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- Invariant-based_programming abstract "Invariant-based programming is a programming methodology where specifications and invariants are written before the actual program statements. Writing down the invariants during the programming process has a number of advantages: it requires the programmer to make his intentions about the program behavior explicit before actually implementing it, and invariants can be evaluated dynamically during execution to catch common programming errors. Furthermore, if strong enough, invariants can be used to prove the correctness of the program based on the formal semantics of program statements. A combined programming and specification language, connected to a powerful formal proof system, will generally be required for full verification of non-trivial programs. In this case a high degree of automation of proofs is also possible.In most existing programming languages the main organizing structures are control flow blocks such as for loops, while loops and if statements. Such languages may not be ideal for invariants-first programming, since they force the programmer to make decisions about control flow before writing the invariants. Furthermore, most programming languages do not have good support for writing specifications and invariants, since they lack quantifier operators and one can typically not express higher order properties.The idea of developing the program together with its proof originated from E.W. Dijkstra. Actually writing invariants before program statements has been considered in a number of different forms by M.H. van Emden, J.C. Reynolds and R-J Back.".
- Invariant-based_programming wikiPageID "4160992".
- Invariant-based_programming wikiPageRevisionID "593531855".
- Invariant-based_programming hasPhotoCollection Invariant-based_programming.
- Invariant-based_programming subject Category:Formal_methods.
- Invariant-based_programming subject Category:Programming_paradigms.
- Invariant-based_programming type Ability105616246.
- Invariant-based_programming type Abstraction100002137.
- Invariant-based_programming type Cognition100023271.
- Invariant-based_programming type FormalMethods.
- Invariant-based_programming type GrammaticalRelation113796779.
- Invariant-based_programming type Inflection113803782.
- Invariant-based_programming type Know-how105616786.
- Invariant-based_programming type LinguisticRelation113797142.
- Invariant-based_programming type Method105660268.
- Invariant-based_programming type Paradigm113804375.
- Invariant-based_programming type ProgrammingParadigms.
- Invariant-based_programming type PsychologicalFeature100023100.
- Invariant-based_programming type Relation100031921.
- Invariant-based_programming comment "Invariant-based programming is a programming methodology where specifications and invariants are written before the actual program statements. Writing down the invariants during the programming process has a number of advantages: it requires the programmer to make his intentions about the program behavior explicit before actually implementing it, and invariants can be evaluated dynamically during execution to catch common programming errors.".
- Invariant-based_programming label "Invariant-based programming".
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- Invariant-based_programming sameAs Q6059500.
- Invariant-based_programming sameAs Q6059500.
- Invariant-based_programming sameAs Invariant-based_programming.
- Invariant-based_programming wasDerivedFrom Invariant-based_programming?oldid=593531855.
- Invariant-based_programming isPrimaryTopicOf Invariant-based_programming.