A example of TypeScript Vue application
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A TypeScript Vue Project Example

Based on the the Jayway's Vue.js 2.0 workshop, this document describes the steps to scaffold a TypeScript Vue project and add some components to create a structure for non-trivial projects.

Build Setup

# install dependencies
npm install

# serve with hot reload at localhost:8080
npm run dev

# build for production with minification
npm run build

The following are step-by-step instructions to create the project from scracth.

1. Scaffold a Project

Run npm install -g vue-cli to install vue-client. If you already have it, run npm update -g vue-cli to update it to the latest version. You may need to use sudo to install it as a global package.

1.1. Initialize a Vue Project

Run vue init webpack typescript-vue-example to create a new project named typescript-vue-example. To make it simple, don't setup ESLint, unit test and e2e tests.

Run the following commandto see it is up and running at http://localhost:8080/, type ctrl-C to exit.

cd typescript-vue-example
npm install
npm run dev

1.2. Use TypeScript Instead of Babel

We use TypeScript go generate all JavaScript ES5 code, therefore there is no need to to use Bable in this project. In package.json, remove all lines having a "babel" prefix.

Then install typescript and ts-loader packages. ts-loader works with vue-loader (installed by vue-cli in project intialization) to process TypeScript code in a vue file.

npm i -D typescript
npm i -D ts-loader

1.3. Config Webpack Loaders

To use the typescript and ts-loader, we need to configure both TypeScript and Webpack.

1.3.1. Config TypeScript

Create a tsconfig.json file in the project root folder with the following contents:

  "compilerOptions": {
    "target": "es5",
    "lib": ["es5", "es2015.promise", "dom"]

In the above file, we set the generate JavaScript code in es5 syntax. We also need the es5 and es2015.promise libs to compile TypeScript code.

1.3.2. Config Webpack

Edit build/webpack.base.conf.js to have the following changes:

// 1. change the entry to a .ts file
entry: {
  app: './src/main.ts'

// 2. add resolve extensions for '.ts'
resolve: {
    extensions: ['.js', '.vue', '.ts'],
    // ...

// 3. in "module: { loaders: []", replace the "bable loader for js test" to "ts-loader for ts test" 
        test: /\.ts$/,
        loader: 'ts',
        include: projectRoot,
        exclude: /node_modules/

// 4. in "vue: {", set esModule to true,
  vue: {
      loaders: utils.cssLoaders({ sourceMap: useCssSourceMap }),
      // typescript needs it
      esModule: true,
      // ... 

// 5. append a ".ts" file to all ".vue" file thus typescript can preprocess the file
  ts: {
    appendTsSuffixTo: [/\.vue$/]

2. Convert JavaScript Code to TypeScript

The good news is that Vue npm package comes with type definitions and we can have type checking and editing help. However, the import syntax is different in TypeScript.

First, Change the <script> tag in src/App.vue and src/components/Hello.vue as <script lang="ts"> for the ts-loader to work.

Then rename the entry file src/main.js as src/main.ts and edit it to have the following content:

import * as Vue from 'vue'
import App from './App'

/* eslint-disable no-new */
new Vue({
  el: '#app',
  render: h => h(App)

To verify the changes, run the project with command npm run dev. You should see a page served on http://localhost:8080/ if we make the right changes.

3. Create a Product List Component

Delete the src/components/Hello.vue file and create a src/components/ProductList.vue file with the following content:

  <table class="table table-hover">
        <th>Product Id</th>
      <tr v-for="product in products" track-by="id">

<script lang="ts">
export default {}

In the above ProductList.vue file, though we don't have anything for for the <script> section, for TypeScript to work, we let it export an empty object.

Then change the App.vue as the following to use the new product list component.


<script lang="ts">
import ProductList from './components/ProductList'

export default {
  name: 'app',
  components: {

Run npm run dev to check that the site is up and running correctly.

4. Use BootStrap 4 Styles

We use BootStrap 4 alpha to style the page. We may see the final release in our life time.

4.1. Install BootStrap 4

Run npm i -S bootstrap@4.0.0-alpha.5 to install BootStrap 4.

4.2. Install node-saas and sass-loader

Run the following two commands to install node-sass and sass-loader.

npm i -D node-sass
npm i -D sass-loader

4.3. Create a Style File with Standard Style

create a src/styles folder and create a style.scss file with the following content:

@import "../../node_modules/bootstrap/scss/bootstrap-flex.scss";

4.4. Use the Created Style

Import the standard bootstrap style by adding the following contents to main.js.

// import some global styles
import './styles/style.scss'

Run npm run dev to check that the site is up and running correctly.

5. Create a State Store

To make the project scalable, We use modules to manage the store for different parts of an application. In the src/store folder, we define types for all store modules. Each module has a type file.

5.1. Install vuex

Run npm i -S vuex to install the Vue state store plugin.

5.3. Create Type Constants

Create src/store/products-types.ts file as the following:

export const GET_PRODUCTS = 'products/GET_PRODUCTS'

The reason that we create this file is that there will be a types file for each store module.

5.3. Create the getProducts Getter

Create src/store/modules/products/getters.ts as the following:

import { GET_PRODUCTS } from '../../products-types'

export const getters = {
  [GET_PRODUCTS] (state) {
    return state.products

For a non-trivial project, there will be getters, mutations, and actions and each type will be in one or more file.

5.4 Create the Products Store Module

Create src/store/modules/products/index.ts with the following content:

import { getters } from './getters'

const initialState = {
  products: [
      id: '001',
      name: 'COBOL 101 vintage',
      description: 'Learn COBOL with this vintage programming book',
      price: 399,
      id: '007',
      name: 'Sharp C2719 curved TV',
      description: 'Watch TV like with new screen technology',
      price: 1995,
      id: '719',
      name: 'Remmington X mechanical keyboard',
      description: 'Excellent for gaming and typing',
      price: 595,

export default {
  state: {

This is the module-levle store file that exposes all module states and methods.

5.5. Add the Store to the Root Instance

In src/main.ts, import the newly created store and add it to the root instance option. After this, all child components can access the store.

declare let process: any

import * as Vue from 'vue'
import * as Vuex from 'vuex'

import products from './modules/products'


const debug = process.env.NODE_ENV !== 'production'

export default new Vuex.Store({
  modules: {
  strict: debug

This is the root-level store file that exposes all store modules.

5.6. Use the Store in ProductList Component

to get products data from the store using a computed property, change the content of <script lang="ts"> </script> of the src/components/ProductList.vue fiel as the following:

<script lang="ts">
import * as Vuex from 'vuex'

import * as types from '../store/products-types'

export default {
  computed: Vuex.mapGetters({
    products: types.GET_PRODUCTS

In the above code, we map the types.GET_PRODUCTS getter meethod to a local computed property with a name products.

Run npm run dev to check that the site is up and running correctly.