Browsing by Author "Mayorga Naranjo, Sebastian Ricardo"

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    Implementación de un mecanismo de georeferenciación para la cadena de distribución de una iniciativa de comercio electrónico utilizando software libre
    (Universidad Técnica de Ambato. Facultad de Ingeniería en Sistemas, Electrónica e Industrial. Carrera de Ingeniería en Sistemas Computacionales e Informáticos, 2023-03) Mayorga Naranjo, Sebastian Ricardo; Fernández Peña, Felix Oscar
    The georeferenced information that an electronic commerce web system has,which has been implemented through a CMS such as wordpress, is limited to the use of plugins created by external users, these plugins have multiple features and most of them provide its full potential only by paying a subscription, which is why this research work entitled "Implementation of a georeferencing mecha nism for the distribution chain of an electronic commerce initiative using free software", has the purpose of demonstrating that through From an external web system created as a prototype, georeferenced information can be exposed from an electronic commerce that is implemented using a CMS. The project has been developed using the angular v.13.3.1 framework, which allows building SPA (Single Page Application) type applications, in addition to this, for the backend that will provide the necessary services for the web system, node technology has been used. .js v.16.14.2 together with sequelize, which is an ORM (Object Relational Mapping), which through already created methods allows modeling a database and using the select, create, delete and up date methods without the need to implement sql statements; For the creation of the virtual store, wordpress was used in conjunction with the woocommerce plugin that allows to implement a virtual store in a professional way. The methodology used for the development of this project was the XP (Xtre me Programming) methodology, which is an agile development methodology that allows the development of applications quickly through user stories that are execu ted in different iterations, thus allowing the easy implementation of new features and fixes to the system.