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Vue Go Example

Vue.js and Go example project

Vue Go Example

Vue.js and Go example project

Author Avatar Theme by ndabap
Github Stars Github Stars: 730
Last Commit Last Commit: Feb 4, 2023 -
First Commit Created: Aug 9, 2025 -
Vue Go Example screenshot

Overview

The Vue.js and Go example project is a powerful tool for developers looking to combine the capabilities of the Go backend with the modern frontend framework of Vue.js. This project showcases how to create dynamic web applications that leverage Go’s efficient backend processing and Vue.js’s responsive user interface. With its focus on mathematical operations and data manipulation, it serves as an excellent starting point for those interested in building web applications that require real-time data processing and visualization.

The integration of these two frameworks allows developers to handle backend calculations while providing a seamless experience on the frontend. This project not only demonstrates the potential of Go and Vue.js but also provides practical examples that can be applied in various applications ranging from data analytics tools to interactive dashboards.

Features

  • Random Data Generation: Easily create random data points to simulate user inputs or for testing purposes within your application.
  • Backend Calculations: Utilize the Go backend to perform complex calculations and real-time processing, enhancing application performance.
  • In-Memory Persistence: Efficiently store data during application runtime without the need for an external database, simplifying the development process.
  • Easy Installation: Straightforward setup with minimal requirements; simply run the provided commands to get the server and client up and running.
  • Docker Support: Seamlessly deploy your application using Docker, making it easy to manage dependencies and environment settings.
  • Client Build Options: Choose between multiple methods to build your Vue.js client application, ensuring flexibility based on your development environment.
  • Community-Driven: Developed by Julian Claus and contributors, this project has an active community, providing support and continuous improvements.
  • MIT License: Open-source licensing allows for free use and modification, encouraging innovation and collaborative development.