Practical Node.js

Building Real-World Scalable Web Apps

  • Azat Mardan

Table of contents

  1. Front Matter
    Pages i-xxiv
  2. Azat Mardan
    Pages 89-111
  3. Azat Mardan
    Pages 113-163
  4. Azat Mardan
    Pages 165-204
  5. Azat Mardan
    Pages 205-237
  6. Azat Mardan
    Pages 239-276
  7. Azat Mardan
    Pages 331-364
  8. Azat Mardan
    Pages 365-388
  9. Azat Mardan
    Pages 401-416
  10. Azat Mardan
    Pages 417-429
  11. Azat Mardan
    Pages 431-472
  12. Azat Mardan
    Pages 473-494
  13. Azat Mardan
    Pages 495-496
  14. Back Matter
    Pages 497-505

About this book


Learn how to build a wide range of scalable real-world web applications using a professional development toolkit. If you already know the basics of Node.js, now is the time to discover how to bring it to production level by leveraging its vast ecosystem of packages.With this book, you'll work with a varied collection of standards and frameworks and see how all those pieces fit together.

Practical Node.js takes you from installing all the necessary modules to writing full-stack web applications. You'll harness the power of the Express.js and Hapi frameworks, the MongoDB database with Mongoskin and Mongoose. You'll also work with Pug and Handlebars template engines, Stylus and LESS CSS lanaguages, OAuth and Everyauth libraries, and the Socket.IO and Derby libraries, and everything in between. 

This exciting second edition is fully updated for ES6/ES2015 and also covers how to deploy to Heroku and AWS, daemonize apps, and write REST APIs. You’ll build full-stack real-world Node.js apps from scratch, and also discover how to write your own Node.js modules and publish them on NPM. Fully supported by a continuously updated source code repository on GitHub and with full-color code examples, learn what you can do with Node.js and how far you can take it!


Node.js JavaScript Web development Programming Azat Mardan Node APIs Pug Express MongoDB Mocha Hapi

Authors and affiliations

  • Azat Mardan
    • 1
  1. 1.San FranciscoUSA

Bibliographic information