Browsing by Author "FAVARO, Giovanni Lucca Ferreira"

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    DESENVOLVIMENTO DE SOLUÇÕES CONSOLE INTEGRADAS PARA EDUCAÇÃO, SUSTENTABILIDADE, INCLUSÃO SOCIAL E EMPREENDEDORISMO: PIZZARIA GENEROSO
    (Centro Universitário de Ensino Octávio Bastos, 2025-02-11) SANTOS, Mariângela Martimbianco; ANDRADE, Nivaldo de; ALMEIDA, Marcelo Ciacco; VALLIM, Max Streicher; GURGEL, Erika Fernanda Sagiorato; PETINATI, Gabriel Gregores; FAVARO, Giovanni Lucca Ferreira; FREITAS, João Vitor Brito Untura de; FARDIM, Matheus Muzi
    This semester, the interdisciplinarity between the four study units of the systems modeling and development proves crucial to creating a robust and efficient, above all, in systems that cover several integrated functionalities, such as managing orders, products, customers and expenses. This project aims to present the development of a complete and detailed management system, built on the interaction of different development modules, each fulfilling specific functions and interconnected, with the purpose of facilitating the administration of the company. The advancement of technology has provided innovative and efficient solutions for management from various sectors, including the food industry segment and restaurant chains. In this context, the development of computerized management systems has proven to be a powerful tool to optimize operational processes, reduce human errors and improve customer experience. The project in question aims to create an integrated management system, focused on controlling orders, products, customers, expenses and active orders. The system is composed by several interconnected modules, providing a complete solution for the management of a commercial establishment.The first part of this project focuses on the Orders module, where the system allows the registration of new orders through a simplified interface. The process of Order entry is automated using an innovative tokenized approach, which facilitate the identification of products mentioned in customer requests. Upon receiving the text written by the user, the system processes the keywords, identifies the products, converts numbers in words and calculates the order total based on quantities and values corresponding. This approach reduces the probability of error and makes the process more agile and accuracy, which is critical in high-workflow environments. Furthermore, the project integrates a robust database, which is accessed through specialized classes for each area of ​​the system. Through these classes, such as BancoP (for products), BancoPed (for orders), BancoG (for expenses) and BancoC (for customers), the system allows you to perform operations such as registration, updating, deletion and querying of data in a efficient. The use of an abstract class, called BancoAbstract, provides a clean and modular architecture, facilitating system maintenance and expansion. The persistence of data in the database is performed through optimized SQL queries, ensuring integrity and speed in operations, fundamental for the functioning of a system in real time.