thermo-nuclear-code-quality-review

A maintainability audit evaluates code changes for structural complexity and modularity regressions. It identifies spaghetti branching, oversized files, and leaky abstractions, pushing for cleaner type boundaries and stricter decomposition before code merges.

To reduce spaghetti branching, audit refactored code for ad-hoc conditionals, wrapper layers, and unnecessary complexity. Enforcing boundary clarity and canonical helpers replaces messy special cases with simpler, more direct implementations.

Yes, this code review approach checks for leaky abstractions and poor modularity. It critiques abstraction quality and code organization with a strict lens, demanding cleaner type boundaries and clearer ownership of logic to prevent maintainability regressions.

The best way to enforce decomposition checks on branch diffs is applying strict audits that flag oversized files and shared conditional paths. This approach demands smaller files and high-conviction recommendations favoring simpler implementations.

Use an automated maintainability audit when a refactor risks making implementation harder to read or split, or when a pull request balloons core files and spreads conditionals across shared paths, preventing long-term structural debt.