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Robert Harvey
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Recursion is a foundational principle in most functional programming languages. Iteration (looping) in functional languages is usually accomplished via recursion.

Functional languages have seen somewhat of a renaissance lately, due to the need to elegantly handle more processor cores; functional languages help achieve this kind of concurrency by providing ways to better reason about your program without the complexity involved in locking mutable structures.

Recursion is a foundational principle in most functional programming languages. Iteration (looping) in functional languages is usually accomplished via recursion.

Functional languages have seen a renaissance lately, due to the need to elegantly handle more processor cores; functional languages help achieve this kind of concurrency by providing ways to better reason about your program without the complexity involved in locking mutable structures.

Recursion is a foundational principle in most functional programming languages. Iteration (looping) in functional languages is usually accomplished via recursion.

Functional languages have seen somewhat of a renaissance lately, due to the need to elegantly handle more processor cores; functional languages help achieve this kind of concurrency by providing ways to better reason about your program without the complexity involved in locking mutable structures.

Source Link
Robert Harvey
  • 200.7k
  • 55
  • 470
  • 683

Recursion is a foundational principle in most functional programming languages. Iteration (looping) in functional languages is usually accomplished via recursion.

Functional languages have seen a renaissance lately, due to the need to elegantly handle more processor cores; functional languages help achieve this kind of concurrency by providing ways to better reason about your program without the complexity involved in locking mutable structures.