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definition:
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runFixpoint :: Eq a => ADom a
-> (SemEq a -> SemInt a -> SemInt a)
-> [Rule] -> [(String,[a])] -> Bool
-> ([SemEq a] -> [SemEq a] -> Bool)
-> IO (SemInt a)
runFixpoint adom insertsem rules mainacalls withprint semeq = do
let trm = transformInt adom insertsem rules
(foldr insertsem [] (map main2int mainacalls))
--printProgram rules maincalls
if withprint then return () else putStr "Iterating:"
garbageCollect
pi1 <- getProcessInfos
fpsem <- computeFixpoint withprint 0 (showSemInt adom) semeq trm []
getProcessInfos >>= printTiming pi1
return fpsem
where
-- map a main call into an abstract equation
main2int (f,aterms) = Eq f aterms (adomBottom adom)
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demand:
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no demanded arguments
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deterministic:
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deterministic operation
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documentation:
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------------------------------------------------------------------------------
-- Runs a simple fixpoint computation w.r.t. a set of abstract initial calls.
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failfree:
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(_, _, _, _, _, _, _)
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indeterministic:
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referentially transparent operation
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infix:
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no fixity defined
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iotype:
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{(_,_,_,_,_,_,_) |-> _}
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name:
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runFixpoint
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precedence:
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no precedence defined
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result-values:
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_
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signature:
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Prelude.Eq a => ADom a -> (SemEq a -> [SemEq a] -> [SemEq a]) -> [TRS.Rule]
-> [(String, [a])] -> Prelude.Bool -> ([SemEq a] -> [SemEq a] -> Prelude.Bool)
-> Prelude.IO [SemEq a]
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solution-complete:
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operation might suspend on free variables
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terminating:
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possibly non-terminating
|
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totally-defined:
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possibly non-reducible on same data term
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