In this lesson, you will learn the main concepts behind event-driven programming, which, after object-oriented programming, is another fundamental stepping stone in understanding modern embedded ...

Modern agile, scalable applications are now being written with event-driven programming. Under event-driven applications, the processes do the work and then move to trigger events. At the same time, ...

Event-driven programming is a way of designing and writing programs that respond to events. Events are signals or messages that indicate that something has happened or is about to happen.

This tutorial introduces additional functionalities of the event-driven library. We will use an example application, the event-driven optical flow. As in the previous tutorial, different types of ...

Event-driven programming is a paradigm that relies on the occurrence of events, such as user actions, messages, timers, or sensors, to trigger the execution of specific functions or handlers.

Event-driven programming overcomes these hurdles by making non-blocking operations and asynchronous event processing the focal point of programming. This programming paradigm guarantees that ...

The project revolves around creating an application that utilizes the Qt framework to develop a graphical user interface (GUI) that responds to various events triggered by user interactions. The ...

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 ...

An interesting question is: When do input-driven state machine machines run, and when do they wait? With event-driven state machines, this was very clear. An event-driven state machine runs only when ...