golang-patterns

Idiomatic Go error handling involves explicitly checking errors before proceeding, wrapping them with context using `fmt.Errorf`, and returning them up the call stack rather than panicking, ensuring robust and maintainable applications.

Go concurrency best practices utilize goroutines and channels for safe communication, implementing patterns like worker pools and leveraging context for cancellation and timeouts to build efficient concurrent programs.

Idiomatic Go interface design favors small, consumer-defined interfaces, while package organization groups related functionality by domain to improve code readability and maintainability across the application.

Following Go project conventions involves separating business logic from infrastructure, organizing packages by responsibility, and applying standard structural patterns to ensure the codebase remains maintainable as it scales.

Common Go anti-patterns include overusing interface abstractions, ignoring context propagation, improper error wrapping, and incorrect struct initialization, which compromise performance and code maintainability.