Busirocket Refactor Workflow

Refactor Workflow

Strict, step-by-step refactoring guidance for maintaining code quality.

When to Use

Use this skill when:

• Refactoring files with multiple exports (use @file workflow)
• Splitting components/hooks/utils into smaller files
• Moving inline types to types/
• Enforcing post-refactor quality checks

Non-Negotiables (MUST)

• After any refactor: run the project's standard checks (e.g. yarn check:all) as a mandatory quality gate.
• If a file has multiple responsibilities, split immediately.
• If a hook/component contains helpers, extract them.
• If a file declares types inline, move them to types/.
• Never use index/barrel files; import from concrete modules only.

@file Refactor Workflow

When referencing @file for a one-shot refactor:

• Exactly one exported symbol per file.
• No inline interface/type declarations in non-type files.
• No helper functions inside components/hooks.

Rules

@file Refactor Workflow

• refactor-file-workflow - @file refactor workflow (strict constraints)
• refactor-mandatory-checks - Mandatory checks after refactor

Refactoring TypeScript/React

• refactor-goals - Goals for refactoring (many small files, one export per file)
• refactor-decision-rules - Decision rules for when to split files
• refactor-never-index-files - Never use index files
• refactor-post-refactor-checks - Post-refactor checks (MANDATORY)

Post-Refactor Checks

• refactor-golden-path - Golden path for post-refactor checks
• refactor-file-size-guidelines - File size targets and max lines
• refactor-if-something-fails - What to do if checks fail
• refactor-when-to-split - Fast heuristics for when to split files

Related Skills

• busirocket-core-conventions - File structure and boundaries
• busirocket-typescript-standards - TypeScript standards to enforce
• busirocket-react - Component/hook patterns

How to Use

Read individual rule files for detailed explanations and code examples:

rules/refactor-file-workflow.md
rules/refactor-decision-rules.md
rules/refactor-post-refactor-checks.md

Each rule file contains:

• Brief explanation of why it matters
• Code examples (correct and incorrect patterns)
• Additional context and best practices