event-driven programming

Events provide support for event-driven programming and is an implementation of the observer pattern.

In Event-driven programming, events, a notification that something happened, control the flow of execution.

Event handlers are a central concept in event-driven programming.

Some of the oldest code was written without any comprehension of event-driven programming.

Most widget toolkits use event-driven programming as a model for interaction.

The UI is linked with code using an event-driven programming model.

Nevow integrates well with Twisted, a framework for event-driven programming.

TinyOS is based on an event-driven programming model instead of multithreading.

They demonstrate various basic techniques used in coding robots, from event-driven programming to writing out data to files for use later.

Most event-driven programming environments already provide this main loop, so it need not be specifically provided by the application programmer.

This mechanism can be used for iteration, event-driven programming, and other contexts in which it is useful to pass operations around the program structure.

Have a look at "event-driven programming".

Publishing of messages to facilitate event-driven programming.

Notifications and events handling for Event-driven programming.

The "scope of usefulness" of the language grew to include system programming and event-driven programming.

In event-driven programming, the programmer may write sequences of instructions to respond to events without specifying an overall sequence for the program.

The time instants when the signal value (or dataflow value) changes correspond to events in event-driven programming.

See event-driven programming.

WebSphere sMash uses an event-driven programming model.

This enables event-driven programming.

Signal programming is used in the same sense as dataflow programming, and is similar to event-driven programming.

Twisted is based on the event-driven programming paradigm, which means that users of Twisted write short callbacks which are called by the framework.

Widgets were added to IDL in 1992, providing event-driven programming with graphical user interfaces.

Event-driven programming hardware description languages like Verilog have a different threading model which supports extremely large numbers of threads (for modeling hardware).

Event-driven programming is chosen for these systems primarily because of simplicity and robustness, which are essential attributes in life-critical and mission-critical systems.