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foreign import ccall interruptible "&" foo :: GHC.Ptr.Ptr ()
foreign import prim safe "bar" bar :: GHC.Prim.Int# ->
GHC.Prim.Int#
foreign import capi unsafe "baz" baz :: GHC.Types.Double ->
GHC.Types.IO ()
foreign import stdcall safe "bay" bay :: (GHC.Types.Int ->
GHC.Types.Bool) ->
GHC.Types.IO GHC.Types.Int
foreign import javascript unsafe "bax" bax :: GHC.Ptr.Ptr GHC.Types.Int ->
GHC.Types.IO GHC.Base.String
TH_foreignCallingConventions.hs:(13,2)-(24,2): Splicing declarations
do let fi cconv safety lbl name ty
= ForeignD (ImportF cconv safety lbl name ty)
dec1 <- fi CCall Interruptible "&" (mkName "foo") <$> [t| Ptr () |]
dec2 <- fi Prim Safe "bar" (mkName "bar") <$> [t| Int# -> Int# |]
dec3 <- fi CApi Unsafe "baz" (mkName "baz")
<$> [t| Double -> IO () |]
dec4 <- fi StdCall Safe "bay" (mkName "bay")
<$> [t| (Int -> Bool) -> IO Int |]
dec5 <- fi JavaScript Unsafe "bax" (mkName "bax")
<$> [t| Ptr Int -> IO String |]
runIO
$ mapM_ (putStrLn . pprint) [dec1, dec2, dec3, dec4, dec5]
>> hFlush stdout
return [dec1, dec2]
======>
foreign import ccall interruptible "&" foo :: Ptr ()
foreign import prim safe "bar" bar :: Int# -> Int#
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