import Convert ( convertToHsExpr, convertToHsDecls, convertToHsType )
import RnExpr ( rnLExpr )
import RnEnv ( lookupFixityRn, lookupSrcOcc_maybe )
-import RdrName ( RdrName, mkRdrUnqual, lookupLocalRdrEnv )
+import RdrName ( RdrName, mkRdrQual, mkRdrUnqual, lookupLocalRdrEnv )
import RnTypes ( rnLHsType )
import TcExpr ( tcCheckRho, tcMonoExpr )
import TcHsSyn ( mkHsLet, zonkTopLExpr )
import HscTypes ( lookupType, ExternalPackageState(..) )
import OccName
import Var ( Id, TyVar, idType )
-import Module ( moduleUserString, mkModuleName )
+import Module ( moduleUserString, mkModule )
import TcRnMonad
import IfaceEnv ( lookupOrig )
import Class ( Class, classExtraBigSig )
import TyCon ( TyCon, AlgTyConRhs(..), tyConTyVars, getSynTyConDefn,
- isSynTyCon, isNewTyCon, tyConDataCons, algTyConRhs )
+ isSynTyCon, isNewTyCon, tyConDataCons, algTyConRhs, isPrimTyCon, isFunTyCon,
+ tyConArity, isUnLiftedTyCon )
import DataCon ( DataCon, dataConTyCon, dataConOrigArgTys, dataConStrictMarks,
dataConName, dataConFieldLabels, dataConWrapId, dataConIsInfix,
isVanillaDataCon )
\begin{code}
instance TH.Quasi (IOEnv (Env TcGblEnv TcLclEnv)) where
- qNewName s = do { u <- newUnique
+ qNewName s = do { u <- newUnique
; let i = getKey u
; return (TH.mkNameU s i) }
lookupThName :: TH.Name -> TcM Name
lookupThName (TH.Name occ (TH.NameG th_ns mod))
- = lookupOrig (mkModuleName (TH.modString mod))
+ = lookupOrig (mkModule (TH.modString mod))
(OccName.mkOccName ghc_ns (TH.occString occ))
where
ghc_ns = case th_ns of
TH.TcClsName -> tcClsName
TH.VarName -> varName
-lookupThName th_name@(TH.Name occ TH.NameS)
- = do { let rdr_name = mkRdrUnqual (OccName.mkOccFS ns occ_fs)
+lookupThName (TH.Name occ (TH.NameU uniq))
+ = return (mkInternalName (mk_uniq uniq) (OccName.mkOccFS bogus_ns occ_fs) noSrcLoc)
+ where
+ occ_fs = mkFastString (TH.occString occ)
+ bogus_ns = OccName.varName -- Not yet recorded in the TH name
+ -- but only the unique matters
+
+lookupThName th_name@(TH.Name occ flavour) -- NameS or NameQ
+ = do { let occ = OccName.mkOccFS ns occ_fs
+ rdr_name = case flavour of
+ TH.NameS -> mkRdrUnqual occ
+ TH.NameQ m -> mkRdrQual (mkModule (TH.modString m)) occ
; rdr_env <- getLocalRdrEnv
; case lookupLocalRdrEnv rdr_env rdr_name of
Just name -> return name
| otherwise = OccName.varName
occ_fs = mkFastString (TH.occString occ)
-lookupThName (TH.Name occ (TH.NameU uniq))
- = return (mkInternalName (mk_uniq uniq) (OccName.mkOccFS bogus_ns occ_fs) noSrcLoc)
- where
- occ_fs = mkFastString (TH.occString occ)
- bogus_ns = OccName.varName -- Not yet recorded in the TH name
- -- but only the unique matters
-
tcLookupTh :: Name -> TcM TcTyThing
-- This is a specialised version of TcEnv.tcLookup; specialised mainly in that
-- it gives a reify-related error message on failure, whereas in the normal
other -> return (TH.VarI v ty Nothing fix)
}
-reifyThing (AGlobal (ATyCon tc)) = do { dec <- reifyTyCon tc; return (TH.TyConI dec) }
-reifyThing (AGlobal (AClass cls)) = do { dec <- reifyClass cls; return (TH.ClassI dec) }
+reifyThing (AGlobal (ATyCon tc)) = reifyTyCon tc
+reifyThing (AGlobal (AClass cls)) = reifyClass cls
reifyThing (AGlobal (ADataCon dc))
= do { let name = dataConName dc
; ty <- reifyType (idType (dataConWrapId dc))
; fix <- reifyFixity (idName id)
; return (TH.VarI (reifyName id) ty2 Nothing fix) }
-reifyThing (ATyVar tv)
- = do { ty1 <- zonkTcTyVar tv
+reifyThing (ATyVar tv ty)
+ = do { ty1 <- zonkTcType ty
; ty2 <- reifyType ty1
; return (TH.TyVarI (reifyName tv) ty2) }
------------------------------
-reifyTyCon :: TyCon -> TcM TH.Dec
+reifyTyCon :: TyCon -> TcM TH.Info
reifyTyCon tc
+ | isFunTyCon tc = return (TH.PrimTyConI (reifyName tc) 2 False)
+ | isPrimTyCon tc = return (TH.PrimTyConI (reifyName tc) (tyConArity tc) (isUnLiftedTyCon tc))
| isSynTyCon tc
= do { let (tvs, rhs) = getSynTyConDefn tc
; rhs' <- reifyType rhs
- ; return (TH.TySynD (reifyName tc) (reifyTyVars tvs) rhs') }
+ ; return (TH.TyConI $ TH.TySynD (reifyName tc) (reifyTyVars tvs) rhs') }
reifyTyCon tc
= case algTyConRhs tc of
NewTyCon data_con _ _
-> do { con <- reifyDataCon data_con
- ; return (TH.NewtypeD [] (reifyName tc) (reifyTyVars (tyConTyVars tc))
- con [{- Don't know about deriving -}]) }
+ ; return (TH.TyConI $ TH.NewtypeD [] (reifyName tc) (reifyTyVars (tyConTyVars tc))
+ con [{- Don't know about deriving -}]) }
DataTyCon mb_cxt cons _
-> do { cxt <- reifyCxt (mb_cxt `orElse` [])
; cons <- mapM reifyDataCon (tyConDataCons tc)
- ; return (TH.DataD cxt (reifyName tc) (reifyTyVars (tyConTyVars tc))
- cons [{- Don't know about deriving -}]) }
+ ; return (TH.TyConI $ TH.DataD cxt (reifyName tc) (reifyTyVars (tyConTyVars tc))
+ cons [{- Don't know about deriving -}]) }
reifyDataCon :: DataCon -> TcM TH.Con
reifyDataCon dc
<+> quotes (ppr dc))
------------------------------
-reifyClass :: Class -> TcM TH.Dec
+reifyClass :: Class -> TcM TH.Info
reifyClass cls
= do { cxt <- reifyCxt theta
; ops <- mapM reify_op op_stuff
- ; return (TH.ClassD cxt (reifyName cls) (reifyTyVars tvs) fds' ops) }
+ ; return (TH.ClassI $ TH.ClassD cxt (reifyName cls) (reifyTyVars tvs) fds' ops) }
where
(tvs, fds, theta, _, op_stuff) = classExtraBigSig cls
fds' = map reifyFunDep fds
reifyName thing
| isExternalName name = mk_varg mod occ_str
| otherwise = TH.mkNameU occ_str (getKey (getUnique name))
+ -- Many of the things we reify have local bindings, and
+ -- NameL's aren't supposed to appear in binding positions, so
+ -- we use NameU. When/if we start to reify nested things, that
+ -- have free variables, we may need to generate NameL's for them.
where
name = getName thing
mod = moduleUserString (nameModule name)
projects / ghc-hetmet.git / blobdiff