aspect-oriented programming

Over time, this idea gave rise to aspect-oriented programming.

In aspect-oriented programming a set of join points is called a pointcut.

Aspect-oriented programming languages can separate concerns into aspects and objects.

These probes are comparable to a pointcut in aspect-oriented programming.

Enables separation of concerns, in a way similar to aspect-oriented programming but without using any extra tools.

A metaobject protocol is one way to implement aspect-oriented programming languages.

MTS is considered to be the first major software to implement aspect-oriented programming.

Currently, several aspect-oriented programming languages are available for a variety of languages and platforms.

Fourth on the team, Chris Maeda coined the term aspect-oriented programming.

Standard terminology used in Aspect-oriented programming may include:

Aspect-oriented programming allows modularizing cross-cutting concerns in a single module, an aspect.

They are used by aspect-oriented programming, some data access frameworks, and for testing to generate dynamic proxy objects.

Aspect-oriented programming allows cross-cutting concerns to be addressed as secondary concerns.

Other ways to use aspect-oriented programming paradigms include Composition Filters and the hyperslices approach.

Role-oriented programming brings together ideas from Aspect-oriented programming, conceptual modeling and more.

The motivation for aspect-oriented programming approaches stem from the problems caused by code scattering and tangling.

The work on this theme was one of several secondary influences on the development of aspect-oriented programming.

Aspect-oriented programming, a paradigm to increase modularity by isolating secondary or supporting functionality.

Such a context is being established in newer role- and aspect-oriented programming languages such as Object Teams.

Aspect-oriented programming in "e" allows verification engineers to structure their testbench in aspects.

Aspect-oriented programming aims to encapsulate cross-cutting concerns into aspects to retain modularity.

It is so named for its origin in the Demeter Project, an adaptive programming and aspect-oriented programming effort.

Aspect-oriented programming entails breaking down program logic into distinct parts (so-called concerns, cohesive areas of functionality).

Aspect-oriented programming: enables implementing cross-cutting concerns.

Aspect-oriented programming (AOP) generally promotes the modularization of crosscutting concerns.