verified-spec-code-mapper

To map formal specifications to verified code, analyze specification statements, code locations, and proof evidence to generate a comprehensive Markdown traceability report. This structured output explicitly links preconditions, postconditions, and invariants to their governing code components and correctness proofs.

Specification traceability in formal verification establishes explicit links between formal specs and the verified code components they govern, alongside their correctness proofs. It produces structured documentation detailing coverage and proof status to facilitate system auditing.

Yes, you can document verified systems in Coq, Dafny, or Isabelle. The process applies to various proof assistants by analyzing specification statements and proof evidence to generate comprehensive verification coverage reports for certification.

Generate a verification coverage report by analyzing detailed specification statements, code locations, and proof evidence. The resulting structured Markdown report clearly shows which specifications are met by which code sections and what proof supports each claim, highlighting any gaps.

No, establishing formal verification traceability requires detailed analysis of proof evidence alongside specification statements and code locations. Proof evidence is necessary to produce comprehensive reports that document verified systems and support certification processes.