Aspect oriented programming: Difference between revisions

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;Background

The main goal of Aspect Oriented Programming (AOP) is to keep all the code relating to a single feature in one module of code.

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;Task

The task is to describe or show how, or to what extent, a given programming language implements, or is able to implement or simulate, Aspect Oriented Programming.

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=={{header|Java}}==

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Java has an aspect oriented programming library called AspectJ. Aspects can create entry and exit intercepts on normal methods. In aspect language, features are called cross-cutting concerns.

=={{header|C}}==

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In as much as I am unable to see the differences between functional programming and aspect oriented programming (they are just that stealthy, from my point of view), I'll have to say that J is as aspect oriented as the capabilities of the programmer.

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=={{header|Java}}==

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Java has an aspect oriented programming library called AspectJ. Aspects can create entry and exit intercepts on normal methods. In aspect language, features are called cross-cutting concerns.

=={{header|JavaScript}}==

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=={{header|Scala}}==

==New Page Notes==

I may have described a feature-oriented programming paradigm, or something related to modular programming. If so please feel free to rename or refactor the page!