dotnet-patterns

The Result pattern in C# returns explicit success or failure states instead of throwing exceptions. This approach improves code readability and debuggability by forcing developers to handle errors immediately without relying on exception handling for control flow.

Implement the Repository pattern with EF Core by creating abstraction classes for database operations. This organizes data access logic centrally, ensuring maintainable APIs and testable code while avoiding direct DbContext injection into business logic layers.

Common async/await anti-patterns in .NET include blocking on asynchronous code with .Result and using async void methods. Identifying these pitfalls early ensures robust applications by preventing deadlocks and unobserved task exceptions during asynchronous programming.

The Options pattern in .NET binds configuration sections to strongly-typed objects. This provides safer configuration management by validating settings at startup, preventing runtime errors caused by missing or malformed configuration values in your application.

Preferring immutability and explicit over implicit in C# creates predictable data models and clear execution paths. This idiomatic usage reduces side effects and hidden behaviors, significantly improving application maintainability and performance.

Organize Minimal APIs in .NET by applying guard clauses for early returns and grouping endpoints logically. This pattern ensures better maintainability and performance by keeping validation explicit and avoiding deeply nested conditional logic.