dotnet-efcore-architecture

Design an EF Core data layer architecture by separating read and write operations using independent DbContext types, optimizing read paths through projection strategies while maintaining data integrity during writes.

Prevent N+1 query problems in EF Core by implementing governance strategies that detect inefficient data access patterns, utilizing projection strategies and pagination to optimize query execution and data loading.

Implement the repository pattern in EF Core by defining aggregate roots and managing their boundaries, ensuring data access aligns with domain logic while maintaining separation between read and write concerns.

EF Core supports separate DbContext types for read and write operations, allowing you to optimize read volumes independently while enforcing data integrity during writes in .NET applications.

You need read/write separation in your .NET data layer when handling high read volumes efficiently while maintaining strict data integrity during writes, especially useful in architectures like e-commerce applications.

EF Core repository patterns require careful aggregate boundary management to avoid performance pitfalls like N+1 queries, demanding strategic pagination and projection implementation to maintain scalability and maintainability.