Gallifrey Rules

A modern robust framework for handling real-time events
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Read the Docs . Sample Application

Interested in Gallifrey-Rules?

I offer free one to one sessions via Google Meet to kick-start adoption or to answer questions about the library. Please reach out at mail[at]gallifrey-rules.dev

Features at a glance

• Structured Event-Driven Architecture (EDA): Enforces a disciplined approach to event-driven development, ensuring consistency and best practices across your projects.
• Transform Consumer Blackbox => Modular design with Filters, Rules, DataObjects, and Actions as customizable plugins, enabling seamless extension and flexibility.
• Dynamic Plugin Management: All modules, including plugins and providers, are dynamically loaded and referenced by name,
• Namespace-Oriented Projects: Projects are organized into Namespaces, each consisting of a Namespace Schema and a list of modules, promoting modularity and reusability.
• Abstracted Configuration Management: Configurations are managed through an abstracted provider, allowing them to be sourced from any backend, ensuring flexibility in various environments.
• Logging and Metrics: Logging and metrics are abstracted behind providers, offering a consistent and extensible approach to monitoring and diagnostics. Out of the box support for InfluxDB/Grafana.
• Journal Logging: Capturing/grouping high level logs that happen during a single event.
• Scheduled Events Support: Native support for scheduling events in the future, with rules that can seamlessly trigger new events based on business logic.
• Distributed Locks: Out-of-the-box support for distributed locks, enabling atomic event processing and ensuring data integrity across distributed systems.
• Asynchronous Actions: Actions can be easily converted into Async Actions with dedicated consumer topics, allowing for efficient time management and workload distribution.
• Comprehensive Metrics Tracking: Tracks counts and durations for each plugin type, enabling quick identification of performance bottlenecks, such as slow data pullers or actions.
• Enforced Naming Conventions: Consistent naming conventions across the library, enhancing the developer experience and reducing the likelihood of errors.
• Resilient Error Handling: The ReactToFailure mechanism is abstracted behind a provider, giving developers control over how to handle unexpected errors in a customizable and consistent manner.
• Fully supports TypeScript.