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A Formal Correctness Proof for Code Generation from SSA Form in Isabelle/HOL
Citation key olaf04a
Author Jan Olaf Blech and Sabine Glesner
Title of Book Proceedings der 3. Arbeitstagung Programmiersprachen (ATPS) auf der 34. Jahrestagung der Gesellschaft für Informatik
Pages 449 - 458
Year 2004
Address Ulm, Germany
Month Sep
Publisher Lecture Notes in Informatics
Abstract Optimizations in compilers are the most error-prone phases in the compilation process. Since correct compilers are a vital precondition for software correctness, it is necessary to prove their correctness. We develop a formal semantics for static single assignment (SSA) intermediate representations and prove formally within the Isabelle/HOL theorem prover that a relatively simple form of code generation preserves the semantics of the transformed programs in SSA form. This formal correctness proof does not only verify the correctness of a certain class of code generation algorithms but also gives us a sufficient, easily checkable correctness criterion characterizing correct compilation results obtained from implementations (compilers) of these algorithms.
Bibtex Type of Publication Conference Article
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