Explore the various concurrency models in Ruby, including threading, multiprocessing, and event-driven models. Understand Ruby's concurrency mechanisms, the Global Interpreter Lock (GIL), and how to choose the right model for your application.
Explore Ruby's Thread class, learn to manage threads, and ensure thread safety to prevent concurrency issues. Dive into synchronization mechanisms and best practices for writing thread-safe code.
Explore Ractors in Ruby 3, a groundbreaking feature for achieving true parallelism by running code across multiple CPU cores while avoiding thread safety issues.
Explore the Actor model in Ruby using Celluloid and Concurrent-Ruby for efficient concurrent programming. Learn how to create actors, manage threads, and ensure error isolation in scalable applications.
Explore the power of Futures, Promises, and Dataflow Programming in Ruby to enhance concurrency and asynchronous programming. Learn how to implement these abstractions using Concurrent-Ruby for scalable and maintainable applications.
Explore the power of EventMachine for event-driven programming in Ruby, enabling scalable non-blocking IO operations for high-performance network applications.
Explore synchronization mechanisms in Ruby, including Mutex, Monitor, Queue, and ConditionVariable, to manage shared resources and prevent race conditions.
Explore thread-safe data structures in Ruby, including Queue, SizedQueue, and Concurrent-Ruby, to simplify concurrent programming and ensure thread safety.
Explore the best practices for concurrent programming in Ruby, focusing on safety, performance, and maintainability. Learn how to manage shared state, leverage immutability, and utilize high-level concurrency abstractions.
Master the art of debugging concurrent applications in Ruby. Learn about common concurrency issues, effective debugging tools, and best practices for resolving deadlocks, race conditions, and performance bottlenecks.