![]() I’ll be using Pug here because I’m comfortable with the syntax but you can do the tutorial in another templating engine if you wish. Pug, Mustache, and EJS are some of the most popular ones. There are several template engines you can use with Express. We can author the HTML files by hand and specify what file to send to the browser once a GET request hits a route, but it’s almost always better to use a template engine to generate HTML files on the fly.Ī template engine allows you to define templates for your application and replace the variables in the template with actual values at runtime while transforming the template to an actual HTML file which is then sent to the client. Instead of just sending text to the browser when someone hits a route, we can send some HTML as most websites do. Now the web server will be restarted automatically everytime you make a change. You can view the version of Node and npm you have installed by running the following commands in your terminal:Īpp. The versions I used while building this project are as follows: You can search the web for instructions on how to install Node.js and npm for your preferred platform or visit the Node.js website ( npm comes with Node). Before you continue though, you need to have Node.js and npm installed. If you know JavaScript but you have never done any server-side programming before, this tutorial for you. I believe this tutorial will be particularly helpful if you already have some experience with JavaScript on the frontend. I decided to write this introductory tutorial for anyone who is interested in learning Node after realising that it’s not so easy to read the documentation and figure out how to go about building stuff with Node. Recently, I decided to learn Node.js properly and do some server-side programming as well. In your working directory, create a file named index.js.Ĭonst ) Ĭonst res = await on JanuHow to Build Your First Node.js Website with Express and Pugįor most of my career as a Web Developer, I worked on the frontend of websites and applications consuming APIs made by other people. Save the downloaded JSON file as credentials.json, and move the.The newly created credential appears under OAuth 2.0 Client IDs. The OAuth client created screen appears, showing your new Client ID and Client secret. This name is only shown in the Google Cloud console. In the Name field, type a name for the credential.Click Create Credentials > OAuth client ID.In the Google Cloud console, go to Menu menu > APIs & Services > Credentials. Itĭoesn't work if run on a remote terminal such as Cloud Shell or over SSH. ![]() You must create a separate client ID for each platform.Ĭaution: This quickstart must be run locally and with access to a browser. To authenticate as an end user and access user data in your app, you need toĬreate one or more OAuth 2.0 Client IDs. In the Google Cloud console, enable the Google Sheets API.Īuthorize credentials for a desktop application ![]() You can turn on one or more APIs in a single Google Cloud project. Enable the APIīefore using Google APIs, you need to turn them on in a Google Cloud project. To complete this quickstart, set up your environment. To run this quickstart, you need the following prerequisites: If you're unfamiliar with authentication and authorization forĪuthentication and authorization overview.Ĭreate a Node.js command-line application that makes requests to the Before you can run the sampleĪpp, each quickstart requires that you turn on authentication andĪuthorization. You use the client libraries for your own apps. Google Workspace quickstarts use the API client libraries to handle someĭetails of the authentication and authorization flow. ![]() Quickstarts explain how to set up and run an app that calls a
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