fix-quality

You can automate Python quality gates by running a sequential workflow that applies ruff format, ruff check --fix, ruff check, and ty check to format code, auto-fix lint issues, and surface type errors.

The best way to run ruff and ty checks before a commit is to execute them in a strict sequence: format the code, apply lint fixes, verify remaining lint errors, and finally run the type checker to ensure clean code.

Yes, you need both ruff and ty available in your environment to enforce Python quality gates, as the automation requires them to execute formatting, linting, and type checking sequentially.

Sequential Python code quality enforcement works by chaining four steps: ruff format standardizes style, ruff check --fix auto-resolves lint errors, ruff check reports remaining issues, and ty check validates types.

Your type check may fail after ruff formatting because formatting only standardizes code style; you still need to run a dedicated type checker like ty to identify and report underlying type errors in your Python module.

Yes, you can use this Python quality automation across local development workflows, as it applies standard ruff and ty commands to ensure formatting, linting, and type checking pass before commits in any Python project.