Algorithmic Details behind the Predator Shape Analyser
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arXiv
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| Main Authors: | , , , , |
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| Format: | Preprint |
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2024
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| _version_ | 1866909152620576768 |
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| author | Dudka, Kamil Muller, Petr Peringer, Petr Šoková, Veronika Vojnar, Tomáš |
| author_facet | Dudka, Kamil Muller, Petr Peringer, Petr Šoková, Veronika Vojnar, Tomáš |
| contents | This chapter, which is an extended and revised version of the conference paper 'Predator: Byte-Precise Verification of Low-Level List Manipulation', concentrates on a detailed description of the algorithms behind the Predator shape analyser based on abstract interpretation and symbolic memory graphs. Predator is particularly suited for formal analysis and verification of sequential non-recursive C code that uses low-level pointer operations to manipulate various kinds of linked lists of unbounded size as well as various other kinds of pointer structures of bounded size. The tool supports practically relevant forms of pointer arithmetic, block operations, address alignment, or memory reinterpretation. We present the overall architecture of the tool, along with selected implementation details of the tool as well as its extension into so-called Predator Hunting Party, which utilises multiple concurrently-running Predator analysers with various restrictions on their behaviour. Results of experiments with Predator within the SV-COMP competition as well as on our own benchmarks are provided. |
| format | Preprint |
| id |
arxiv_https___arxiv_org_abs_2403_18491 |
| institution | arXiv |
| publishDate | 2024 |
| record_format | arxiv |
| spellingShingle | Algorithmic Details behind the Predator Shape Analyser Dudka, Kamil Muller, Petr Peringer, Petr Šoková, Veronika Vojnar, Tomáš Software Engineering Programming Languages This chapter, which is an extended and revised version of the conference paper 'Predator: Byte-Precise Verification of Low-Level List Manipulation', concentrates on a detailed description of the algorithms behind the Predator shape analyser based on abstract interpretation and symbolic memory graphs. Predator is particularly suited for formal analysis and verification of sequential non-recursive C code that uses low-level pointer operations to manipulate various kinds of linked lists of unbounded size as well as various other kinds of pointer structures of bounded size. The tool supports practically relevant forms of pointer arithmetic, block operations, address alignment, or memory reinterpretation. We present the overall architecture of the tool, along with selected implementation details of the tool as well as its extension into so-called Predator Hunting Party, which utilises multiple concurrently-running Predator analysers with various restrictions on their behaviour. Results of experiments with Predator within the SV-COMP competition as well as on our own benchmarks are provided. |
| title | Algorithmic Details behind the Predator Shape Analyser |
| topic | Software Engineering Programming Languages |
| url | https://arxiv.org/abs/2403.18491 |