How does the skill detect changes automatically?

It utilizes git diff analysis to identify modified patterns in the codebase and compares those changes against the provided planning documentation or explicit user input.

Can it detect if I missed a field rename in a UI label?

Yes, it includes a dedicated UI layer check that scans FormLabels, table headers, and text literals to ensure user-facing labels match the updated plan.

Is it safe to use on large monorepos?

Yes, it is designed to search across specific package paths and module directories (like packages/core) to find related implementation layers efficiently without scanning unrelated files.

Which frameworks and languages are supported?

While the logic is adaptable, it is currently optimized for TypeScript and React environments, specifically scanning types.ts, hooks.ts, components.tsx, and Zod schemas.

Does it verify complex mathematical formulas?

Yes, the skill checks for the presence of new operators, parameters, and calculation patterns within utility functions and calculation hooks to ensure logic matches the spec.

Plan-to-Code Sync Verifier

Name: Plan-to-Code Sync Verifier
Author: invigoworks

byinvigoworks

0•

Security & Testing

Verifies that planning document updates are accurately synchronized across all implementation layers of your codebase.

The verify-plan-changes skill ensures total consistency between your technical specifications and your implementation. It automatically identifies changes in formulas, field names, conditional logic, and constants within planning documents and verifies their propagation across types, business logic, UI components, and validation schemas. It is an essential tool for developers working on complex business applications where a single change in a specification—such as a tax rate adjustment or a field rename—must be reflected accurately across multiple architectural layers to prevent regressions and logic errors.

Key Features

01Automatic change detection using git diff analysis and pattern recognition

02Standardized verification reports with PASS/FAIL status for each architectural layer

03Comprehensive field rename tracking with residual reference searching

04Business logic and formula verification for hooks and utility functions

050 GitHub stars

06Multi-layer propagation checking across Types, Hooks, UI, and Schemas

Use Cases

01Ensuring large-scale field renames are completed across all core modules and mocks

02Verifying code updates after a project specification or legal requirement change

03Validating that new conditional business logic is correctly implemented in both hooks and UI components

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add invigoworks/invigo-marketplace verify-plan-changes

For use in Claude.ai and ChatGPT

Key Features

01Automatic change detection using git diff analysis and pattern recognition

02Standardized verification reports with PASS/FAIL status for each architectural layer

03Comprehensive field rename tracking with residual reference searching

04Business logic and formula verification for hooks and utility functions

050 GitHub stars

06Multi-layer propagation checking across Types, Hooks, UI, and Schemas

Use Cases

01Ensuring large-scale field renames are completed across all core modules and mocks

02Verifying code updates after a project specification or legal requirement change

03Validating that new conditional business logic is correctly implemented in both hooks and UI components

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add invigoworks/invigo-marketplace verify-plan-changes

For use in Claude.ai and ChatGPT