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--- research:software:haskellaop [2013/02/04 18:41] – [Aspect-Oriented Programming in Haskell] ifiguero
+++ research:software:haskellaop [2013/06/14 16:32] (current) – created ifiguero
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-====== Aspect-Oriented Programming in Haskell ======
+This page has been moved to: [[research/software/effectiveaspects]].
-This is the main page for our research on aspect-oriented programming (AOP) in Haskell. We have developed the Haskell AOP library that provides the full pointcut/advice model of AOP into a monadic setting. Read below for further details.
-====== A Typed Monadic Embedding of Aspects (AOSD 2013) ======
-We developed a novel approach to embed pointcut/advice aspects in a typed functional programming language like Haskell. Aspects are first-class, can be deployed dynamically, and the pointcut language is extensible. Type soundness is guaranteed by exploiting the underlying type system, in particular phantom types and a new anti-unification type class. The use of monads brings type-based reasoning about effects for the first time in the pointcut/advice setting, and makes it possible to modularly extend or modify the aspect language.
-====== Source Code ======
-===== Original code from AOSD 2013 =====
-The original source of the AOSD 2013 paper can be downloaded {{:research:software:aop2.zip | here}}. See the included README file for details.
-===== Taming Aspects with Monads and Membranes (FOAL 2013) =====
-The source of our FOAL 2013 submission can be downloaded {{:research:software:aomonad-foal13.zip | here}}. This is an updated revision of the previous code with programmable membranes semantics for aspect-oriented programming. See the included README and README-FOAL file for details.
-====== About the Code ======
-We tested the software in the [[http://hackage.haskell.org/platform/|Haskell Platform]] version 2012.2.0.0. Consequently, we used the Glasgow Haskell Compiler, GHC, with the following [[http://pleiad.dcc.uchile.cl/research/software/haskellaop/ghc-extensions|extensions]].
-The code depends on the following packages:
-  * random
-  * mtl
-  * HUnit
-  * QuickCheck
-  * containers
-  * haskell-src-meta
-  * template-haskell
-  * polytypeable
-  * ghc-prim
-  * fgl (functional graph library, for the membrane semantics)
-Which can be installed using the [[http://www.haskell.org/haskellwiki/Cabal-Install | cabal package manager]] included with the Haskell Platform.
-We include the paper examples, and tests used during development. The main difference between the code in the paper and the source code are:
-  * deployment/undeployment: we define the AOPMonad class with the deploy/undeploy top-level operations. These functions use the underlying deployInEnv / undeployInEnv functions defined by type class MonadDeploy.
-  * In file Function.hs we define tagged functions to provide a more robust notion of function equality. Join points, open function application, and weaving are modified to accept this new kind of functions.