This precise course, “Clean Architecture in .NET 8 Core MVC with real time pro,” presents a clear clean progression from learning to expert competence. Exploring the Clean Architecture ideas deals with dividing software into layers: Domain, Infrastructure, Application, and UI. Students are introduced to the process of building a concert booking application, where the emphasis is on the application’s architecture, which is closely tied to the principles of the clean architecture process, where the business processes are separated from external factors.
In the center of clean architecture is the separation of business logic confined to domain entities; in this case, models are concerts, venues, users, and bookings. Around this is Application Interfaces, which describe operations recognizable by sources outside the system. These interfaces enable the Dependency Inversion principle, which is important as it promotes and regulates the coupling between modules at the higher and lower levels. Application Services, therefore, translate business logic and data transformations between the Domain and Infrastructure layers.
This can be explained 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: the business layer, the application layer, the system infrastructure, and the last level, which is often a web project. Leveraging ASP. DI provided by the NET Core interface created in the Application layer is mapped to its concrete implementation in Infrastructure, contributing to the attempt to achieve better modularity and code maintainability within the solution.
Clean Architecture in .NET 8 Core MVC with real time pro Table of Contents:
- Concert Booking Application: This project uses the Clean Architecture pattern, which includes four components, namely Domain, Application, Infrastructure, and UI.
- Repository Pattern with Unit of Work: The Infrastructure layer contains the Data Access layer, which uses the context and pattern Repository alongside the Unit of Work pattern. This helps establish an orderly fashion for handling data resources and managing transactions.
- Identity with Razor Pages: These include Applications, State management, Caching services, Personalization services, Role-based architecture, Membership services, and Logging and audits. Integrated NET Core Identity with
- Razor Page makes the experience more fluent and smooth.
- Role-based Access Control: Maintaining the admin and authenticated user role is the form of users within the developed application. Standards and power user accounts have administrative capabilities that standard everyday users have.
- Proper Authentication and Authorization: Strong identity verification checks provide assurance of users’ identity; on the other hand, access control policies determine who is approved to undertake what action within an application based on roles or privileges.
- Data Seeding: Seeding data helps establish the database for initial use and provides stable patterns that are useful for testing and using applications.
- Role and User Seeding: Concurrently, user accounts and roles are predefined into the system to facilitate account setup and enable administration to go live.
- Infrastructure Layer: This layer hides data access issues, which involve interactions with databases and any templates required for the data repositories. Implementing data management while using a generic repository along with the unit of work pattern increases flexibility and effectiveness.
- Application Layer with Utility Services: The Application Layer has business logic and utility services. It manages the business interactions between the Domain and Infrastructure layers. It helps to perform compound actions and isolate concerns in the application.
Who is this course for?
- Beginner to advanced learners
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