Portability	GHC-only
Stability	experimental
Maintainer	Fontaine@cs.uni-duesseldorf.de
Safe Haskell	Safe-Infered

Language.CSPM.Rename

Description

Compute the mapping between the using occurences and the defining occurences of all Identifier in a Module Also decide whether to use ground or non-ground- representaions for the translation to Prolog.

Synopsis

Documentation

renameModule :: ModuleFromParser -> Either RenameError (ModuleFromRenaming, RenameInfo)Source

renameModule renames a Module. | (also calls mergeFunBinds)

data RenameError Source

Constructors

RenameError
Fields renameErrorMsg :: String renameErrorLoc :: SrcLoc

Instances

Show RenameError
Typeable RenameError
Exception RenameError
Error RenameError

data RenameInfo Source

Gather all information about an renaming.

Constructors

RenameInfo
Fields nameSupply :: Int localBindings :: Map String UniqueIdent visible :: Map String UniqueIdent identDefinition :: AstAnnotation UniqueIdent identUse :: AstAnnotation UniqueIdent usedNames :: Set String prologMode :: PrologMode bindType :: BindType

Instances

Show RenameInfo

type ModuleFromRenaming = Module FromRenaming Source

A module that has gone through renaming

data FromRenaming Source

Tag that a module has gone through renaming.

Instances

Data FromRenaming
Typeable FromRenaming