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1. step :: TupleParserState -> Char -> TupleParserState

   purescript-bridge	Language.PureScript.Bridge.Tuple

   No documentation available.

2. step :: (Ord e, Container c e) => c e -> c e

   qchas	QC

   A more efficient implementation of cmap (\x -> if x>0 then 1 else 0)

   >>> step $ linspace 5 (-1,1::Double)
   5 |> [0.0,0.0,0.0,1.0,1.0]
   

3. step :: Statement -> IO StepResult

   squeather	Squeather

   Evaluate a prepared statement. Returns Row if the Statement has returned a row of data. In that case, use column or columns to get individual columns or all columns, respectively. Returns Done if there is no data to retrieve. In that case, step should not be called again without first calling reset.

4. step :: Statement -> IO StepResult

   squeather	Squeather.Internal

   Evaluate a prepared statement. Returns Row if the Statement has returned a row of data. In that case, use column or columns to get individual columns or all columns, respectively. Returns Done if there is no data to retrieve. In that case, step should not be called again without first calling reset.

5. step :: k -> v -> v -> SF k v

   step-function	Data.Function.Step

   Step function. step k v1 v2 = \ x -> if x < k then v1 else v2.

   >>> putSF $ step 1 2 3
   \x -> if
   | x < 1     -> 2
   | otherwise -> 3
   

6. step :: k -> v -> v -> SF k v

   step-function	Data.Function.Step.Discrete.Closed

   Step function. step k v1 v2 = \ x -> if x < k then v1 else v2.

   >>> putSF $ step 1 2 3
   \x -> if
   | x <= 1    -> 2
   | otherwise -> 3
   

7. step :: k -> v -> v -> SF k v

   step-function	Data.Function.Step.Discrete.Open

   Step function. step k v1 v2 = \ x -> if x < k then v1 else v2.

   >>> putSF $ step 1 2 3
   \x -> if
   | x < 1     -> 2
   | otherwise -> 3
   

8. step :: Config -> Step

   stylish-haskell	Language.Haskell.Stylish.Step.Data

   No documentation available.

9. step :: Maybe Int -> Options -> Step

   stylish-haskell	Language.Haskell.Stylish.Step.Imports

   No documentation available.

10. step :: Maybe Int -> Style -> Bool -> Bool -> String -> Step

    stylish-haskell	Language.Haskell.Stylish.Step.LanguagePragmas

    No documentation available.

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