rose-0.9.5.1: Bindings for the ROSE compilerContentsIndex
ROSE.Sage3.Methods.SgAsmBinaryMultiply
Synopsis
isSgAsmBinaryMultiply :: Typeable a => SgNode a -> IO (Maybe (SgAsmBinaryMultiply ()))
upSgAsmBinaryMultiply :: Typeable a => SgAsmBinaryMultiply a -> SgAsmBinaryMultiply ()
newAsmBinaryMultiply :: (Typeable a, Typeable b) => SgAsmExpression a -> SgAsmExpression b -> IO (SgAsmBinaryMultiply ())
asmBinaryMultiplyCheckDataMemberPointersIfInMemoryPool :: Typeable a => SgAsmBinaryMultiply a -> IO ()
asmBinaryMultiplyClassName :: Typeable a => SgAsmBinaryMultiply a -> IO String
asmBinaryMultiplyGetChildIndex :: (Typeable a, Typeable b) => SgAsmBinaryMultiply a -> SgNode b -> IO CLong
asmBinaryMultiplyGetChildIndex2 :: (Typeable a, Typeable b) => SgAsmBinaryMultiply a -> SgNode b -> IO CSize
asmBinaryMultiplyGetNumberOfTraversalSuccessors :: Typeable a => SgAsmBinaryMultiply a -> IO CSize
asmBinaryMultiplyGetTraversalSuccessorByIndex :: Typeable a => SgAsmBinaryMultiply a -> CSize -> IO (SgNode ())
asmBinaryMultiplyGetTraversalSuccessorContainer :: Typeable a => SgAsmBinaryMultiply a -> IO [SgNode ()]
asmBinaryMultiplyGetTraversalSuccessorNamesContainer :: Typeable a => SgAsmBinaryMultiply a -> IO [CString]
asmBinaryMultiplyIsInMemoryPool :: Typeable a => SgAsmBinaryMultiply a -> IO Bool
asmBinaryMultiplyMemoryUsage :: IO CSize
asmBinaryMultiplyNumberOfNodes :: IO CSize
asmBinaryMultiplySageClassName :: Typeable a => SgAsmBinaryMultiply a -> IO String
asmBinaryMultiplyVariantT :: Typeable a => SgAsmBinaryMultiply a -> IO VariantT
Documentation
isSgAsmBinaryMultiply :: Typeable a => SgNode a -> IO (Maybe (SgAsmBinaryMultiply ()))
Attempts a dynamic cast of the given node to the type SgAsmBinaryMultiply.
upSgAsmBinaryMultiply :: Typeable a => SgAsmBinaryMultiply a -> SgAsmBinaryMultiply ()
Performs an upcast of a SgAsmBinaryMultiply subtype to a SgAsmBinaryMultiply.
newAsmBinaryMultiply :: (Typeable a, Typeable b) => SgAsmExpression a -> SgAsmExpression b -> IO (SgAsmBinaryMultiply ())
Stub for ::SgAsmBinaryMultiply::SgAsmBinaryMultiply of type void (class ::SgAsmExpression*, class ::SgAsmExpression*)
asmBinaryMultiplyCheckDataMemberPointersIfInMemoryPool :: Typeable a => SgAsmBinaryMultiply a -> IO ()
Stub for ::SgAsmBinaryMultiply::checkDataMemberPointersIfInMemoryPool of type void ()
asmBinaryMultiplyClassName :: Typeable a => SgAsmBinaryMultiply a -> IO String
Stub for ::SgAsmBinaryMultiply::class_name of type ::std::string()
asmBinaryMultiplyGetChildIndex :: (Typeable a, Typeable b) => SgAsmBinaryMultiply a -> SgNode b -> IO CLong
Stub for ::SgAsmBinaryMultiply::getChildIndex of type long (class ::SgNode*)
asmBinaryMultiplyGetChildIndex2 :: (Typeable a, Typeable b) => SgAsmBinaryMultiply a -> SgNode b -> IO CSize
Stub for ::SgAsmBinaryMultiply::get_childIndex of type ::size_t(class ::SgNode*)
asmBinaryMultiplyGetNumberOfTraversalSuccessors :: Typeable a => SgAsmBinaryMultiply a -> IO CSize
Stub for ::SgAsmBinaryMultiply::get_numberOfTraversalSuccessors of type ::size_t()
asmBinaryMultiplyGetTraversalSuccessorByIndex :: Typeable a => SgAsmBinaryMultiply a -> CSize -> IO (SgNode ())
Stub for ::SgAsmBinaryMultiply::get_traversalSuccessorByIndex of type class ::SgNode*(::size_t)
asmBinaryMultiplyGetTraversalSuccessorContainer :: Typeable a => SgAsmBinaryMultiply a -> IO [SgNode ()]
Stub for ::SgAsmBinaryMultiply::get_traversalSuccessorContainer of type class ::std::vector < SgNode * , allocator< SgNode * > > ()
asmBinaryMultiplyGetTraversalSuccessorNamesContainer :: Typeable a => SgAsmBinaryMultiply a -> IO [CString]
Stub for ::SgAsmBinaryMultiply::get_traversalSuccessorNamesContainer of type class ::std::vector < string , allocator< string > > ()
asmBinaryMultiplyIsInMemoryPool :: Typeable a => SgAsmBinaryMultiply a -> IO Bool
Stub for ::SgAsmBinaryMultiply::isInMemoryPool of type bool ()
asmBinaryMultiplyMemoryUsage :: IO CSize
Stub for ::SgAsmBinaryMultiply::memoryUsage of type ::size_t()
asmBinaryMultiplyNumberOfNodes :: IO CSize
Stub for ::SgAsmBinaryMultiply::numberOfNodes of type ::size_t()
asmBinaryMultiplySageClassName :: Typeable a => SgAsmBinaryMultiply a -> IO String
Stub for ::SgAsmBinaryMultiply::sage_class_name of type const char *()
asmBinaryMultiplyVariantT :: Typeable a => SgAsmBinaryMultiply a -> IO VariantT
Stub for ::SgAsmBinaryMultiply::variantT of type enum ::VariantT()
Produced by Haddock version 2.4.2