ELectron打包加密项目实战指南

npm install javascript-obfuscator --save-dev

module.exports = { 
    compact: true, 
    controlFlowFlattening: true, // 控制流扁平化 
    controlFlowFlatteningThreshold: 0.75, 
    stringArray: true, // 字符串加密 
    stringArrayEncoding: ['base64'], 
    stringArrayThreshold: 0.9, 
    identifierNamesGenerator: 'hexadecimal', // 变量名变16进制 
    disableConsoleOutput: true // 禁用console 
}

// vue.config.js / webpack.config.js 
const WebpackObfuscator = require('webpack-obfuscator') 
module.exports = { 
    configureWebpack: { 
        plugins: [ new WebpackObfuscator(require('./obfuscator.config.js')) ] 
    } 
}

npm install asarmor --save-dev

const { Asarmor, Trashify } = require('asarmor') 
const path = require('path') 
exports.default = async ({ appOutDir, packager }) => { 
    const asarPath = path.join(packager.getResourcesDir(appOutDir), 'app.asar') 
    const asarmor = new Asarmor(asarPath) // 注入垃圾数据 + 破坏结构 
    asarmor.applyProtection(new Trashify(['.git', '.env'])) 
    asarmor.patch() // 偏移篡改 
    await asarmor.write(asarPath) 
}

"build": { "afterPack": "./afterPack.js" }

npm install bytenode --save

const bytenode = require('bytenode') 
bytenode.compileFile({ 
    filename: 'main.js', 
    output: 'main.jsc', 
    compileAsModule: true 
})

// main.js（仅入口，不加密） 
require('bytenode') 
require('./main.jsc')

// electron.vite.config.ts 
export default defineConfig({ 
    main: { 
        build: { 
            bytecode: { 
                enable: true, 
                protectedStrings: ['API_KEY', 'TOKEN'] // 敏感字符串加密 
            } 
        } 
    } 
})