celluloid/celluloid
Celluloid
Celluloid is a concurrent object framework for the Ruby language. It implements the actor model to enable the construction of multithreaded programs where objects communicate through asynchronous message passing to avoid shared state locks.
The framework provides a system for managing asynchronous interactions without manual locking or thread management. It utilizes actor-based object orientation to handle parallel execution and non-blocking tasks.
The project covers several architecture and capability areas, including mailbox-driven execution, fiber-based task scheduling, and proxy-based method interception. It also incorporates supervision trees for fault tolerance to monitor actor lifecycles and restart failed components.
Features
- Actor-Based Concurrency - Implements an actor-based concurrency model where isolated objects communicate via asynchronous message passing to ensure thread safety.
- Actor Frameworks - Provides a framework for building distributed and concurrent Ruby systems using the actor model.
- Actor Mailboxes - Provides a mailbox-driven execution system that queues incoming calls for sequential, thread-safe processing.
- Actor Models - Provides a library for implementing actor-based concurrency and isolated state management in Ruby.
- Fiber-Based Schedulers - Utilizes lightweight cooperative fibers to schedule tasks and suspend execution while waiting for actor responses.
- Ruby Parallel Processing - Implements concurrency and parallelism patterns specifically for the Ruby language runtime.
- Concurrent Object Frameworks - Serves as a comprehensive system for managing asynchronous object interactions without manual locks.
- Asynchronous Task Execution - Allows running long-running operations in the background without blocking the main execution flow.
- Concurrent Object Programming - Facilitates developing multithreaded applications using object-oriented patterns and background processing.
- Supervision Trees - Implements supervision trees to monitor actor lifecycles and automatically restart failed components for fault tolerance.
- Method Interception Proxies - Uses proxy layers to intercept method calls and convert them into asynchronous messages for actor mailboxes.
- Multithreaded Application Architectures - Provides an architecture for scaling Ruby code across multiple threads using isolated actor states for safety.
