úÎ52      Safe-Inferred ,A wrapper monoid that forces each result of   to  normal form' A monoid whose 0 picks the grater value according to the second  field of the tuple. SeqMax Nothing is the least element of the K ordering. If the second fields are the same, the left value is preferred. J In addition, the first field of the selected tuple is forced to evaluate  using . A monoid equivalent to '. In addition, it forces evaluation of  values inside  using %. This means that when it is used in  ;, the computations will be forced in the producing thread, G not in the consuming one. If you want to force evaluation to NF, wrap  it inside . An -based implementation of  . Calling   (or equivalently ) combines the value with any ! previously written values using w's monoidal operation. Extends  to . Written values are combined  together using w'7s monoid. In addition, allows to run a sub-computation K in a contained environment, without affecting the current partial result. =Runs the given computation separately and return its result. % Does not modify the current result! 5Monad for computations that can save partial results  of type w during their evaluation. BStore a new partial result. The precise semantics of what happens = with the written value is by intent unspecified and left to  be decided by implementations. =Explicitly allow interrupting the computation at this point.  Experimental. A default implementation of  using . / Useful only for authors of implementations of . A default implementation of  using . / Useful only for authors of implementations of . 0Modify written values using the given function. GExecute the given computation with a timeout limit. Each time a value  is written, the result of ' with the previous one is evaluated to  weak head normal form. %  TimeoutWriter in microseconds. The computation. .The final result (if available) and the saved  partial result. !!What to do with the computation. The computation to evaluate. "#$%&'()*+,-./01       !"#$%&'()*+,-./01 Safe-InferredAn -based implementation of .  Calling ' replaces any previously written value  with the new one. BRuns the given simple computation with the given timeout. If the A computation returns a value, the value is returned. If it doesn't or / times out, the last partial result written by  is returned. % Each partial result is converted to weak head normal form prior being  saved. BRuns the given simple computation with the given timeout. If the A computation returns a value, the value is returned. If it doesn't or / times out, the last partial result written by  is returned. % Each partial result is converted to  normal form prior being saved. 23TimeoutWriter in microseconds. The computation. The result, or 4 if no value was  returned. TimeoutWriter in microseconds. The computation. The result, or 4 if no value was  returned. 567892356789:         !"#$%&'()*+,-./0123456789:#;<=>?@Atimeout-with-results-0.2System.Timeout.Returning.WriterSystem.Timeout.Returning mtl-2.1.2Control.Monad.Writer.Classpasslistentellwriter MonadWriterNFMonoid getNFMonoidSeqMaxLast'getLast' TimeoutWriterMonadTimeoutWriter contained MonadTimeout partialResultyield defaultListen defaultPasswithTimeoutWriter runTimeoutTimeoutrunTimeoutWHNF runTimeoutNFbase Data.Monoidmappendparallel-3.2.0.3 Control.SeqrseqLast Data.MaybeMaybeghc-prim GHC.TypesIOgetTimeoutWriterrunTimeoutInternalsseq$fMonoidNFMonoid$fFunctorNFMonoid$fMonoidSeqMax$fNFDataSeqMax$fFunctorSeqMax $fMonoidLast' $fNFDataLast'$fFunctorLast'"$fMonadTimeoutWriterwTimeoutWriter$fMonadTimeoutwTimeoutWriter$fMonadWriterwTimeoutWriter$fMonadIOTimeoutWriter$fMonadTimeoutWriter$fApplicativeTimeoutWriter$fFunctorTimeoutWriter getTimeoutNothing$fMonadTimeoutwTimeout$fMonadIOTimeout$fMonadTimeout$fApplicativeTimeout$fFunctorTimeout