El objetivo de este trabajo de investigación es dar a conocer el lenguaje de programación C# fue desarrollado por Microsoft. Forma parte de la plataforma .NET en las que se encuentran una diversidad de bibliotecas de desarrollo, que se adaptan a las necesidades de los usuarios y tiene por objetivo promover el desarrollo de software. Se trata de un entorno tecnológico que permite gestionar la ejecución de aplicaciones, lenguajes de programación, compiladores, además de, permitir el desarrollo de todo tipo de aplicaciones (programas de consola, servicios Windows, aplicaciones para móviles o para desarrollo de escritorio e internet). El lenguaje C# está basado en la programación orientada a objetos en el cual se pueden escribir programas. Sin embargo, para aprenderlo es importante instalar el Visual Studio, dado que es un programa que se utiliza para programar C#. Sin embargo, para...

In this article, we will make a case for the resurgence and importance of the C++ native language and an overview of how it has recently evolved into a modern language. We hope that this provides context to why many more developers are considering using this multi-paradigm programming language in detriment of other, often classified as productive, managed programming languages. We refer to native languages as those where a compiler generates native executable machine code, and managed languages as those where a compiler generates byte compiled instructions, intended to be interpreted and executed by a virtual machine, which is in that case a requirement to execute byte compiled code. Java is an example of such a language. This article assumes that the reader has a basic knowledge of, or familiarity with Algol based languages, including C, C++, Java and C#.

In this article, we will make a case for the resurgence and importance of the C++ native language and an overview of how it has recently evolved into a modern language. We hope that this provides context to why many more developers are considering using this multi-paradigm programming language in detriment of other, often classified as productive, managed programming languages. We refer to native languages as those where a compiler generates native executable machine code, and managed languages as those where a compiler generates byte compiled instructions, intended to be interpreted and executed by a virtual machine, which is in that case a requirement to execute byte compiled code. Java is an example of such a language. This article assumes that the reader has a basic knowledge of, or familiarity with Algol based languages, including C, C++, Java and C#.

This article presents a program in C++ which defines a class of polynomial name in order to implement a data abstract type (TAD), a polynomial through a class that performs polynomials arithmetic with operations such as addition, the product of a constant by a polynomial, the product of a monomial by a polynomial and a polynomial derived. The program code is presented, and its details, features and limitations are discussed. Implementation is done in the Dev C++ 4.1 compilator; a GNU compilator with GPL licence.

This article presents a program in C++ which defines a class of polynomial name in order to implement a data abstract type (TAD), a polynomial through a class that performs polynomials arithmetic with operations such as addition, the product of a constant by a polynomial, the product of a monomial by a polynomial and a polynomial derived. The program code is presented, and its details, features and limitations are discussed. Implementation is done in the Dev C++ 4.1 compilator; a GNU compilator with GPL licence.