Soundly Handling Static Fields: Issues, Semantics and Analysis
Laurent Hubert, David Pichardie
Abstract
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Laurent Hubert, David Pichardie
Abstract
Open-access reader
Although in most cases class initialization works as expected, some static fields may be read before being initialized, despite being initialized in their corresponding class initializer. We propose an analysis which compute, for each program point, the set of static fields that must have been initialized and discuss its soundness. We show that such an analysis can be directly applied to identify the static fields that may be read before being initialized and to improve the precision while preserving the soundness of a null-pointer analysis.
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Although in most cases class initialization works as expected, some static fields may be read before being initialized, despite being initialized in their corresponding class initializer. We propose an analysis which compute, for each program point, the set of static fields that must have been initialized and discuss its soundness. We show that such an analysis can be directly applied to identify the static fields that may be read before being initialized and to improve the precision while preserving the soundness of a null-pointer analysis.
Key concepts: Soundness, Static analysis, Initialization, Computer science, Pointer (user interface), Class (philosophy), Algorithm, Abstract interpretation