-- Hoogle documentation, generated by Haddock
-- See Hoogle, http://www.haskell.org/hoogle/


-- | A data-type representing digits 0-9
--   
--   A data-type with 10 nullary constructors
@package Digit
@version 0.0.1


-- | A data type with ten nullary constructors and combinators.
module Data.Digit

-- | A data type with ten nullary constructors.
data Digit

-- | Zero.
d0 :: Digit

-- | One.
d1 :: Digit

-- | Two.
d2 :: Digit

-- | Three.
d3 :: Digit

-- | Four.
d4 :: Digit

-- | Five.
d5 :: Digit

-- | Six.
d6 :: Digit

-- | Seven.
d7 :: Digit

-- | Eight
d8 :: Digit

-- | Nine.
d9 :: Digit

-- | Catamorphism for <tt>Digit</tt>.
foldDigit :: a -> a -> a -> a -> a -> a -> a -> a -> a -> a -> Digit -> a

-- | Return the first argument if zero, otherwise the second argument.
if0 :: x -> x -> Digit -> x

-- | Return the first argument if one, otherwise the second argument.
if1 :: x -> x -> Digit -> x

-- | Return the first argument if two, otherwise the second argument.
if2 :: x -> x -> Digit -> x

-- | Return the first argument if three, otherwise the second argument.
if3 :: x -> x -> Digit -> x

-- | Return the first argument if four, otherwise the second argument.
if4 :: x -> x -> Digit -> x

-- | Return the first argument if five, otherwise the second argument.
if5 :: x -> x -> Digit -> x

-- | Return the first argument if six, otherwise the second argument.
if6 :: x -> x -> Digit -> x

-- | Return the first argument if seven, otherwise the second argument.
if7 :: x -> x -> Digit -> x

-- | Return the first argument if eight, otherwise the second argument.
if8 :: x -> x -> Digit -> x

-- | Return the first argument if nine, otherwise the second argument.
if9 :: x -> x -> Digit -> x

-- | Return the first argument if even, otherwise the second argument.
ifEven :: x -> x -> Digit -> x

-- | Return the first argument if odd, otherwise the second argument.
ifOdd :: x -> x -> Digit -> x
instance Eq Digit
instance Ord Digit
instance Enum Digit
instance Bounded Digit
instance Read Digit
instance Show Digit

module Test.Data.Digit
main :: IO ()
digitTests :: [Test]
prop_fold :: Digit -> Bool
prop_if :: Int -> Int -> Digit -> Bool
prop_even_odd :: Int -> Int -> Digit -> Bool
instance Arbitrary Digit