- Authors:
-
Ernst, Michael D.; Lovato, Alberto; Macedonio, Damiano; Spoto, Nicola Fausto; Thaine, Javier
- Title:
-
Locking Discipline Inference and Checking
- Year:
-
2016
- Type of item:
-
Contributo in atti di convegno
- Tipologia ANVUR:
- Contributo in Atti di convegno
- Language:
-
Inglese
- Format:
-
A Stampa
- Congresso:
- International Conference on Software Engineering (ICSE)
- Place:
- Austin, Texas
- Period:
- 2016
- Publisher:
- ACM
- ISBN:
- 978-1-4503-3900-1
- Page numbers:
-
1133-1144
- Keyword:
-
Static Analysis, concurrent programs, multithreaded programs
- Short description of contents:
- Concurrency is a requirement for much modern software, but the implementation of multithreaded algorithms comes at the risk of errors such as data races. Programmers can prevent data races by documenting and obeying a locking discipline, which indicates which locks must be held in order to access which data. This paper introduces a formal semantics for locking specifications that gives a guarantee of race freedom. The paper also provides two implementations of the formal semantics for the Java language: one based on abstract interpretation and one based on type theory. To the best of our knowledge, these are the first tools that can soundly infer and check a locking discipline for Java. Our experiments com-pare the implementations with one another and with annotations written by programmers.
- Product ID:
-
91245
- Handle IRIS:
-
11562/937422
- Last Modified:
-
June 24, 2022
- Bibliographic citation:
-
Ernst, Michael D.; Lovato, Alberto; Macedonio, Damiano; Spoto, Nicola Fausto; Thaine, Javier,
Locking Discipline Inference and Checking
in Proceedings of the 38th International Conference on Software Engineering (ICSE)
,
ACM
,
Proceedings of "International Conference on Software Engineering (ICSE)"
, Austin, Texas
, 2016
,
2016
,
pp. 1133-1144
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