programming paradigm

A programming paradigm is a way or style of how computer programs are written.

But the degree to which side effects are used depends on the programming paradigm.

For further discussion and comparison of generic programming paradigms, see.

It implements a new programming paradigm: the service oriented one.

This is the basis for the logic programming paradigm.

It is a scalable system which supports many programming paradigms.

Another objective was to integrate the Object-oriented programming paradigm well.

Logic programming is one of the 4 main programming paradigms.

In computer science, the standard swap or three point turn is a programming paradigm that exchanges the values of two variables.

The various programming paradigms address the issue of cross-cutting concerns to different degrees.

Independent of the imperative branch, declarative programming paradigms were developed.

In 1967, the Simula language introduced the object-oriented programming paradigm.

The Stratego language is based around a programming paradigm called strategic term rewriting.

A programming language may also be classified by factors unrelated to programming paradigm.

The property value is automatically updated if the other properties or data values change, following the reactive programming paradigm.

Ruby supports multiple programming paradigms, including functional, object oriented and imperative.

The programming paradigm is mostly used for safety critical programs, since the behaviour of the program is highly deterministic.

It supports a combination of procedural, functional, and object-oriented programming paradigms.

None of the main programming paradigms have a precise, globally unanimous definition, let alone an official international standard.

In computer programming within the subject-oriented programming paradigm, subjects are a way to separate concerns.

Some peers will even talk of modularizing systems as software components as a new programming paradigm.

The logic programming paradigm views computation as automated reasoning over a corpus of knowledge.

During the last few years many quantum programming languages based on the functional programming paradigm were proposed.

Integrated support for all major programming paradigms.

Computer languages and programming paradigms change often, but the underlying computational model and theory have not changed in 40 years.