Publication | Open Access
A monadic framework for delimited continuations
74
Citations
31
References
2007
Year
Monadic FrameworkEngineeringAutomated ReasoningScheme LibraryFunctional Programming LanguageRewriting SystemDependently Typed ProgrammingFormal MethodsComputer ScienceType SystemLambda CalculusFunctional ProgrammingFormal VerificationStandard CpsAbstract Delimited Continuations
Abstract Delimited continuations are more expressive than traditional abortive continuations and they apparently require a framework beyond traditional continuation-passing style (CPS). We show that this is not the case: standard CPS is sufficient to explain the common control operators for delimited continuations. We demonstrate this fact and present an implementation as a Scheme library. We then investigate a typed account of delimited continuations that makes explicit where control effects can occur. This results in a monadic framework for typed and encapsulated delimited continuations, which we design and implement as a Haskell library.
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