Author(s):
F. Rodrigues, Nuno 
; Vilaça, João L.
Date: 2010
Persistent ID: http://hdl.handle.net/11110/514
Origin: CiencIPCA
Subject(s): clones; Functional programs; refactoring
Document details
Identifying clones in functional programs for refactoring
Description
Clone detection is well established for imperative programs. It works mostly on the statement level and therefore is ill-suited for func- tional programs, whose main constituents are expressions and types. In this paper we introduce clone detection for functional programs using a new intermediate program representation, dubbed Functional Control Tree. We extend clone detection to the identi cation of non-trivial func- tional program clones based on the recursion patterns from the so-called Bird-Meertens formalism
Clone detection is well established for imperative programs. It works mostly on the statement level and therefore is ill-suited for func- tional programs, whose main constituents are expressions and types. In this paper we introduce clone detection for functional programs using a new intermediate program representation, dubbed Functional Control Tree. We extend clone detection to the identi cation of non-trivial func- tional program clones based on the recursion patterns from the so-called Bird-Meertens formalism
Document Type
Article
Language English
Language English
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