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The focus of this thesis is a program analysis technique named symbolic
execution. We present three main contributions to this field.
First, an investigation into comparing several state-of-the-art program
analysis tools at the level of an intermediate verification language over a
large set of benchmarks, and improvements to the state-of-the-art of symbolic
execution for this language. This is explored via a new tool, Symbooglix, that
operates on the Boogie intermediate verification language.
Second, an investigation into performing symbolic execution of floating-point
programs via a standardised theory of floating-point arithmetic that is
supported by several existing constraint solvers. This is investigated via two
independent extensions of the KLEE symbolic execution engine to support
reasoning about floating-point operations (with one tool developed by the
thesis author).
Third, an investigation into the use of coverage-guided fuzzing as a means for
solving constraints over finite data types, inspired by the difficulties
associated with solving floating-point constraints. The associated prototype
tool, JFS, which builds on the LibFuzzer project, can at present be applied to
a wide range of SMT queries over bit-vector and floating-point variables, and
shows promise on floating-point constraints.Open Acces
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