Examples of 'functional programming languages' in a sentence
Meaning of "functional programming languages"
functional programming languages: Refers to a category of programming languages that treat computation as the evaluation of mathematical functions and avoid changing state and mutable data. Common examples of functional programming languages include Haskell, Lisp, and Scala
How to use "functional programming languages" in a sentence
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functional programming languages
It is often characteristic of functional programming languages in general.
Functional programming languages and computer architecture.
Unable to provide examples of functional programming languages.
Functional programming languages in commercial software development.
Knowledge other functional programming languages.
Functional programming languages implement the lambda calculus.
Delayed evaluation is used particularly in functional programming languages.
Functional programming languages on multicore processors.
I am actually not fond of purely functional programming languages.
Functional programming languages often allow the subtyping of records.
He is an internationally recognized expert on functional programming languages and compilers.
Most functional programming languages have a primitive notion of product type.
This is analogous to the foldl function in functional programming languages.
Functional programming languages.
The unit type is implemented in most functional programming languages.
See also
Many functional programming languages support the notion of folding a sequence.
Some of these features are normally only found in functional programming languages.
To solve such problems functional programming languages such as scala and e.
This was one of the first works in the area of quantum functional programming languages.
Many functional programming languages can be viewed as elaborations on the lambda calculus.
Lambda calculus is the model and inspiration for the development of functional programming languages.
Some functional programming languages enforce referential transparency for all functions.
See how Haskell compares with other functional programming languages.
Typed functional programming languages allow for the rapid development of robust programs.
Lazy evaluation is an essential feature of modern functional programming languages such as Haskell.
Functional programming languages have largely been emphasized in academia rather than in commercial software development.
It is often characteristic of, but not limited to, functional programming languages in general.
Functional programming languages like Haskell even enforce this.
Rudiments of data processing " and computers, programming in simple functional programming languages.
It is used in functional programming languages like Haskell and Miranda.
The latter are important examples which usually also exist in " purely " functional programming languages.
All functional programming languages are expression-oriented.
However, recent years have seen an increased interest in functional programming languages and techniques.
Functional programming languages are well-suited for reasoning about programs.
Hence combinatory logic has been used to model some non-strict functional programming languages and hardware.
Functional programming languages automatically satisfy these three principles ; their modules are thus composable.
Uniqueness types are implemented in the functional programming languages Clean, Mercury and Idris.
Many functional programming languages like Scala, Clojure, and Kotlin also rely on the same foundations.
Larisa Safina, Universities of Southern Denmark and Innopolis - on unkillable stereotypes and functional programming languages.
However, recently several prominent functional programming languages have been used in commercial or industrial systems.
In 1985, the release of Miranda sparks an academic interest in lazy-evaluated pure functional programming languages.
Typically, functional programming languages also provide some, usually restricted, form of parametric polymorphism.
Python 2.0 introduced list comprehensions, a feature borrowed from the functional programming languages SETL and Haskell.
In functional programming languages ( LISP, ML, Scheme, etc . ) this style of programming is common.
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