This book illustrates a route for mathematically specifying and rigorously implementing a high assurance compiler suitable for use in developing high integrity applications. It explains the various techniques used at each stage of the development: denotational semantics, to capture the meaning of the source and target languages: Z, to specify the meanings and perform the correctness proofs; Prolog, to implement directly from the specification. It is illustrated throughout by a fully worked case study developing a compiler for a small language.
Although the case study in the book covers only a small language, the techniques described have been used to develop a compiler for a full safety critical language, including functions, procedures, modules, and separate compilation.
-- Professor Gordon A. Rose
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I have provided the text as a PDF (1435K). This has slightly different pagination from the printed version, and has a few minor typos corrected, but is otherwise identical.
@book(SS-HIC, author = "Susan Stepney", title = "High Integrity Compilation : a case study", publisher = "Prentice-Hall", year = 1993 )