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--- effectcaps [2013/06/16 22:20] – ifiguero
+++ effectcaps [2015/03/13 19:31] (current) – ifiguero
@@ Line 1: / Line 1: @@
-====== Effect Capabilities ======
+====== Effect Capabilities in Haskell ======
-Inspired on capability-based security, we propose Effect Capabilities as an effective and flexible manner to control effects and their interferences. Capabilties can be selectively shared between modules to establish secure effect-centric coordinations.
-====== Downloading ======
+===== Submitted to Special Issue of Science of Computer Programming =====
-The Haskell implementation of Effect Capabilities can be downloaded {{research:software:effectcapabilities-haskell13.zip|here}}.
-The code was tested in the [[http://www.haskell.org/platform/|Haskell Platform]] version 2012.4.0.
+==== Abstract ====
+Computational effects complicate the tasks of reasoning about and
-====== Examples ======
+maintaining software, due to the many kinds of interferences that
-Examples from the paper are included in the implementation.
+can occur. While different proposals have been formulated to
+alleviate the fragility and burden of dealing with specific effects,
+such as state or exceptions, there is no prevalent robust mechanism
+that addresses the general interference issue. Building upon the
+idea of capability-based security, we propose effect capabilities as
+an effective and flexible manner to control monadic effects and
+their interferences. Capabilities can be selectively shared between
+modules to establish secure effect-centric coordination. We further
+refine capabilities with type-based permission lattices to allow
+fine-grained decomposition of authority. We provide an
+implementation of effect capabilities in Haskell, using type classes
+to establish a way to statically share capabilities between modules,
+as well as to check proper access permissions to effects at compile
+time. We first exemplify how to tame effect interferences using
+effect capabilities by treating state and exceptions. Then we focus
+on taming I/O by proposing a fine-grained lattice of I/O permissions
+based on the current classification of its operations. Finally, we
+show that integrating effect capabilities with modern tag-based
+monadic mechanisms provides a practical, modular and safe mechanism
+for monadic programming in Haskell.
+==== Implementation and Examples ====
+The Haskell implementation of Effect Capabilities and the examples of the paper are available in [[https://github.com/ifigueroap/effect-capabilities/tree/scp|Github]]. The code was tested in the [[http://www.haskell.org/platform/|Haskell Platform]] version 2014.2.0.
 ====== Authors ======