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Axiomatic semantics - Wikipedia

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Logic for proving computer program correctness

Axiomatic semantics is an approach based on mathematical logic for proving the correctness of computer programs.^[1] It is closely related to Hoare logic.

Axiomatic semantics define the meaning of a command in a program by describing its effect on assertions about the program state. The assertions are logical statements—predicates with variables, where the variables define the state of the program.

• Algebraic semantics (computer science) — in terms of algebras
• Denotational semantics — by translation of the program into another language
• Operational semantics — in terms of the state of the computation
• Formal semantics of programming languages — overview
• Predicate transformer semantics — describes the meaning of a program fragment as the function transforming a postcondition to the precondition needed to establish it.
• Assertion (computing)

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