Nx Generator Plugin

This tool models Nx generator plugin configurations within Nx workspaces and is intended for developers, lead engineers, and architecture teams responsible for monorepo tooling. It does not execute generators; it analyzes configuration inputs to validate scaffolding behavior and to produce a stable blueprint for implementation and review.
Conceptually, the tool reads the generator schema, extracts required and optional options, and constructs a dependency graph that links generators to projects and libraries. It then verifies inputs against the schema, applies sensible defaults, and flags conflicts, deprecations, or unsupported option types.
Output artifacts include a normalized generated_config, a structured validation_report, and a dependency_map suitable for documentation or tooling automation. These outputs enable consistent plugin behavior, easier onboarding, and repeatable CI validation without executing code.
Core features cover: schema-driven validation, default inference, cross-generator dependency analysis, version-aware checks, and exportable artifacts in JSON or YAML. Use cases span planning new generators, auditing existing configurations, and documenting standards for teams.
Unique value lies in combining configuration modeling with exportable artifacts and actionable validation insights, all in a single, language-agnostic model. It is most beneficial for Nx-based monorepos seeking disciplined generator practices and accelerated contributor onboarding. It emphasizes correctness, traceability, and maintainability across release cycles. By formalizing the plugin configuration as artifacts, teams can automate reviews, governance, and change management. The model supports future extension to alternate ecosystems while preserving core semantics, ensuring that evolution of generators remains auditable and consistent across Nx versions.