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<!doctype html>
<html lang="en">
<head>
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<meta charset="utf-8">
<meta name="viewport" content="width=device-width, initial-scale=1, shrink-to-fit=no">
<meta name="viewport" content="width=device-width, initial-scale=1.0">
<meta name="keyword" content="Mahonri Martinez Dimas,MahonriM,Funciones,SQLServer"
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<link rel="stylesheet" href="https://cdn.jsdelivr.net/npm/[email protected]/dist/css/bootstrap.min.css" integrity="sha384-TX8t27EcRE3e/ihU7zmQxVncDAy5uIKz4rEkgIXeMed4M0jlfIDPvg6uqKI2xXr2" crossorigin="anonymous">
<title>Funciones</title>
</head>
<body>
<p>Fecha:6 de Noviembre del 2020, Autor: Mahonri Martinez</p>
<h1>Bases de datos</h1>
<article>
Las bases de datos son conjuntos de información que nos ayudan a que podamos guardar información normalmente en una tabla.
Existen diferentes tipos de bases de datos en el mercado como bases de datos relacionales, no relaciones,
de red,etc.
Existen diferentes empresas que nos ofrecen sus servicios para que nosotros podamos guardar información algunos de los más populares
son: Oracle, Microsoft, IBM, entre otros.
</article>
<h2> Sistemas gestores de bases de datos</h2>
<article>
Estos son algunos ejemplos que podemos encontrar en cuanto a sistemas gestores de bases de datos.
</article>
<img 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"
alt="Image of RDBMS" >
<h3>Funciones</h3>
<article>
Las funciones nos ayudan a que podamos realizar diferentes tipos de operaciones matemáticas, lógicas,religiosas,
,entretenimiento,etc.
En las bases de datos podemos encontrar normalemente los siguientes tipos de funciones como lo son:
<ul>
<li>Funciones del sistema o predifinidas</li>
<li>Funciones definidas por el usuarios</li>
<p>Dentro de estas funciones definidas podemos encontrar como
</p>
<p>Funciones escalares:Devuelven un solo valor</p>
<p>Funciones de valor tabla en línea:La cual solo puede tener instrucciones Trans SQL</p>
<p>Funciones de valor de míñtiples tablas: Contienen varias instrucciones de Trans-SQL y regresa una tabla</p>
</ul>
</article>
<h4>
Implementación de funciones escalares con SQLServer
</h4>
<article>
En este caso utilizare un ejemplo de funciones utilizando el sistema gestor de bases de datos llamado SQL Server
</article>
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