Titlebook: Software Engineering and Formal Methods; 12th International C Dimitra Giannakopoulou,Gwen Salaün Conference proceedings 2014 Springer Inter

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Completeness of Separation Logic with Inductive Definitions for Program Verificationions give us a great advantage for verification, since they enable us for example, to formalize linked lists and to support the lemma reasoning mechanism. This paper proves its completeness theorem that states that every true asserted program is provable in the logical system. In order to prove its

nostrum

A Thread-Safe Library for Binary Decision Diagramsams (BDDs) manipulation. . allows clients to share a single factory of BDDs, in real parallelism, and reduce the memory footprint of their overall execution, at a very low synchronization cost. We prove through experiments on multi-core computers that . is an effective thread-safe library for BDD ma

tolerance

Effect-Polymorphic Behaviour Inference for Deadlock Checkingorder functions and dynamic lock creation. The analysis is context-sensitive and locks are summarised based on their creation-site. The resulting effects can be checked for deadlocks using state space exploration. We use a specific deadlocksensitive simulation relation to show that the effects sound

analogous

Synthesizing Parameterized Unit Tests to Detect Object Invariant Violationsures, such a description is typically expressed as some form of object invariant. If a program may create structures that violate the invariant, the test data generated using the invariant systematically ignores possible inputs and, thus, potentially misses bugs. In this paper, we present a techniqu

Excise

Formalizing DSL Semantics for Reasoning and Conformance Testing. In combination with code generators, DSLs bring software development closer to domain requirements. The development of DSLs usually centers around the grammar and a code generator; there is little attention for the semantics of the DSL. However, a formal semantics is essential for reasoning about

Fibrin

hauteur

Automated Error-Detection and Repair for Compositional Software Specificationswhose interaction the system’s aims depend. Further, finding causes of error, and ways of overcoming them, cannot easily be achieved without a systematic methodology. This has led researchers to explore the combined use of verification and machine-learning to support automated software analysis and

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