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Within LTS Haskell 24.66 (ghc-9.10.3)
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withSpiderTimeline :: (forall x . HasSpiderTimeline x => SpiderTimelineEnv x -> IO r) -> IO rreflex Reflex.Spider.Internal Pass a new timeline to the given function.
InvalidProfile :: String -> Profile asafecopy Data.SafeCopy No documentation available.
InvalidProfile :: String -> Profile asafecopy Data.SafeCopy.Internal No documentation available.
validChain :: SafeCopy a => Proxy a -> Boolsafecopy Data.SafeCopy.Internal No documentation available.
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No documentation available.
class GcdDomain a =>
Euclidean asemirings Data.Euclidean Informally speaking, Euclidean is a superclass of Integral, lacking toInteger, which allows to define division with remainder for a wider range of types, e. g., complex integers and polynomials with rational coefficients. Euclidean represents a Euclidean domain endowed by a given Euclidean function degree. No particular rounding behaviour is expected of quotRem. E. g., it is not guaranteed to truncate towards zero or towards negative infinity (cf. divMod), and remainders are not guaranteed to be non-negative. For a faithful representation of residue classes one can use mod package instead.
divide :: GcdDomain a => a -> a -> Maybe asemirings Data.Euclidean Division without remainder.
\x y -> (x * y) `divide` y == Just x
\x y -> maybe True (\z -> x == z * y) (x `divide` y)
divide :: Field a => a -> a -> asemirings Data.Field Divide two elements of a Field. For any Fractional type, this is the same as (/).
x divide y = x times recip y
getTwiddleTimeout :: PerSessionData -> (Int -> Int) -> IO ()snap-server Snap.Http.Server.Types No documentation available.
_twiddleTimeout :: PerSessionData -> !(Int -> Int) -> IO ()snap-server Snap.Internal.Http.Server.Types An IO action to modify the current request timeout.