{-# LANGUAGE ForeignFunctionInterface, TypeFamilies, MultiParamTypeClasses, FlexibleInstances, TypeSynonymInstances, EmptyDataDecls, ExistentialQuantification, ScopedTypeVariables #-} module OGDF.OptimalHierarchyLayout.RawType where import Foreign.Ptr import FFICXX.Runtime.Cast data RawOptimalHierarchyLayout newtype OptimalHierarchyLayout = OptimalHierarchyLayout (Ptr RawOptimalHierarchyLayout) deriving (OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool (OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool) -> (OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool) -> Eq OptimalHierarchyLayout forall a. (a -> a -> Bool) -> (a -> a -> Bool) -> Eq a $c== :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool == :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool $c/= :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool /= :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool Eq, Eq OptimalHierarchyLayout Eq OptimalHierarchyLayout -> (OptimalHierarchyLayout -> OptimalHierarchyLayout -> Ordering) -> (OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool) -> (OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool) -> (OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool) -> (OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool) -> (OptimalHierarchyLayout -> OptimalHierarchyLayout -> OptimalHierarchyLayout) -> (OptimalHierarchyLayout -> OptimalHierarchyLayout -> OptimalHierarchyLayout) -> Ord OptimalHierarchyLayout OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool OptimalHierarchyLayout -> OptimalHierarchyLayout -> Ordering OptimalHierarchyLayout -> OptimalHierarchyLayout -> OptimalHierarchyLayout forall a. Eq a -> (a -> a -> Ordering) -> (a -> a -> Bool) -> (a -> a -> Bool) -> (a -> a -> Bool) -> (a -> a -> Bool) -> (a -> a -> a) -> (a -> a -> a) -> Ord a $ccompare :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> Ordering compare :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> Ordering $c< :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool < :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool $c<= :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool <= :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool $c> :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool > :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool $c>= :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool >= :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> Bool $cmax :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> OptimalHierarchyLayout max :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> OptimalHierarchyLayout $cmin :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> OptimalHierarchyLayout min :: OptimalHierarchyLayout -> OptimalHierarchyLayout -> OptimalHierarchyLayout Ord, Int -> OptimalHierarchyLayout -> ShowS [OptimalHierarchyLayout] -> ShowS OptimalHierarchyLayout -> String (Int -> OptimalHierarchyLayout -> ShowS) -> (OptimalHierarchyLayout -> String) -> ([OptimalHierarchyLayout] -> ShowS) -> Show OptimalHierarchyLayout forall a. (Int -> a -> ShowS) -> (a -> String) -> ([a] -> ShowS) -> Show a $cshowsPrec :: Int -> OptimalHierarchyLayout -> ShowS showsPrec :: Int -> OptimalHierarchyLayout -> ShowS $cshow :: OptimalHierarchyLayout -> String show :: OptimalHierarchyLayout -> String $cshowList :: [OptimalHierarchyLayout] -> ShowS showList :: [OptimalHierarchyLayout] -> ShowS Show) instance () => FPtr (OptimalHierarchyLayout) where type Raw OptimalHierarchyLayout = RawOptimalHierarchyLayout get_fptr :: OptimalHierarchyLayout -> Ptr (Raw OptimalHierarchyLayout) get_fptr (OptimalHierarchyLayout Ptr RawOptimalHierarchyLayout ptr) = Ptr (Raw OptimalHierarchyLayout) Ptr RawOptimalHierarchyLayout ptr cast_fptr_to_obj :: Ptr (Raw OptimalHierarchyLayout) -> OptimalHierarchyLayout cast_fptr_to_obj = Ptr (Raw OptimalHierarchyLayout) -> OptimalHierarchyLayout Ptr RawOptimalHierarchyLayout -> OptimalHierarchyLayout OptimalHierarchyLayout