code-optimizer

Auditing PR diffs to optimize feature branches involves analyzing changes and proposing 3–5 concrete optimizations across frontend, backend, and patterns. The process executes changes through a plan-review loop validated by TDD-first tests and benchmarks.

TDD-first workflow refactors code by validating optimizations with tests and benchmarks before execution. It ensures code readability, performance, and maintainability improvements are implemented through a structured plan-review loop.

Analyzing a feature branch diff for performance improvements requires auditing the changes to identify optimization opportunities. It generates 3–5 concrete suggestions covering frontend, backend, and best practices to improve outcomes.

The code optimization process covers both frontend and backend changes by auditing PR diffs. It proposes concrete optimizations across FE, BE, and best-practice patterns, ensuring performance, readability, and maintainability improvements.

Diff analysis generates 3–5 concrete optimizations targeting frontend, backend, and best practices. These suggestions are then implemented through a plan-review loop with TDD-first validation.

You do not need to provide the entire codebase; the optimization focuses on reviewing only the changes on a feature branch or PR diff. Provide the branch name or CURRENT with an optional focus to generate the optimization plan.