"[Including documents + PPT + source code, etc.] Design and implementation of tourist attractions implemented by high-quality Nodejs [package runs successfully]" This project contains source code, documents, PPT, supporting development software, software installation tutorials, project release tutorials, package runs successfully, and Course Q&A and WeChat after-sales communication group, free plagiarism check system for unlimited times, and other benefits!
Software development environment and development tools:
Operating system: Windows 10, Windows 7, Windows 8
Development language: node.js
Front-end technology: JavaScript, VUE.js (2.X), css3
Development tools: Visual Studio Code/HbuildX
Database: MySQL 5.7.26 (version number)
Database management tool: phpstudy/Navicat
Node version: node.js 16
This system has complete functions and is suitable for graduation projects, course design, database homework reference, and study and commercial use.
Features:
With the advent of the information age, the shortcomings of the past scenic spot management methods are gradually exposed. The shortcomings of the past scenic spot management methods are analyzed and computer methods are used to build the scenic spot information management system. By reading relevant literature and studying related technologies at home and abroad, this article proposes a system construction plan that integrates travel agency management, food information management, and leisure and entertainment management.
This article develops the design and implementation of a tourist attraction by using the B/S architecture, MVC development model, MySQL database and nodejs technology, combined with the current status of the design and implementation of domestic tourist attractions. The system is divided into: personal center, user management, travel agency management, attraction type management, attraction information management, food classification management, food information management, project category management, leisure and entertainment management, system management and other functional modules. Through system testing, this system has achieved the system design goals. Compared with manual management methods, this system has effectively reduced the economic investment in scenic spot management and greatly improved the efficiency of scenic spot management.
Here are some screenshots after the system is running:
