Welcome to the ASP.NET-CORE-WEP-API-Repository-Pattern repository! This project serves as a starting point for implementing the Repository Pattern with the Unit of Work concept in your ASP.NET Core Web API projects. This architectural pattern will help you organize your data access layer effectively, making your code more maintainable and testable.
- Introduction to Repository Pattern and Unit of Work
- Getting Started
- Understanding Repository Pattern and Unit of Work
- Configuring Database Connection
- Contributing
- Search Keywords
- SEO Optimized Sentences
If you found this starter project helpful for implementing the Repository Pattern with a Generic Repository and Unit of Work in your ASP.NET Core Web API development, consider giving it a star to show your appreciation and to help other developers discover it.
Contributions to this project are also welcome! If you have suggestions, improvements, or new features to add, feel free to open a pull request. Together, we can make this starter project even more valuable for the community.
Thank you for checking out the ASP.NET-CORE-WEP-API-Repository-Pattern repository! I hope it accelerates your ASP.NET Core Web API development journey.
The Repository Pattern is a software design pattern that separates the data access logic from the rest of the application. It provides an abstraction layer to interact with the data storage while promoting better code organization and maintenance. The Unit of Work pattern helps manage the transactions and operations involving multiple repositories as a single unit.
Before you begin, ensure you have the following:
- ASP.NET Core SDK installed.
- Basic understanding of ASP.NET Core and Web API concepts.
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Navigate to the project directory:
cd ASP.NET-CORE-WEP-API-Repository-Pattern -
Build and run the application:
dotnet build dotnet run
The API will be accessible at
https://localhost:{PORT}.
In this starter project, the Repository Pattern is implemented using the Generic Repository to provide a structured and reusable way to interact with the data layer. The repositories encapsulate the logic for querying and manipulating entities while promoting code reusability. The Generic Repository abstracts away the common CRUD (Create, Read, Update, Delete) operations, reducing code duplication.
The Unit of Work class further enhances this architecture by managing transactions across multiple repositories. It ensures that a group of operations either complete successfully or fail together, promoting data integrity.
The project structure includes:
- Controllers: Handle incoming HTTP requests.
- Services: Implement business logic and interact with repositories.
- Repositories: Encapsulate data access logic using the Generic Repository pattern.
- Models: Define your data entities.
The connection string for the database can be configured in the appsettings.json file. Modify the DefaultConnection string to point to your desired database server and name.
"ConnectionStrings": {
"DefaultConnection": "Server=your-server;Database=your-database;User Id=your-user;Password=your-password;"
}Contributions to this starter project are welcome! If you find any issues or improvements, feel free to create a pull request.
ASP.NET Core, Web API, Repository Pattern, Unit of Work, Data Access, Database Abstraction, Entity Framework, Code Organization.
Learn how to implement the Repository Pattern and Unit of Work in ASP.NET Core Web API for efficient data access. Get started with the ASP.NET-CORE-WEP-API-Repository-Pattern project to enhance your API's code maintainability. Configure your database connection and dive into the world of structured data access in ASP.NET Core using the Repository Pattern. Contribute to the ASP.NET-CORE-WEP-API-Repository-Pattern project and help the community build better data-driven applications. Elevate your ASP.NET Core Web API skills by understanding how the Repository Pattern and Unit of Work pattern can transform your data access layer.