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Určení spolehlivosti výsledků statické analýzy pomocí strojového učení
Beránek, Tomáš ; Fiedor, Jan (oponent) ; Vojnar, Tomáš (vedoucí práce)
The Meta Infer static analyzer is a tool for detecting various types of errors in source code. However, its results contain more than 95 % of false alarms. This thesis proposes a solution that ranks Infer’s reports using Graph Neural Networks (GNNs) based on the likelihood of being a real error, thus mitigating the issue with false alarms. The system consists of a training pipeline, which converts the D2A dataset – a set of labeled reports from Meta Infer – into Extended Code Property Graphs (ECPGs) and GNN models trained on these ECPGs. Experimental results indicate that the developed GNN models can match, and in some cases even surpass, existing models developed by strong industrial teams. Moreover, these existing solutions are closed source, making the solution developed in this thesis a promising open-source alternative.

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