Just flatfunc ->
let
- s = sigs flatfunc
- a = args flatfunc
- r = res flatfunc
- args' = map (fmap (mkMap s)) a
- res' = fmap (mkMap s) r
+ sigs = flat_sigs flatfunc
+ args = flat_args flatfunc
+ res = flat_res flatfunc
+ args' = map (fmap (mkMap sigs)) args
+ res' = fmap (mkMap sigs) res
ent_decl' = createEntityAST hsfunc args' res'
entity' = Entity args' res' (Just ent_decl')
in
- fdata { entity = Just entity' }
+ fdata { funcEntity = Just entity' }
where
mkMap :: Eq id => [(id, SignalInfo)] -> id -> (AST.VHDLId, AST.TypeMark)
mkMap sigmap id =
-- Create an architecture for all other functions
Just flatfunc ->
let
- s = sigs flatfunc
- a = args flatfunc
- r = res flatfunc
+ sigs = flat_sigs flatfunc
+ args = flat_args flatfunc
+ res = flat_res flatfunc
entity_id = Maybe.fromMaybe
(error $ "Building architecture without an entity? This should not happen!")
(getEntityId fdata)
- sig_decs = [mkSigDec info | (id, info) <- s, (all (id `Foldable.notElem`) (r:a)) ]
+ -- Create signal declarations for all signals that are not in args and
+ -- res
+ sig_decs = [mkSigDec info | (id, info) <- sigs, (all (id `Foldable.notElem`) (res:args)) ]
arch = AST.ArchBody (mkVHDLId "structural") (AST.NSimple entity_id) (map AST.BDISD sig_decs) []
in
fdata { funcArch = Just arch }
-- | Extracts the generated entity id from the given funcdata
getEntityId :: FuncData -> Maybe AST.VHDLId
getEntityId fdata =
- case entity fdata of
+ case funcEntity fdata of
Nothing -> Nothing
Just e -> case ent_decl e of
Nothing -> Nothing
-> [AST.LibraryUnit] -- | The library units it generates
getLibraryUnits (hsfunc, fdata) =
- case entity fdata of
+ case funcEntity fdata of
Nothing -> []
Just ent -> case ent_decl ent of
Nothing -> []