go-testing-code-review

Analyze Go test files for table-driven tests, assertions, and coverage patterns.

Updated Feb 17, 2026
One-click install
npx skills add https://github.com/javierhbr/random-poc --skill go-testing-code-review-javierhbr
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: go-testing-code-review
Source: https://github.com/javierhbr/random-poc/tree/main/custom-skills/beagle-main/plugins/beagle-go/skills/go-testing-code-review
Command: npx skills add https://github.com/javierhbr/random-poc --skill go-testing-code-review-javierhbr

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill helps developers write more effective, maintainable, and robust Go test suites by identifying common anti-patterns and promoting best practices in test structure, assertions, and coverage.

Core Features & Use Cases

  • Table-Driven Test Analysis: Ensures tests are structured for clarity and reusability.
  • Assertion Best Practices: Guides on writing informative error messages.
  • Coverage Guidance: Promotes testing edge cases and error paths.
  • Use Case: When reviewing a new Go package, use this Skill to automatically flag tests that are not table-driven, lack descriptive error messages, or fail to cover critical scenarios, leading to higher quality code.

Quick Start

Use the go-testing-code-review skill to analyze the Go test file '/path/to/your/service_test.go'.

Frequently Asked Questions about go-testing-code-review

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I review Go test code for best practices and anti-patterns?

You can review Go test code by analyzing *_test.go files to identify anti-patterns like testing internal implementation, shared mutable state, and assertions lacking context, ensuring adherence to testing best practices.

What are common anti-patterns in Go table-driven tests?

Common anti-patterns in Go table-driven tests include testing internal implementation details, relying on shared mutable state across test cases, and writing assertions without descriptive context or informative error messages.

How do I improve error message clarity in Go unit tests?

Improve error message clarity in Go unit tests by analyzing assertion statements to ensure they provide context, clearly explaining failures rather than just returning a boolean value from a simple equality check.

Does this approach work with standard Go test files?

Yes, this approach works directly with standard Go test files, specifically analyzing *_test.go files to evaluate test suite quality, coverage patterns, and table-driven test structures.

What's the best way to ensure coverage for edge cases in Go testing?

The best way to ensure edge case coverage in Go testing is to analyze test suites for coverage patterns, actively flagging missing critical scenarios and error paths to promote more robust test structures.