Statistical Learning Approach for Mining API Usage Mappings for Code Migration
Anh Tuan Nguyen, Hoan Anh Nguyen, Tung Thanh Nguyen, Tien N. Nguyen. ASE 2014
The same software product nowadays could appear in multiple platforms and devices. To address business needs, software companies develop a software product in a programming language and then migrate it to another one. To support that process, semi-automatic migration tools have been proposed. However, they require users to manually define the mappings between the respective APIs of the libraries used in two languages. To reduce such manual effort, we introduce StaMiner, a novel data-driven approach that statistically learns the mappings between APIs from the corpus of the corresponding client code of the APIs in two languages Java and C#. Instead of using heuristics on the textual or structural similarity between APIs in two languages to map API methods and classes as in existing mining approaches, StaMiner is based on a statistical model that learns the mappings in such a corpus and provides mappings for APIs with all possible arities. Our empirical evaluation on several projects shows that StaMiner can detect API usage mappings with higher accuracy than a state-of-the-art approach. With the resulting API mappings mined by StaMiner, Java2CSharp, an existing migration tool, could achieve a higher level of accuracy.
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