$ show pneumaticapp/pneumaticworkflow
Pneumatic is an open-source SaaS workflow management system built with a Django backend and React/TypeScript frontend. The platform enables users to create workflow templates, execute workflows, manage tasks, collaborate with teams, and track progress through a comprehensive UI. It features multi-tenancy, payment processing (Stripe integration), notification systems, file attachments, reporting, and various third-party integrations. The architecture follows a microservices-like separation using Docker Compose, with distinct services for backend, frontend, database (PostgreSQL), caching (Redis), messaging (RabbitMQ), and file storage. The codebase demonstrates solid engineering practices with clear separation of concerns, though it shows some technical debt from using Django 2.2 and accumulated migration complexity.
The LLM identified 4 files worth highlighting for reuse:
A comprehensive SVG icon library with consistent styling and TypeScript exports. Each icon is a self-contained component with proper props typing, making it easily reusable in any web project. The pattern demonstrates thoughtful component organization and export strategies that could be extracted as a standalone UI kit.
A centralized HTTP request wrapper that abstracts fetch operations with built-in error handling, configuration management, and response mapping. This component isolates API communication concerns, providing a consistent interface for all frontend-backend interactions. It demonstrates skilled abstraction of common HTTP patterns with proper error boundaries and extensibility.
A focused service class encapsulating workflow execution business logic, separate from models and views. This pattern demonstrates clean separation of concerns, making the business logic testable and reusable across different entry points (API, tasks, signals). The service follows single responsibility principles and could be adapted for other domains with minimal modification.
Custom Django REST Framework permission classes implementing fine-grained access control for account-related resources. This component shows skilled implementation of authorization logic that is framework-agnostic in concept and easily portable. The permissions are well-tested, isolated, and demonstrate proper DRF extension patterns.