What are the new features after upgrading vue-cli 3.0.x to webpack4?

Vue-cli is a scaffolding tool officially provided by Vue.js to build Vue projects. By using Vue-cli, you can quickly build the basic skeleton of a Vue project, allowing developers to focus on the implementation of business logic without spending a lot of time. To configure the basic environment of the project. This article will introduce the basic usage of Vue-cli and commonly used plug-in recommendations, aiming to provide a guide to the use of Vue-cli for beginners. 1. Basic usage of Vue-cli Install Vue-cli

Vue is a popular front-end framework favored by many developers for its flexibility and ease of use. In order to better develop Vue applications, the Vue team has developed a powerful tool-Vue-cli, which makes it easier to develop Vue applications. This article will introduce you to the use of Vue-cli in detail. 1. Install Vue-cli Before using Vue-cli, you need to install it first. First, you need to make sure you have Node.js installed. Then, install Vue-c using npm

Vue-cli3.0 is a new scaffolding tool based on Vue.js. It can help us quickly create a Vue project and provides many convenient tools and configurations. Below we will introduce step by step the steps and process of creating a project using Vue-cli3.0. To install Vue-cli3.0, you first need to install Vue-cli3.0 globally. You can install it through npm: npminstall-g@vue/cli

Instructions for using Vue-cli scaffolding tools and project configuration. With the continuous development of front-end technology, front-end frameworks are attracting more and more attention from developers. As a leader in front-end frameworks, Vue.js has been widely used in the development of various web applications. Vue-cli is a command line-based scaffolding officially provided by Vue.js. It can help developers quickly initialize the Vue.js project structure, allowing us to focus more on business development. This article will introduce the installation and installation of Vue-cli

The specific method is as follows: 1. Create the backend server object upstreammixVueServer{serverbaidu.com;#This is your own server domain name} 2. Create the access port and reverse proxy rule server{listen8082;server_namelocalhost;location/{rootE:/mix_vue/dist;# Locate the directory of the project#indexindex.htmlindex.htm;try_files$uri$uri//index.html;#Configure according to the rules of the official website}location~\.php${proxy_p

Technologies used: 1. vue.js, the core of the vue-cli project, whose main features are two-way data binding and component systems; 2. vue-router, the routing framework; 3. vuex, the state manager for vue application project development ; 4. axios, used to initiate http requests such as GET or POST; 5. vux, a mobile UI component library specially designed for vue; 6. emit.js, used to manage the vue event mechanism; 7. webpack, module Load and vue-cli project packager.

With the continuous development of front-end technology, the problems we face have gradually become more complex, which not only requires our code to have a reasonable structure and good modular design, but also requires code maintainability and execution efficiency. In this process, how to ensure the quality and standardization of the code has become a difficult problem. Fortunately, the emergence of code standardization and bug detection tools provides us with effective solutions. Using ESLint for code standardization and bug detection in the Vue.js framework has become a common choice. 1. ESLint

Projects built in history mode need to rely on background technology. The nginx reverse proxy is used here to deploy the project. The specific method is as follows: 1. Create the backend server object upstreammixVueServer{serverbaidu.com;#This is your own server domain name} 2. Create the access port and reverse proxy rule server{listen8082;server_namelocalhost;location/{rootE:/mix_vue/dist;# Locate the project directory #indexindex.htmlindex.htm;try_files$uri$uri//