through setting up a solution with distinct projects for each layer: Domain, Application, Infrastructure, and the presentation layer, typically a web project. Leveraging ASP.NET Core's built-in Dependency Injection, interfaces defined in the Application layer are bound to their corresponding implementations in Infrastructure, fostering modularity and maintainability within the solution.
Clean Architecture in .NET 8 Core MVC with real time pro Table of Contents:
- Concert Booking Application: This project follows the Clean Architecture pattern, comprising four distinct layers: Domain, Application, Infrastructure, and UI.
- Repository Pattern with Unit of Work: The Data Access layer, part of the Infrastructure, implements the Repository pattern coupled with the Unit of Work pattern. This ensures a structured approach to data access and transaction management.
- Identity with Razor Pages: Authentication and authorization are managed using ASP.NET Core Identity, integrated with Razor Pages, for a seamless user experience.
- Role-based Access Control: The application distinguishes between an Admin role and regular authenticated users. Admins have elevated privileges compared to standard users.
- Proper Authentication and Authorization: Robust authentication mechanisms validate user identities, while authorization rules govern access to various application features based on roles and permissions.
- Data Seeding: Data seeding facilitates initial data setup, ensuring a consistent and predictable environment for application testing and deployment.
- Role and User Seeding: In addition to data seeding, predefined roles and user accounts are seeded into the system, streamlining the setup process and enabling administrators to start up quickly.
- Infrastructure Layer: This layer encapsulates data access concerns, including database interactions and repository implementations. Generic repositories and the unit of work pattern contribute to data management's flexibility and efficiency.
- Application Layer with Utility Services: The Application layer hosts business logic and utility services, orchestrating interactions between the Domain and Infrastructure layers. These services facilitate complex operations and ensure the separation of concerns within the application.
Who is this course for?
- Beginner to advanced learners
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