Explore the concept of immutable data structures in Clojure and how they differ from Java's mutable structures. Learn about their benefits for concurrency, code reasoning, and side-effect prevention.
Explore Clojure namespaces, their role in organizing code, preventing naming conflicts, and ensuring namespace hygiene. Learn how to define, use, and manage namespaces effectively.
Explore Clojure's vars and bindings, crucial for managing state and scope. Learn how they differ from Java's variables and how to use them effectively in functional programming.
Explore the power of higher-order functions in Clojure, a key concept in functional programming that allows for abstract and reusable code. Learn how to leverage these functions to enhance your Clojure applications.
Explore currying and partial application in Clojure, transforming multi-argument functions into sequences of single-argument functions, and fixing arguments to create new functions.
Explore how Clojure's concurrency model and immutable data structures help prevent deadlocks and race conditions, common issues in concurrent programming.
Explore Software Transactional Memory (STM) in Clojure, a powerful concurrency control mechanism that simplifies concurrent programming through atomic updates to shared state.
Explore the concept of homoiconicity in Clojure, its impact on metaprogramming, and how it differentiates Clojure from Java. Learn through examples and exercises.
Explore the power of Clojure macros and macro expansion, and learn how to extend the language by manipulating code at compile-time. Understand the macro expansion process and use tools like `macroexpand` for debugging.
Explore the concept of lazy evaluation in Clojure, its benefits, and how it contrasts with Java's evaluation strategy. Learn how to leverage laziness for performance optimization and handling infinite data structures.