What does the Effective Go skill do?

It provides a framework of rules and checklists based on the official 'Effective Go' document to ensure your Go code is idiomatic, maintainable, and performant.

Can it help with Go naming conventions?

Yes, it identifies 'stuttering' in package names, ensures exported identifiers use MixedCaps, and suggests shorter, more idiomatic names for local variables.

How does this skill improve Go concurrency?

It enforces patterns like capturing loop variables in goroutines, using context for cancellation, and ensuring sync primitives are used with their zero values.

Does it enforce code formatting?

It strictly follows gofmt standards, encouraging developers to let the tool decide layout rather than using manual spacing or alignment.

Is this skill useful for API development?

Absolutely. It focuses on interface design at boundaries and concrete types inside, which is a core principle for building scalable Go APIs.

Effective Go Standards

Name: Effective Go Standards
Author: zskulcsar

byzskulcsar

Herramientas para Desarrolladores

Applies idiomatic Go patterns and best practices from the official Effective Go guide to ensure maintainable, performant, and clean code.

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The Effective Go skill serves as a specialized domain expert that translates the official Go documentation into actionable coding standards for your project. It helps developers move beyond syntax-level correctness to write code that is truly idiomatic, focusing on Go-specific philosophies like simplicity, explicit error handling, and concurrency safety. By integrating this skill, you ensure that your Go codebase follows industry-standard naming conventions, utilizes zero-value initialization effectively, and leverages the language's built-in tooling like gofmt for consistent layout. It is particularly useful for teams looking to maintain high-quality Go repositories or for developers transitioning from other languages who want to avoid 'writing Java in Go.'

Características Principales

Automatic layout alignment and gofmt compliance checking
0 GitHub stars
Optimization of interface boundaries and zero-value usability
Explicit error handling and wrapping patterns
Safe concurrency design including context propagation and goroutine management
Idiomatic naming convention enforcement for packages and identifiers

Casos de Uso

Refactoring legacy Go code to align with modern idiomatic standards
Designing robust concurrent systems using goroutines, channels, and context
Performing code reviews to ensure Go-specific maintainability and performance

Acerca de

Características Principales

Automatic layout alignment and gofmt compliance checking
0 GitHub stars
Optimization of interface boundaries and zero-value usability
Explicit error handling and wrapping patterns
Safe concurrency design including context propagation and goroutine management
Idiomatic naming convention enforcement for packages and identifiers

Casos de Uso

Refactoring legacy Go code to align with modern idiomatic standards
Designing robust concurrent systems using goroutines, channels, and context
Performing code reviews to ensure Go-specific maintainability and performance