verify-then-draw

To generate accurate architecture diagrams from source code without rendering buggy logic, you enforce a three-tier verification gate that checks code correctness, diagram accuracy, and notation readability before producing any visual output.

The best way to audit code before creating a PlantUML sequence or deployment diagram is applying a gated workflow that requires explicit invariants, live execution data, and denominator topology to verify the underlying code first.

Yes, you can use a project-agnostic gated workflow to generate use-case, ERD, state, and component diagrams across different modules by verifying code correctness through route counting and AST topology before rendering.

Automated UML diagrams misrepresent the actual codebase architecture because they trust buggy code without enforcing explicit invariants, live execution data, or a human-in-the-loop safety gate during the rendering process.

To ensure notation readability when drawing component diagrams from verified code, you apply a tiered gate checking code correctness, diagram accuracy, and notation readability sequentially before final rendering.

Yes, you need live code execution data and explicit invariants to safely render pipeline diagrams, ensuring the visual output faithfully reflects the underlying code topology through a human-in-the-loop verification gate.