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Veaury (pronounced /ˈvjuːri/, inspired by 'beauty') is a tool library.
It is built on the Vue and React framework. It's use cases include using both Vue and React in one app, migrating from React to Vue or from Vue to React, and using third-party Vue and React Components, such as antd, element-ui, vuetify.
The perfect tool library which can use React in Vue2 and Vue2 in React.
View the latest documentation
中文文档
antd, element-ui, vuetify# Install with yarn: $ yarn add veaury # or with npm: $ npm i veaury -S
In theory, you don't need to do additional configuration in a React project to support Vue, nor do you need to do additional configuration in a Vue project to support React.
If the React or Vue component you want to convert comes from a npm package, or has already been built (Not a direct vue file and does not contain jsx), you can use applyPureReactInVue or applyVueInReact directly.
If you need to develop both Vue and React in a project, instead of just using an existing npm component (There are both .vue files and react jsx files in a project source code), then you should do some configuration.
How to configure React in the Vue project from '@vue/cli'
How to configure Vue in the React project from 'create-react-app'
If it is a project built by vite, the relevant configuration is as follows.
First install @vitejs/plugin-react, @vitejs/plugin-vue and @vitejs/plugin-vue-jsx.
import { defineConfig } from 'vite' // if mode cjs, should use `veaury/vite/cjs` import veauryVitePlugins from 'veaury/vite/esm' export default defineConfig({ plugins: [ // Turn off vue and vuejsx plugins // vue(), // vueJsx(), // When the type of veauryVitePlugins is set to vue, // only jsx in files in the directory named 'react_app' will be parsed with react jsx, // and jsx in other files will be parsed with vue jsx veauryVitePlugins({ type: 'vue', // Configuration of @vitejs/plugin-vue // vueOptions: {...}, // Configuration of @vitejs/plugin-react // reactOptions: {...}, // Configuration of @vitejs/plugin-vue-jsx // vueJsxOptions: {...} }) ] })
import { defineConfig } from 'vite' // if mode cjs, should use `veaury/vite/cjs` import veauryVitePlugins from 'veaury/vite/esm' export default defineConfig({ plugins: [ // Turn off react plugin // react(), // When the type of veauryVitePlugins is set to react, // only jsx in .vue files and files in a directory named "vue_app" will be parsed using vue jsx, // jsx in other files will be parsed with react jsx veauryVitePlugins({ type: 'react', // Configuration of @vitejs/plugin-vue // vueOptions: {...}, // Configuration of @vitejs/plugin-react // reactOptions: {...}, // Configuration of @vitejs/plugin-vue-jsx // vueJsxOptions: {...} }) ] })
If you want to customize the compilation scope of vueJsx, you can configure overrides by setting type to custom.
Use vueJsxInclude and vueJsxExclude to configure the file range to be parsed using vue jsx, the others will be parsed using react jsx.
import { defineConfig } from 'vite' // if mode cjs, should use `veaury/vite/cjs` import veauryVitePlugins from 'veaury/vite/esm' export default defineConfig({ plugins: [ veauryVitePlugins({ type: 'custom', // Only jsx in .vue files and files in a directory named "react_app" will be parsed using vue jsx , others will be parsed using react jsx. vueJsxInclude: [/vue&type=script&lang\.[tj]sx$/i, /vue&type=script&setup=true&lang\.[tj]sx$/i, /[/\\]vue_app[\\/][\w\W]+\.[tj]sx$/], // vueJsxExclude: [], // Configuration of @vitejs/plugin-vue // vueOptions: {...}, // Configuration of @vitejs/plugin-react // reactOptions: {...}, // Configuration of @vitejs/plugin-vue-jsx // vueJsxOptions: {...} }) ] })
import {applyVueInReact, applyPureVueInReact} from 'veaury' // This is a Vue component import BasicVueComponent from './Basic.vue' import {useState} from 'react' // Use HOC 'applyVueInReact' const BasicWithNormal = applyVueInReact(BasicVueComponent) // Use HOC 'applyPureVueInReact' const BasicWithPure = applyPureVueInReact(BasicVueComponent) export default function () { const [foo] = useState('Hello!') return <> <BasicWithNormal foo={foo}> <div> the default slot </div> </BasicWithNormal> <BasicWithPure foo={foo}> <div> the default slot </div> </BasicWithPure> </> }
applyPureReactInVue is recommended.
Learn about the difference between applyPureReactInVue and applyReactInVue.
<template> <BasicPure :foo="foo"> <div> the children </div> </BasicPure> </template> <script> import {applyReactInVue, applyPureReactInVue} from 'veaury' // This is a React component import BasicReactComponent from './react_app/Basic.jsx' import {ref} from 'vue' export default { components: { // Use HOC 'applyReactInVue' or 'applyPureReactInVue' Basic: applyReactInVue(BasicReactComponent), BasicPure: applyPureReactInVue(BasicReactComponent) }, setup() { return { foo: ref('Hello!') } } } </script>
[!NOTE]
When using
applyPureReactInVueorapplyReactInVueto perform two-way binding on some react components, if the values are modified frequently, the modification may not be timely.Veury provides a method
injectSyncUpdateForPureReactInVueto solve this problem
Let's see an example.
(React component Input.js)
import React from 'react' export default function Input(props) { return <input value={props.value} onChange={props.onChange}/> }
(Vue page Example.vue)
<template> <SimpleInput :value="value" @change="value = $event.target.value"/> </template> <script setup> import { applyPureReactInVue, injectSyncUpdateForPureReactInVue} from 'veaury' import ReactSimpleInput from "./Input"; // The component only needs to be injected globally once. If injected multiple times, it is equivalent to appending and overwriting function hooks. injectSyncUpdateForPureReactInVue(ReactSimpleInput, { // The name of the hook function that determines the content update of the Input component onChange(args) { return { value: args.target.value } } }) const SimpleInput = applyPureReactInVue(ReactSimpleInput) const value = ref(""); </script>
import {applyVueInReact} from 'veaury' import BasicVue from './Basic.vue' import {useState} from 'react' const Basic = applyVueInReact(BasicVue) export default function () { function onClickForVue() { console.log('clicked!') } return <div> {/*Trigger with $emit('click') in Vue component*/} <Basic onClick={onClickForVue}/> </div> }
<template> <!-- Trigger with 'props.onClick()' in React component --> <ReactButton @click="onClickForReact"/> </template> <script> import {ref} from 'vue' import {applyPureReactInVue} from 'veaury' // This is a React Component import ReactButton from "./react_app/Button.jsx" export default { components: { ReactButton: applyPureReactInVue(ReactButton) }, setup() { function onClickForReact() { console.log('clicked!') } return { onClickForReact, } } } </script>
The usage of 'slots' is similar to the usage of 'v-slots' of Vue's jsx.
import {applyVueInReact} from 'veaury' import BasicVue from './Basic.vue' const Basic = applyVueInReact(BasicVue) export default function () { const vSlots = { // Render with '<slot name="slot1" />' in Vue Component slot1: <div>this is slot1(namedSlot)</div>, // Render with '<slot name="slot2" value="xxxxxx"/>' in Vue Component slot2: ({value}) => <div>this is slot2(scopedSlot), and receive value: {value}</div>, // Render with '<slot/>' in Vue Component default: <div>this is children</div> } return <div> {/*just send children*/} <Basic> {/* Render with '<slot/>' in Vue Component */} <div>this is children</div> </Basic> {/*send v-slots*/} <Basic v-slots={vSlots}/> {/*another usage*/} <Basic> {vSlots} </Basic> </div> }
Named slots & scoped slots of Vue = React render props.
Default slots $ children of Vue = React props.children.
A named slot has a name prefixed with node: = React Node
<template> <Basic> <!-- Render with 'props.slot1()' in React component --> <template v-slot:slot1> <div> this is slot1 (render props) </div> </template> <!-- Render with 'props.slot2("xxxxx")' in React component --> <template v-slot:slot2="bar">