How does the Lint Fix Loop handle complex errors?

It follows a prioritized hierarchy, addressing type and import errors first, fixing them individually, and re-verifying after every change to prevent regressions.

What happens if the skill gets stuck on a specific error?

If an error cannot be resolved automatically, the skill documents the blockage in a progress file and outputs a BLOCKED status for user intervention.

Can it fix all errors in a single pass?

It intentionally fixes errors one by one. This iterative approach ensures that each fix is verified by the linting tool before moving to the next issue, maintaining codebase stability.

Does it just add suppression comments like eslint-disable?

No, the skill's philosophy is to understand and fix the root cause of the error. Suppression comments are only used as a last resort for documented false positives.

Lint Fix Loop

Name: Lint Fix Loop
Author: jagreehal

byjagreehal

0•

Developer Tools

Iteratively identifies and resolves linting errors to maintain a clean, high-quality codebase without suppressing warnings.

The Lint Fix Loop skill automates the tedious process of cleaning up codebase errors by following a disciplined, iterative approach. Instead of broad, automated fixes that might introduce bugs, it focuses on resolving one issue at a time, prioritizing critical type and import errors before moving to stylistic improvements. By emphasizing root-cause fixes over suppression comments like 'eslint-disable', it ensures your project adheres to best practices and remains maintainable for the long term.

Key Features

01Root-cause analysis to avoid unnecessary lint suppression

02Prioritized fix hierarchy focusing on type and import errors first

03Iterative error resolution for comprehensive codebase cleaning

040 GitHub stars

05Automated verification after every individual fix

06Continuous loop execution until zero errors remain

Use Cases

01Cleaning up a legacy project with accumulated linting warnings

02Standardizing code quality after a major configuration update

03Preparing a pull request by ensuring it meets all repository style and type requirements

Key Features

01Root-cause analysis to avoid unnecessary lint suppression

02Prioritized fix hierarchy focusing on type and import errors first

03Iterative error resolution for comprehensive codebase cleaning

040 GitHub stars

05Automated verification after every individual fix

06Continuous loop execution until zero errors remain

Use Cases

01Cleaning up a legacy project with accumulated linting warnings

02Standardizing code quality after a major configuration update

03Preparing a pull request by ensuring it meets all repository style and type requirements