Explore strategies for managing state in reactive systems using Clojure's immutable data structures and concurrency primitives. Learn how to use atoms, refs, and agents with core.async to maintain consistent state across asynchronous tasks.
Explore a comprehensive case study on integrating Clojure with an asynchronous Java library using core.async, focusing on Netty for efficient data flow and event handling.
Learn how to build an efficient asynchronous web crawler using Clojure's core.async library. Explore channels, concurrency, and functional programming techniques to manage URLs and process web responses effectively.
Explore comprehensive strategies for error handling with core.async in Clojure, including try/catch blocks, sentinel values, and supervision strategies for robust asynchronous programming.
Explore the performance characteristics of core.async in Clojure, including the overhead of channels and go blocks, and learn when to use core.async for optimal performance.
Explore the differences between Java's CompletableFuture and Clojure's core.async, focusing on API design, composability, error handling, and integration with language features.
Explore when to use Java's CompletableFuture versus Clojure's core.async for asynchronous programming, considering factors like team familiarity, performance requirements, and ecosystem integration.
Explore the principles of reactive programming, focusing on responsiveness, resiliency, elasticity, and message-driven architecture. Learn about event streams, backpressure mechanisms, and real-world use cases.
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