Is Unslopify intended for use during active development?

Absolutely. It is best used as a quick check before committing code or as a tool to assist during the code review process.

What programming languages does Unslopify support?

Unslopify is currently optimized for TypeScript, JavaScript, Go, and Rust, providing domain-specific cleanup for these ecosystems.

Can I run specific checks instead of a full audit?

Yes, Unslopify supports granular flags such as --types, --srp, --fail-fast, and --dry to focus on specific areas of code quality.

How does Unslopify help with technical debt?

It identifies 'sloppy' indicators like HACK comments, interface{} usage, and swallowed exceptions, suggesting structural fixes to the root causes.

Unslopify

Name: Unslopify
Author: shanev

byshanev

Developer Tools

Refactors sloppy code by enforcing type strictness, single responsibility principles, and robust error handling patterns.

About

Unslopify is a tactical code quality skill for Claude Code designed to eliminate technical debt and 'sloppy' programming patterns. It utilizes four specialized analyzers to identify weak typing, oversized functions, silent failures, and redundant code. By focusing on immediate quality issues, it helps developers transition from fragile implementations to production-grade code that is easier to maintain and less prone to runtime errors, making it an essential tool for pre-commit checks and deep code reviews.

Key Features

Fail-Fast Pattern Detection: Surfaces swallowed errors and silent fallbacks to ensure explicit failure handling.
Type Strictness Analysis: Replaces 'any' and weak types with strong, domain-specific type definitions.
0 GitHub stars
Multi-Language Optimization: Specialized patterns for TypeScript, JavaScript, Go, and Rust development.
DRY (Don't Repeat Yourself) Auditing: Locates duplicated logic and suggests clean utility extractions.
Single Responsibility Enforcement: Identifies and breaks down god classes and bloated 500-line functions.

Use Cases

Refactoring legacy codebases to improve maintainability and type safety.
Automating code quality audits before submitting pull requests.
Enforcing architectural standards during collaborative code review sessions.

About

Key Features

Fail-Fast Pattern Detection: Surfaces swallowed errors and silent fallbacks to ensure explicit failure handling.
Type Strictness Analysis: Replaces 'any' and weak types with strong, domain-specific type definitions.
0 GitHub stars
Multi-Language Optimization: Specialized patterns for TypeScript, JavaScript, Go, and Rust development.
DRY (Don't Repeat Yourself) Auditing: Locates duplicated logic and suggests clean utility extractions.
Single Responsibility Enforcement: Identifies and breaks down god classes and bloated 500-line functions.

Use Cases

Refactoring legacy codebases to improve maintainability and type safety.
Automating code quality audits before submitting pull requests.
Enforcing architectural standards during collaborative code review sessions.