This paper discusses code anomalies — code fragments that are written in some way that is not typical for the programming language community. Such code fragments are useful to language creators as performance tests or they could provide insights on how to improve the language. With Kotlin as the target language, we discuss how the task of detecting code anomalies for a very large codebase could be solved using well-known anomaly detection techniques. We outline and discuss approaches to obtain code vector representation and to perform anomaly detection on such vectorized data. The paper concludes with our preliminary results.
Wed 18 JulDisplayed time zone: Amsterdam, Berlin, Bern, Rome, Stockholm, Vienna change
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|Buffer Overflow Detection for C Programs is Hard to Learn|
|Generating Software Adaptations using Machine Learning|
|Detecting anomalies in Kotlin code|