$ show opsmill/infrahub
Infrahub is a full-stack infrastructure data management platform that provides a unified data model for network, cloud, and infrastructure resources. It features schema-first graph-based data modeling (using Neo4j), version control for data via branching and proposed changes, automation through generators and transforms, and integration capabilities via APIs, webhooks, and SDKs. The backend is built with Python/FastAPI, Prefect for workflow orchestration, and uses Neo4j as the primary graph database. The frontend is a React/TypeScript application with TanStack Query and Jotai for state management. The system supports IPAM, diff computation, artifact generation, and role-based access control, targeting infrastructure teams seeking repeatable, validated workflows for infrastructure as a service.
The LLM identified 4 files worth highlighting for reuse:
Implements a plugin-based constraint validation system where attribute constraints (like kind, regex, length) are registered as dependencies and resolved via a dependency injection container. This pattern allows for extensible, isolated validation logic that can be reused in other object validation systems with minimal modification.
Part of a modular diff enrichment pipeline that processes diff data to add hierarchical relationship information. Each enricher is a self-contained class that transforms diff payloads independently, demonstrating a clean pipeline pattern applicable to any change-tracking or data enrichment system.
A reusable migration runner that handles loading, dependency resolution, and execution of versioned schema migrations. It is decoupled from Infrahub-specific schema logic and could be adapted for other migration systems with minimal changes, showcasing a robust framework for managing evolving data models.
Provides a thread-safe, allocatable pool for IP addresses with support for subnets, exclusion ranges, and efficient allocation/release. This self-contained resource management pattern solves a common IPAM problem and could be extracted for use in any system requiring managed resource pools (e.g., port numbers, VLAN IDs).