We discuss the main concepts behind event-driven programming, which, after object-oriented programming, is another fundamental stepping stone in understanding modern embedded software.

Today, there is a better way, asynchronous servers. A new breed of frameworks for third-generation languages is taming the once complex world of event-driven programming. A rising star in the Python ...

What’s perhaps most interesting about Drasi’s approach to event-driven computing is its support for what, in the past, would have been many different event management tools.

With pressure to deliver fast, scalable solutions, developers are turning to event-driven microservices as a promising alternative.

In this article, we'll look at the concepts behind event-driven applications, the various methods of event handling and generic techniques you can use to simplify the task of handling events.

Myth no. 1: Event-driven architectures are implemented with event-driven programming As event-driven architectures are gaining popularity, so is the event-driven programming model.

Event-driven state machines are typically safer, but input-driven state machines also have their place. For example, in computer games or robotics applications, the event discovery strongly depends on ...