import HscTypes ( TypeEnv, extendTypeEnvList, typeEnvTyCons )
import CoreSyn
import CoreUtils
+import BuildTyCl
import DataCon
import TyCon
import Type
import Id ( mkWildId )
import Name ( Name, getOccName )
import NameEnv
-import TysWiredIn ( intTy, intDataCon )
+import TysWiredIn ( unitTy, intTy, intDataCon )
import TysPrim ( intPrimTy )
import Unique
let orig_tcs = keep_tcs ++ conv_tcs
vect_tcs = keep_tcs ++ new_tcs
+ repr_tcs <- zipWithM buildPReprTyCon orig_tcs vect_tcs
parr_tcs <- zipWithM buildPArrayTyCon orig_tcs vect_tcs
dfuns <- mapM mkPADFun vect_tcs
defTyConPAs (zip vect_tcs dfuns)
binds <- sequence (zipWith4 buildTyConBindings orig_tcs vect_tcs parr_tcs dfuns)
- let all_new_tcs = new_tcs ++ parr_tcs
+ let all_new_tcs = new_tcs ++ repr_tcs ++ parr_tcs
let new_env = extendTypeEnvList env
(map ATyCon all_new_tcs
++ [ADataCon dc | tc <- all_new_tcs
, dc <- tyConDataCons tc])
- return (new_env, map mkLocalFamInst parr_tcs, concat binds)
+ return (new_env, map mkLocalFamInst (repr_tcs ++ parr_tcs), concat binds)
where
tycons = typeEnvTyCons env
groups = tyConGroups tycons
name' <- cloneName mkVectTyConOcc name
rhs' <- vectAlgTyConRhs (algTyConRhs tc)
- return $ mkAlgTyCon name'
- kind
- tyvars
- [] -- no stupid theta
- rhs'
- [] -- no selector ids
- NoParentTyCon -- FIXME
- rec_flag -- FIXME: is this ok?
- False -- FIXME: no generics
- False -- not GADT syntax
+ liftDs $ buildAlgTyCon name'
+ tyvars
+ [] -- no stupid theta
+ rhs'
+ rec_flag -- FIXME: is this ok?
+ False -- FIXME: no generics
+ False -- not GADT syntax
+ Nothing -- not a family instance
where
name = tyConName tc
- kind = tyConKind tc
tyvars = tyConTyVars tc
rec_flag = boolToRecFlag (isRecursiveTyCon tc)
name' <- cloneName mkVectDataConOcc name
tycon' <- vectTyCon tycon
arg_tys <- mapM vectType rep_arg_tys
- wrk_name <- cloneName mkDataConWorkerOcc name'
-
- let ids = mkDataConIds (panic "vectDataCon: wrapper id")
- wrk_name
- data_con
- data_con = mkDataCon name'
- False -- not infix
- (map (const NotMarkedStrict) arg_tys)
- [] -- no labelled fields
- univ_tvs
- [] -- no existential tvs for now
- [] -- no eq spec for now
- [] -- no theta
- arg_tys
- tycon'
- [] -- no stupid theta
- ids
- return data_con
+
+ liftDs $ buildDataCon name'
+ False -- not infix
+ (map (const NotMarkedStrict) arg_tys)
+ [] -- no labelled fields
+ univ_tvs
+ [] -- no existential tvs for now
+ [] -- no eq spec for now
+ [] -- no context
+ arg_tys
+ tycon'
where
name = dataConName dc
univ_tvs = dataConUnivTyVars dc
rep_arg_tys = dataConRepArgTys dc
tycon = dataConTyCon dc
+mk_fam_inst :: TyCon -> TyCon -> (TyCon, [Type])
+mk_fam_inst fam_tc arg_tc
+ = (fam_tc, [mkTyConApp arg_tc . mkTyVarTys $ tyConTyVars arg_tc])
+
+mkSumOfProdRepr :: [[Type]] -> VM Type
+mkSumOfProdRepr [] = panic "mkSumOfProdRepr"
+mkSumOfProdRepr tys
+ = do
+ embed <- builtin embedTyCon
+ plus <- builtin plusTyCon
+ cross <- builtin crossTyCon
+
+ return . foldr1 (mk_bin plus)
+ . map (mkprod cross)
+ . map (map (mk_un embed))
+ $ tys
+ where
+ mkprod cross [] = unitTy
+ mkprod cross tys = foldr1 (mk_bin cross) tys
+
+ mk_un tc ty = mkTyConApp tc [ty]
+ mk_bin tc ty1 ty2 = mkTyConApp tc [ty1,ty2]
+
+buildPReprTyCon :: TyCon -> TyCon -> VM TyCon
+buildPReprTyCon orig_tc vect_tc
+ = do
+ name <- cloneName mkPReprTyConOcc (tyConName orig_tc)
+ rhs_ty <- buildPReprRhsTy vect_tc
+ prepr_tc <- builtin preprTyCon
+ liftDs $ buildSynTyCon name
+ tyvars
+ (SynonymTyCon rhs_ty)
+ (Just $ mk_fam_inst prepr_tc vect_tc)
+ where
+ tyvars = tyConTyVars vect_tc
+
+buildPReprRhsTy :: TyCon -> VM Type
+buildPReprRhsTy = mkSumOfProdRepr . map dataConRepArgTys . tyConDataCons
+
buildPArrayTyCon :: TyCon -> TyCon -> VM TyCon
buildPArrayTyCon orig_tc vect_tc = fixV $ \repr_tc ->
do
name' <- cloneName mkPArrayTyConOcc orig_name
- parent <- buildPArrayParentInfo orig_name vect_tc repr_tc
rhs <- buildPArrayTyConRhs orig_name vect_tc repr_tc
-
- return $ mkAlgTyCon name'
- kind
- tyvars
- [] -- no stupid theta
- rhs
- [] -- no selector ids
- parent
- rec_flag -- FIXME: is this ok?
- False -- FIXME: no generics
- False -- not GADT syntax
+ parray <- builtin parrayTyCon
+
+ liftDs $ buildAlgTyCon name'
+ tyvars
+ [] -- no stupid theta
+ rhs
+ rec_flag -- FIXME: is this ok?
+ False -- FIXME: no generics
+ False -- not GADT syntax
+ (Just $ mk_fam_inst parray vect_tc)
where
orig_name = tyConName orig_tc
- name = tyConName vect_tc
- kind = tyConKind vect_tc
tyvars = tyConTyVars vect_tc
rec_flag = boolToRecFlag (isRecursiveTyCon vect_tc)
-buildPArrayParentInfo :: Name -> TyCon -> TyCon -> VM TyConParent
-buildPArrayParentInfo orig_name vect_tc repr_tc
- = do
- parray_tc <- builtin parrayTyCon
- co_name <- cloneName mkInstTyCoOcc (tyConName repr_tc)
-
- let inst_tys = [mkTyConApp vect_tc (map mkTyVarTy tyvars)]
-
- return . FamilyTyCon parray_tc inst_tys
- $ mkFamInstCoercion co_name
- tyvars
- parray_tc
- inst_tys
- repr_tc
- where
- tyvars = tyConTyVars vect_tc
-
buildPArrayTyConRhs :: Name -> TyCon -> TyCon -> VM AlgTyConRhs
buildPArrayTyConRhs orig_name vect_tc repr_tc
= do
dc_name <- cloneName mkPArrayDataConOcc orig_name
shape <- tyConShape vect_tc
repr_tys <- mapM mkPArrayType types
- wrk_name <- cloneName mkDataConWorkerOcc dc_name
- wrp_name <- cloneName mkDataConWrapperOcc dc_name
-
- let ids = mkDataConIds wrp_name wrk_name data_con
- data_con = mkDataCon dc_name
- False
- (shapeStrictness shape ++ map (const NotMarkedStrict) repr_tys)
- []
- (tyConTyVars vect_tc)
- []
- []
- []
- (shapeReprTys shape ++ repr_tys)
- repr_tc
- []
- ids
-
- return data_con
+
+ liftDs $ buildDataCon dc_name
+ False -- not infix
+ (shapeStrictness shape ++ map (const NotMarkedStrict) repr_tys)
+ [] -- no field labels
+ (tyConTyVars vect_tc)
+ [] -- no existentials
+ [] -- no eq spec
+ [] -- no context
+ (shapeReprTys shape ++ repr_tys)
+ repr_tc
where
types = [ty | dc <- tyConDataCons vect_tc
, ty <- dataConRepArgTys dc]
buildTyConBindings orig_tc vect_tc arr_tc dfun
= do
shape <- tyConShape vect_tc
- sequence_ (zipWith3 (vectDataConWorker shape vect_tc arr_tc arr_dc)
- num_dcs
+ sequence_ (zipWith4 (vectDataConWorker shape vect_tc arr_tc arr_dc)
+ orig_dcs
+ vect_dcs
(inits repr_tys)
(tails repr_tys))
- takeHoisted
+ dict <- buildPADict shape vect_tc arr_tc dfun
+ binds <- takeHoisted
+ return $ (dfun, dict) : binds
where
orig_dcs = tyConDataCons orig_tc
vect_dcs = tyConDataCons vect_tc
[arr_dc] = tyConDataCons arr_tc
- num_dcs = zip3 orig_dcs vect_dcs [0..]
repr_tys = map dataConRepArgTys vect_dcs
vectDataConWorker :: Shape -> TyCon -> TyCon -> DataCon
- -> (DataCon, DataCon, Int) -> [[Type]] -> [[Type]]
+ -> DataCon -> DataCon -> [[Type]] -> [[Type]]
-> VM ()
-vectDataConWorker shape vect_tc arr_tc arr_dc (orig_dc, vect_dc, dc_num) pre (dc_tys : post)
+vectDataConWorker shape vect_tc arr_tc arr_dc orig_dc vect_dc pre (dc_tys : post)
= do
clo <- closedV
. inBind orig_worker
len <- newLocalVar FSLIT("n") intPrimTy
arr_tys <- mapM mkPArrayType dc_tys
args <- mapM (newLocalVar FSLIT("xs")) arr_tys
- shapes <- shapeReplicate shape (Var len) (mkIntLitInt dc_num)
+ shapes <- shapeReplicate shape
+ (Var len)
+ (mkDataConTag vect_dc)
empty_pre <- mapM emptyPA (concat pre)
empty_post <- mapM emptyPA (concat post)
++ map Var args
++ empty_post
-buildPADict :: PAInstance -> VM [(Var, CoreExpr)]
-buildPADict (PAInstance {
- painstDFun = dfun
- , painstVectTyCon = vect_tc
- , painstArrTyCon = arr_tc })
- = polyAbstract (tyConTyVars arr_tc) $ \abstract ->
+buildPADict :: Shape -> TyCon -> TyCon -> Var -> VM CoreExpr
+buildPADict shape vect_tc arr_tc dfun
+ = polyAbstract tvs $ \abstract ->
do
- shape <- tyConShape vect_tc
meth_binds <- mapM (mk_method shape) paMethods
let meth_exprs = map (Var . fst) meth_binds
pa_dc <- builtin paDataCon
let dict = mkConApp pa_dc (Type (mkTyConApp vect_tc arg_tys) : meth_exprs)
body = Let (Rec meth_binds) dict
- return [(dfun, mkInlineMe $ abstract body)]
+ return . mkInlineMe $ abstract body
where
tvs = tyConTyVars arr_tc
arg_tys = mkTyVarTys tvs
projects / ghc-hetmet.git / blobdiff