# multi-paradigm programming language

> programming language type

**Wikidata**: [Q12772052](https://www.wikidata.org/wiki/Q12772052)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Multi-paradigm_programming_language)  
**Source**: https://4ort.xyz/entity/multi-paradigm-programming-language

## Summary
A multi-paradigm programming language is a type of programming language designed to support multiple programming paradigms. This allows programmers to use a variety of styles and concepts to communicate instructions to a machine. It is classified as a subclass of programming language.

## Key Facts
- **Classification:** It is an instance of a "type of programming language" and a subclass of "programming language".
- **Primary Use:** Its intended use is for multi-paradigm programming.
- **Core Concept:** It is a manifestation of the multi-paradigm programming concept.
- **Example Language (Historical):** CPL, described as a multi-paradigm programming language, was created in 1963.
- **Example Language (Modern):** Dylan, described as a multi-paradigm programming language, was created in 1992 and supports functional and object-oriented programming.
- **Aliases:** The term is also known as "lenguaje de programacion multiparadigma" (Spanish), "マルチパラダイム言語" (Japanese), and "多重范式编程语言" (Chinese).
- **Sitelink Count:** The concept has a sitelink count of 19 across various knowledge bases.

## FAQs
### Q: What is a multi-paradigm programming language?
A: It is a type of programming language that supports more than one programming style, or paradigm. This allows developers to choose the most appropriate approach for a given problem within a single language.

### Q: What are some examples of multi-paradigm programming languages?
A: The provided source material explicitly identifies CPL (inception 1963) and Dylan (inception 1992) as multi-paradigm programming languages. Dylan is noted for its support for both functional and object-oriented programming.

### Q: How is this concept categorized?
A: It is categorized as a "type of programming language" and is a subclass of the broader "programming language" class. Its main topic category is "Category:Multi-paradigm programming languages".

## Why It Matters
The significance of multi-paradigm programming languages lies in their flexibility. Instead of forcing developers to adhere to a single, rigid programming style (like purely object-oriented or purely functional), these languages provide a toolkit of different approaches. This allows programmers to select the most effective paradigm for a specific task. For example, one part of an application might be best solved using functional programming concepts, while another part might benefit from an object-oriented structure.

By supporting multiple styles, these languages can be applied to a wider range of problems more efficiently and can lead to code that is clearer and easier to maintain. The existence of many modern and widely-used languages that incorporate features from different paradigms, such as Java, R, and Julia, demonstrates that this flexible approach is highly relevant and valuable in contemporary software development.

## Notable For
- **Flexibility:** Its defining characteristic is the built-in support for multiple programming styles, such as functional and object-oriented programming, within a single language.
- **Broad Classification:** It is not a single language but a classification that encompasses a wide variety of individual programming languages developed over several decades.
- **Historical Depth:** The concept is not new, with early examples like CPL dating back to 1963, demonstrating a long-standing interest in programmatic flexibility.
- **Hybrid Approach:** It enables a hybrid development style, where programmers can mix and match paradigms to best suit the problem at hand, rather than being restricted to a single methodology.

## Body
### ### Classification and Definition
A multi-paradigm programming language is formally defined as a **type of programming language** and is considered a **subclass of programming language**. Its primary purpose is to enable **multi-paradigm programming**. The concept is known by several short names, including "multi-paradigm" and "мультипарадигмальный".

The Wikipedia title for the subject is "Multi-paradigm programming language", and its main category is "Category:Multi-paradigm programming languages".

### ### Examples
The source material provides several examples of programming languages, with some explicitly labeled as multi-paradigm:

*   **CPL:** Described as a multi-paradigm programming language with an inception date of 1963.
*   **Dylan:** Described as a multi-paradigm programming language with support for functional and object-oriented programming, with an inception date of 1992.

Other related languages mentioned in the source material, while not all explicitly labeled "multi-paradigm" in the provided text, demonstrate the breadth of languages associated with this concept. These include:
*   **Java:** An object-oriented programming language (1995).
*   **R:** A programming language for statistical analysis (1993).
*   **Julia:** A high-performance dynamic programming language (2009).
*   **Lisp:** A functional programming language based on the lambda calculus (1958).
*   **Objective-C:** A general-purpose, high-level, object-oriented programming language (1984).

## Schema Markup
```json
{
  "@context": "https://schema.org",
  "@type": "Thing",
  "name": "multi-paradigm programming language",
  "description": "A type of programming language that is designed to support multiple programming paradigms.",
  "sameAs": [
    "https://en.wikipedia.org/wiki/Multi-paradigm_programming_language"
  ],
  "additionalType": "https://schema.org/ComputerLanguage"
}