How does it handle error management?

The skill promotes the Result Pattern to avoid using exceptions for flow control, leading to cleaner, faster, and more predictable API responses.

Can it help with database performance?

Absolutely. It provides optimized patterns for EF Core, including AsNoTracking for read-heavy operations and Dapper for high-performance raw SQL queries.

Does this skill support the latest .NET versions?

Yes, it includes patterns specifically optimized for .NET 8 and .NET 9, including features like keyed services and Minimal API enhancements.

Is this suitable for Clean Architecture?

Yes, it provides a standardized project structure spanning Domain, Application, Infrastructure, and API layers to ensure strict separation of concerns.

.NET Backend Development Patterns

Name: .NET Backend Development Patterns
Author: Tahir-yamin

byTahir-yamin

•

API Development

Implements production-grade C# and .NET patterns for robust APIs, service architectures, and high-performance data access.

About

This skill equips Claude with the architectural blueprints and coding standards necessary to build enterprise-ready .NET applications. It provides expert guidance on modern C# patterns for 2024 and 2025, including Clean Architecture project structures, advanced dependency injection techniques, and high-performance asynchronous programming. By leveraging this skill, developers can ensure their backend services are scalable, maintainable, and follow industry best practices for data persistence with EF Core, configuration management via the IOptions pattern, and resilient error handling using the Result pattern.

Key Features

3 GitHub stars
Advanced Dependency Injection patterns including scoped, singleton, and keyed services.
Type-safe application configuration management using the IOptions pattern family.
Optimized async/await patterns to prevent deadlocks and improve thread utilization.
Standardized Clean Architecture project structure for separation of concerns.
Robust data access strategies using EF Core configurations and Dapper repositories.

Use Cases

Building scalable RESTful APIs or Minimal APIs using .NET 8 and .NET 9.
Developing Model Context Protocol (MCP) servers for AI-integrated backends.
Refactoring legacy C# codebases to modern asynchronous and dependency injection standards.

About

Key Features

3 GitHub stars
Advanced Dependency Injection patterns including scoped, singleton, and keyed services.
Type-safe application configuration management using the IOptions pattern family.
Optimized async/await patterns to prevent deadlocks and improve thread utilization.
Standardized Clean Architecture project structure for separation of concerns.
Robust data access strategies using EF Core configurations and Dapper repositories.

Use Cases

Building scalable RESTful APIs or Minimal APIs using .NET 8 and .NET 9.
Developing Model Context Protocol (MCP) servers for AI-integrated backends.
Refactoring legacy C# codebases to modern asynchronous and dependency injection standards.