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Conference Papers Year : 2012

A Monadic Interpretation of Execution Levels and Exceptions for AOP

Abstract

Aspect-Oriented Programming (AOP) started ten years ago with the remark that modularization of so-called crosscutting functionalities is a fundamental problem for the engineering of large-scale applications. Originating at Xerox PARC, this observation has sparked the development of a new style of programming featured that is gradually gaining traction. However, AOP lacks theoretical foundations to clarify new ideas showing up in its wake. This paper proposes to put a bridge between AOP and the notion of 2-category to enhance the conceptual understanding of AOP. Starting from the connection between the λ-calculus and the theory of categories, we provide an internal language for 2-categories and show how it can be used to define the first categorical semantics for a realistic functional AOP language, called MinAML. We then take advantage of this new categorical framework to introduce the notion of computational 2-monads for AOP. We illustrate their conceptual power by defining a 2-monad for Éric Tanter's execution levels--which constitutes the first algebraic semantics for execution levels--and then introducing the first exception monad transformer specific to AOP that gives rise to a non-flat semantics for exceptions by taking levels into account.
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Dates and versions

inria-00592132 , version 1 (11-05-2011)
inria-00592132 , version 2 (13-05-2011)
inria-00592132 , version 3 (26-01-2012)

Identifiers

  • HAL Id : inria-00592132 , version 3

Cite

Nicolas Tabareau. A Monadic Interpretation of Execution Levels and Exceptions for AOP. Modularity: AOSD'12, Mar 2012, Postdam, Germany. ⟨inria-00592132v3⟩
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