Functional programming languages are ideal for programmers who have a background in mathematics, this is because a functional programming language involves computing in terms of evaluating mathematical functions. They treat functions and data as immutable, that is you pass data into a function and it generally returns that data transformed into some other type of data. In any functional programming, the function should never change the original data or program state.
Immutable Data Structures
The easiest way to avoid mutating state while coding is to use immutable data structures. Clojure offers a set of immutable lists, vectors, sets, and maps. It is powered by the multicore processing power common across servers and helps in sequentially running multiple operations on multiple cores. Consecutive calling methods are better than running operations one at a time.
Immutable data structures assure that all the possible properties of objects are defined at the time of their construction. The language is well-suited to developing multithreaded programs. Programmers can even ensure cost-effective execution in communication within each set of instructions.
Clojure offers a wide range of tools to bring out the best from this programming language. The dynamic system offers ability to redefine functions, multi-methods, type hierarchies, and also method implementations.
The implementation approach offers high degree of experimentation and exploration, which is often quite basic in static languages. Whether the programmers face single or multithreaded issues, Clojure has the right tools to ensure code clarity.