plankton-code-quality

Write-time code quality enforcement applies auto-formatting and linting through PostToolUse hooks on every file edit, ensuring consistent code quality without manual intervention across multiple languages.

AI-powered code fixing leverages Claude subprocesses to resolve complex code violations that traditional linters cannot fix automatically, delegating repairs through a subprocess architecture after collecting violations.

Write-time code quality enforcement supports multiple languages including Python, TypeScript, Shell, YAML, JSON, TOML, Markdown, and Dockerfiles for comprehensive multi-language formatting and linting coverage.

Config protection prevents LLMs from disabling linter rules to pass automated code quality checks, ensuring formatting and linting standards remain intact during AI-assisted code modifications.

Package manager enforcement blocks legacy package managers like pip and npm, promoting modern alternatives to maintain consistent dependency management standards alongside automated code formatting and linting.

The three-phase architecture operates through auto-format, violation collection, and subprocess delegation for fixes, integrating Claude-powered fixes via PostToolUse hooks to enforce code quality at write-time.