Publication | Open Access
Equivalence in functional languages with effects
169
Citations
18
References
1991
Year
EngineeringSemanticsFormal VerificationStore MechanismsSyntaxOperational SemanticsLanguage StudiesOptimizationProgramming LanguagesFormal SemanticsProgramming Language TheoryFunctional LanguagesClean Programming LanguagesComputer ScienceFunctional ProgrammingFunctional Programming LanguageIncompatible RequirementsAutomated ReasoningProgram AnalysisFormal MethodsLambda CalculusLinguistics
Abstract Traditionally the view has been that direct expression of control and store mechanisms and clear mathematical semantics are incompatible requirements. This paper shows that adding objects with memory to the call-by-value lambda calculus results in a language with a rich equational theory, satisfying many of the usual laws. Combined with other recent work, this provides evidence that expressive, mathematically clean programming languages are indeed possible.
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