CPython.Protocols.Number

Documentation

class Object a => Number a where

Methods

toNumber :: a -> SomeNumber

Instances

Number Complex

Defined in CPython.Protocols.Number

Methods

toNumber :: Complex -> SomeNumber

Number Float

Defined in CPython.Protocols.Number

Methods

toNumber :: Float -> SomeNumber

Number FrozenSet

Defined in CPython.Protocols.Number

Methods

toNumber :: FrozenSet -> SomeNumber

Number Set

Defined in CPython.Protocols.Number

Methods

toNumber :: Set -> SomeNumber

Number Integer

Defined in CPython.Protocols.Number

Methods

toNumber :: Integer -> SomeNumber

Number SomeNumber

Defined in CPython.Protocols.Number

Methods

toNumber :: SomeNumber -> SomeNumber

data SomeNumber

Instances

Object SomeNumber

Defined in CPython.Protocols.Number

Methods

toObject :: SomeNumber -> SomeObject

fromForeignPtr :: ForeignPtr SomeNumber -> SomeNumber

Number SomeNumber

Defined in CPython.Protocols.Number

Methods

toNumber :: SomeNumber -> SomeNumber

castToNumber :: Object a => a -> IO (Maybe SomeNumber)

add :: (Number a, Number b) => a -> b -> IO SomeNumber

subtract :: (Number a, Number b) => a -> b -> IO SomeNumber

multiply :: (Number a, Number b) => a -> b -> IO SomeNumber

floorDivide :: (Number a, Number b) => a -> b -> IO SomeNumber

trueDivide :: (Number a, Number b) => a -> b -> IO SomeNumber

remainder :: (Number a, Number b) => a -> b -> IO SomeNumber

divmod :: (Number a, Number b) => a -> b -> IO SomeNumber

power :: (Number a, Number b, Number c) => a -> b -> Maybe c -> IO SomeNumber

negative :: Number a => a -> IO SomeNumber

positive :: Number a => a -> IO SomeNumber

absolute :: Number a => a -> IO SomeNumber

invert :: Number a => a -> IO SomeNumber

shiftL :: (Number a, Number b) => a -> b -> IO SomeNumber

shiftR :: (Number a, Number b) => a -> b -> IO SomeNumber

and :: (Number a, Number b) => a -> b -> IO SomeNumber

xor :: (Number a, Number b) => a -> b -> IO SomeNumber

or :: (Number a, Number b) => a -> b -> IO SomeNumber

inPlaceAdd :: (Number a, Number b) => a -> b -> IO SomeNumber

inPlaceSubtract :: (Number a, Number b) => a -> b -> IO SomeNumber

inPlaceMultiply :: (Number a, Number b) => a -> b -> IO SomeNumber

inPlaceFloorDivide :: (Number a, Number b) => a -> b -> IO SomeNumber

inPlaceTrueDivide :: (Number a, Number b) => a -> b -> IO SomeNumber

inPlaceRemainder :: (Number a, Number b) => a -> b -> IO SomeNumber

inPlacePower :: (Number a, Number b, Number c) => a -> b -> Maybe c -> IO SomeNumber

inPlaceShiftL :: (Number a, Number b) => a -> b -> IO SomeNumber

inPlaceShiftR :: (Number a, Number b) => a -> b -> IO SomeNumber

inPlaceAnd :: (Number a, Number b) => a -> b -> IO SomeNumber

inPlaceXor :: (Number a, Number b) => a -> b -> IO SomeNumber

inPlaceOr :: (Number a, Number b) => a -> b -> IO SomeNumber

toInteger :: Number a => a -> IO Integer

toFloat :: Number a => a -> IO Float

toBase :: Number a => a -> Integer -> IO Unicode