Ad
related to: concepts of functional programmingebay.com has been visited by 1M+ users in the past month
Search results
Results from the WOW.Com Content Network
A number of concepts [57] and paradigms are specific to functional programming, and generally foreign to imperative programming (including object-oriented programming). However, programming languages often cater to several programming paradigms, so programmers using "mostly imperative" languages may have utilized some of these concepts.
Programming paradigm; Declarative programming; Programs as mathematical objects; Function-level programming; Purely functional programming; Total functional programming; Lambda programming; Static scoping; Higher-order function; Referential transparency
A program is usually said to be functional when it uses some concepts of functional programming, such as first-class functions and higher-order functions. [2] However, a first-class function need not be purely functional, as it may use techniques from the imperative paradigm, such as arrays or input/output methods that use mutable cells, which ...
In functional programming, a monad is a structure that combines program fragments and wraps their return values in a type with additional computation. In addition to defining a wrapping monadic type, monads define two operators: one to wrap a value in the monad type, and another to compose together functions that output values of the monad type (these are known as monadic functions).
Pages in category "Functional programming" The following 67 pages are in this category, out of 67 total. This list may not reflect recent changes. ...
In functional programming languages, and many others, it provides a way of automatically managing how arguments are passed to functions and exceptions. In theoretical computer science , it provides a way to study functions with multiple arguments in simpler theoretical models which provide only one argument.
In functional programming, a functor is a design pattern inspired by the definition from category theory that allows one to apply a function to values inside a generic type without changing the structure of the generic type. In Haskell this idea can be captured in a type class:
Futures and promises originated in functional programming and related paradigms (such as logic programming) to decouple a value (a future) from how it was computed (a promise), allowing the computation to be done more flexibly, notably by parallelizing it.
Ad
related to: concepts of functional programmingebay.com has been visited by 1M+ users in the past month