cnpm install uglifyjs-webpack-plugin –save-dev */ const path = require('path'); // gzip压缩 const CompressionPlugin....delete("preload") config.optimization.minimize(true) // gzip压缩 // config.plugin("compressionPlugin...").use(CompressionPlugin).tap(() => [ // { // filename: '[path].gz[query]',...deleteOriginalAssets: false //是否删除源文件 // } // ]) config.plugins.push( new CompressionPlugin
编写压缩配置 配置压缩资源,具体配置项可参考https://www.npmjs.com/package/compression-webpack-plugin // 引入压缩依赖 const CompressionPlugin...== 'development', config => { // 打包成gzip压缩文件 config.plugin('compressionPlugin...') .use(new CompressionPlugin({ filename: '[path].gz[query]',...0].cdn = cdn return args }) // 打包成gzip压缩文件 config.plugin('compressionPlugin...') .use(new CompressionPlugin({ filename: '[path].gz[query]',
方案4: 开启gzip压缩 使用compression-webpack-plugin插件进行压缩 安装npm install compression-webpack --save-dev const CompressionPlugin...= require('compression-webpack-plugin'); plugins: [ new CompressionPlugin({ asset: '[path].gz[
安装: npm i compression-webpack-plugin -D vue.config.js中的配置 const CompressionPlugin = require("compression-webpack-plugin...{ if (process.env.NODE_ENV === 'production') { return { plugins: [ new CompressionPlugin
压缩效率很高,可以达到70%的压缩率 //npm i -D compression-webpack-plugin 安装插件依赖 configureWebpack: config => { const CompressionPlugin...= require(‘compression-webpack-plugin’) config.plugins.push(new CompressionPlugin()) } 去掉console.log
这需要我们首先在前端安装压缩插件: npm install compression-webpack-plugin -D 安装成功之后,接下来在 vue.config.js 中进行配置: const CompressionPlugin...process.env.NODE_ENV === 'production') { return { plugins: [ new CompressionPlugin
save-dev compression-webpack-plugin@1.1.12 强烈推荐 compression插件使用: webpack.prod.conf.js文件下增加const CompressionPlugin...= require('compression-webpack-plugin') new CompressionPlugin({ test: /\.
数据格式封装; gzip – GNU zip格式(定义于RFC 1952),是目前使用比较广泛的压缩算法; br – 一种新的开源压缩算法,专为HTTP内容的编码而设计; Webpack对文件压缩 使用CompressionPlugin...compression-webpack-plugin webpack.prod.js threshold:x以上的文件才进行压缩 minRatio:最小压缩比,小于则不压缩 test:正则匹配的文件才压缩 alogorithm:压缩算法 const CompressionPlugin...= require("compression-webpack-plugin") plugins:[ new CompressionPlugin({ threshold: 0
compression-webpack-plugin cnpm i compression-webpack-plugin -D 在 vue.congig.js中引入并修改 webpack配置 const CompressionPlugin...config.mode = 'production' return { plugins: [new CompressionPlugin({
在前后端分离开发中,我们往往要给前端项目配置请求转发,一般是在 vue.config.js 文件中配置的,WebSocket 的请求转发配置如下: let proxyObj = {}; const CompressionPlugin...process.env.NODE_ENV === 'production') { return { plugins: [ new CompressionPlugin
compression-webpack-plugin cnmp i compression-webpack-plugin -D 在vue.congig.js中引入并修改webpack配置 const CompressionPlugin...config.mode = 'production' return { plugins: [new CompressionPlugin({
, HappyPack = require('happypack'), CopyWebpackPlugin = require('copy-webpack-plugin'), CompressionPlugin...filename: 'assets/css/[name].css', allChunks: true }),*/ new CompressionPlugin
但是会报错 compiler.hooks.emit.tapAsync({ name: 'CompressionPlugin' }, emit); 排查了下原因,然后我去看了下:https://www.npmjs.com
plugin('compression') .use(CompressionWebpackPlugin) .tap(() => [ { new CompressionPlugin...== 'production') return // 生产环境才去配置 return { plugins: [ new CompressionPlugin
compression-webpack-plugin cnmp i compression-webpack-plugin -D 在 vue.congig.js中引入并修改 webpack配置 const CompressionPlugin...config.mode = 'production' return { plugins: [new CompressionPlugin({
第1步:按照依赖 $ npm install compression-webpack-plugin --save-dev 第2步:vue.config.js 开启 gzip 压缩 const CompressionPlugin...= require("compression-webpack-plugin"); module.exports = { plugins: [new CompressionPlugin()], }
[chunkhash:8].js", }, ---- 开启gzip压缩 使用插件:npm i -D compression-webpack-plugin; webpack配置 const CompressionPlugin...= require("compression-webpack-plugin"); plugins: [ new CompressionPlugin({ filename: '
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