Optimizing Software Architecture: Using the Repository Pattern in Decoupling Data Access Logic
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Optimizing Software Architecture: Using the Repository Pattern in Decoupling Data Access Logic
AzraJabeen Mohamed Ali
Azra.jbn@gmail.com
Independent researcher, California, USA
Abstract: In modern software development, maintaining clean and scalable architecture is crucial for long-term maintainability and flexibility. The Repository Pattern offers an effective solution to decouple data access logic from business logic, promoting a more organized and maintainable codebase. This paper explores the Repository Pattern as a strategic design pattern that isolates data persistence concerns from the rest of the application, allowing developers to create more modular and testable systems. We examine the benefits of applying this pattern, including improved separation of concerns, easier unit testing, and enhanced code reusability. The paper also discusses common pitfalls and challenges in implementing the Repository Pattern, such as overengineering and the potential for performance issues. Through case studies and practical examples, this work demonstrates how the Repository Pattern can optimize software architecture, streamline data handling processes, and provide a more adaptable foundation for evolving systems. Ultimately, the Repository Pattern serves as a powerful tool for achieving cleaner, more efficient, and decoupled software architecture.
Keywords: design pattern, repository, architecture, decoupling, data access layer, entity framework.
DOI: 10.55041/ISJEM00104