Mastering Live(View) development in Go (GoLang) – (Free Course)


What you’ll learn

  1. Real-time user experiences with server-rendered HTML
  2. Phoenix(Elixir) LiveView-like programming in Go
  3. Form-based UI using Live(View)
  4. Pub/Sub based user communication using Live(View)
  5. Periodic background jobs using Live(View)
  6. Creating a single-page application in one file
  7. Integration with Fabric framework
  8. Handling application events in a declarative way
  9. Using websocket communication between frontend and backend

This course includes:

  • 4.5 hours on-demand video
  • Access on mobile and TV
  • Certificate of completion


Welcome to the ‘Mastering Live(View) programming in Go’ course. With this course, you will add value to your existing Go Lang knowledge by getting familiar with several web development techniques known as a ‘LiveView’ programming model introduced within the last several years.

We will focus on several topics popular when building web applications and we take a look at how to implement those features using Live(View) techniques where JS usage is not needed or minimized at least. We are going to see how the Live(View) programming approach makes web app development easier to do and more solution-oriented.


What you’ll learn

  • Create interactive web apps in GoLang
  • Use of websockets as a modern technique for client-server communication
  • Knowledge of creating UI based apps with your current GoLang backend skills
  • Use of Push techniques for updating users from backend
  • Create collaboration types of applications using popular LiveView approach
  • Speed-up your development with modern programming techniques
  • Create highly maintainable and easy to read application code

What is the LiveVew programming approach/model?

LiveView provides rich, real-time user experiences with server-rendered HTML. The LiveView programming model is mostly declarative: instead of saying “when event ABC happens, change XYZ on the page”, events in LiveView are managed by handlers bound to event id. Once the state changes, LiveView will re-render the relevant parts of its HTML template(calculate diff) and push it to the browser, which updates itself most efficiently. This means developers write LiveView templates as any other server-rendered HTML and LiveView does the hard work of tracking changes and sending the relevant diffs to the browser using websocket communication. Phoenix Framework widely popularized this approach and there are implementations for many significant languages or platforms.

Topics covered by this course:
During the course, we create a basic web application in Go Lang with a Live(View) approach. The main topics include:

  • LiveView-inspired programming – technical info
  • Key Live(View) concepts explained
  • Thermostat – interactive application without JS
  • Implementation of Pub/Sub communication
  • Enhancing thermostat – implementation of chat, clock, JS hooks
  • Live(View) in popular frameworks
  • Integration of Live(View) application with NATS server

An important part of this course is to realize ‘what we don’t need to do’ when using the Live(View) approach. Simplification can be huge and the old saying that ‘the best code is the code you don’t have to write’ is proven here.


The goal of this course is to make a guide in the Live(View) programming world. We use a pragmatic approach by building real applications and exploring the Live(View) programming model practically.

GitHub repository:

The source code is available through the link attached to the last lecture in this course. You can clone the repo and use the code snippets we are building in this course.

Who this course is for:

  • For all existing or new Go programmers with an interest for LiveView like programming approach when building interactive applications easily.

How to Get this course FREE?

Note: The udemy Courses Will be free for a Maximum of 1000 Learners can use the promo code AND Get this course 100% Free. After that, you will get this course at a discounted price. (Still, It’s a good deal for you to get this course at a discounted price).

External links may contain affiliate links, meaning we get a commission if you decide to make a purchase. Read our disclosure.


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