mkSpecId, mkSameSpecCon,
selectIdInfoForSpecId,
mkTemplateLocals,
- mkImported, mkPreludeId,
+ mkImported,
mkDataCon, mkTupleCon,
mkIdWithNewUniq,
mkMethodSelId, mkSuperDictSelId, mkDefaultMethodId,
import IdInfo
import Maybes ( maybeToBool )
import Name ( appendRdr, nameUnique, mkLocalName, isLocalName,
- isLocallyDefinedName, isPreludeDefinedName,
+ isLocallyDefinedName,
mkTupleDataConName, mkCompoundName, mkCompoundName2,
- isLexSym, isLexSpecialSym, getLocalName,
- isLocallyDefined, isPreludeDefined, changeUnique,
- getOccName, moduleNamePair, origName, nameOf,
+ isLexSym, isLexSpecialSym,
+ isLocallyDefined, changeUnique,
+ getOccName, origName, moduleOf,
isExported, ExportFlag(..),
RdrName(..), Name
)
| ImportedId -- Global name (Imported or Implicit); Id imported from an interface
- | PreludeId -- Global name (Builtin); Builtin prelude Ids
-
| TopLevId -- Global name (LocalDef); Top-level in the orig source pgm
-- (not moved there by transformations).
-- The "a" is irrelevant. As it is too painful to
-- actually do comparisons that way, we kindly supply
-- a Unique for that purpose.
- (Maybe Module) -- module where instance came from; Nothing => Prelude
+ Module -- module where instance came from
-- see below
| ConstMethodId -- A method which depends only on the type of the
Class -- Uniquely identified by:
Type -- (class, type, classop) triple
ClassOp
- (Maybe Module) -- module where instance came from; Nothing => Prelude
+ Module -- module where instance came from
| InstId -- An instance of a dictionary, class operation,
-- or overloaded value (Local name)
their @IdInfo@).
%----------------------------------------------------------------------
-\item[@PreludeId@:] ToDo
-
-%----------------------------------------------------------------------
\item[@TopLevId@:] These are values defined at the top-level in this
module; i.e., those which {\em might} be exported (hence, a
@Name@). It does {\em not} include those which are moved to the
chk (TupleConId _) = True
chk (RecordSelId _) = True
chk ImportedId = True
- chk PreludeId = True
chk TopLevId = True -- NB: see notes
chk (SuperDictSelId _ _) = True
chk (MethodSelId _ _) = True
chk (TupleConId _) = True
chk (RecordSelId _) = True
chk ImportedId = True
- chk PreludeId = True
chk TopLevId = True
chk (SuperDictSelId _ _) = True
chk (MethodSelId _ _) = True
case v_details of
-- these ones must have been exported by their original module
ImportedId -> pp_full_name
- PreludeId -> pp_full_name
-- these ones' exportedness checked later...
TopLevId -> pp_full_name
pp_full_name
= let
- (m_str, n_str) = moduleNamePair v
+ (OrigName m_str n_str) = origName "Id:ppr_Unfolding" v
pp_n =
if isLexSym n_str && not (isLexSpecialSym n_str) then
-- type might be wrong, but it hardly matters
-- at this stage (just before printing C) ToDo
where
- name = getLocalName name
+ name = nameOf (origName "Id.unlocaliseId" name)
full_name = mkFullName mod name InventedInThisModule ExportAll mkGeneratedSrcLoc
unlocaliseId mod other_id = Nothing
\begin{code}
mkSuperDictSelId u c sc ty info
- = Id u n ty (SuperDictSelId c sc) NoPragmaInfo info
- where
- cname = getName c -- we get other info out of here
-
- n = mkCompoundName u SLIT("sdsel") [origName cname, origName sc] cname
+ = mk_classy_id (SuperDictSelId c sc) SLIT("sdsel") (Left (origName "mkSuperDictSelId" sc)) u c ty info
mkMethodSelId u rec_c op ty info
- = Id u n ty (MethodSelId rec_c op) NoPragmaInfo info
- where
- cname = getName rec_c -- we get other info out of here
-
- n = mkCompoundName u SLIT("meth") [origName cname, Unqual (classOpString op)] cname
+ = mk_classy_id (MethodSelId rec_c op) SLIT("meth") (Right (classOpString op)) u rec_c ty info
mkDefaultMethodId u rec_c op gen ty info
- = Id u n ty (DefaultMethodId rec_c op gen) NoPragmaInfo info
+ = mk_classy_id (DefaultMethodId rec_c op gen) SLIT("defm") (Right (classOpString op)) u rec_c ty info
+
+mk_classy_id details str op_str u rec_c ty info
+ = Id u n ty details NoPragmaInfo info
where
cname = getName rec_c -- we get other info out of here
+ cname_orig = origName "mk_classy_id" cname
+ cmod = moduleOf cname_orig
- n = mkCompoundName u SLIT("defm") [origName cname, Unqual (classOpString op)] cname
+ n = mkCompoundName u cmod str [Left cname_orig, op_str] cname
mkDictFunId u c ity full_ty from_here locn mod info
= Id u n full_ty (DictFunId c ity mod) NoPragmaInfo info
where
- n = mkCompoundName2 u SLIT("dfun") [origName c] (getTypeString ity) from_here locn
+ n = mkCompoundName2 u mod SLIT("dfun") (Left (origName "mkDictFunId" c) : map Right (getTypeString ity)) from_here locn
mkConstMethodId u c op ity full_ty from_here locn mod info
= Id u n full_ty (ConstMethodId c ity op mod) NoPragmaInfo info
where
- n = mkCompoundName2 u SLIT("const") [origName c, Unqual (classOpString op)] (getTypeString ity) from_here locn
+ n = mkCompoundName2 u mod SLIT("const") (Left (origName "mkConstMethodId" c) : Right (classOpString op) : map Right (getTypeString ity)) from_here locn
mkWorkerId u unwrkr ty info
= Id u n ty (WorkerId unwrkr) NoPragmaInfo info
where
unwrkr_name = getName unwrkr
+ unwrkr_orig = trace "mkWorkerId:origName:" $ origName "mkWorkerId" unwrkr_name
+ umod = moduleOf unwrkr_orig
- n = mkCompoundName u SLIT("wrk") [origName unwrkr_name] unwrkr_name
+ n = mkCompoundName u umod SLIT("wrk") [Left unwrkr_orig] unwrkr_name
mkInstId u ty name = Id u (changeUnique name u) ty (InstId (no_free_tvs ty)) NoPragmaInfo noIdInfo
\begin{code}
mkImported n ty info = Id (nameUnique n) n ty ImportedId NoPragmaInfo info
-mkPreludeId n ty info = Id (nameUnique n) n ty PreludeId NoPragmaInfo info
{-LATER:
updateIdType :: Id -> Type -> Id
showId :: PprStyle -> Id -> String
showId sty id = ppShow 80 (pprId sty id)
-
--- [used below]
--- for DictFuns (instances) and const methods (instance code bits we
--- can call directly): exported (a) if *either* the class or
--- ***OUTERMOST*** tycon [arbitrary...] is exported; or (b) *both*
--- class and tycon are from PreludeCore [non-std, but convenient]
--- *and* the thing was defined in this module.
-
-instance_export_flag :: Class -> Type -> Bool -> ExportFlag
-
-instance_export_flag clas inst_ty from_here
- = panic "Id:instance_export_flag"
-{-LATER
- = if instanceIsExported clas inst_ty from_here
- then ExportAll
- else NotExported
--}
\end{code}
Default printing code (not used for interfaces):
instance NamedThing (GenId ty) where
getName this_id@(Id u n _ details _ _) = n
-{- OLD:
- = get details
- where
- get (LocalId _) = n
- get (SysLocalId _) = n
- get (SpecPragmaId _ _) = n
- get ImportedId = n
- get PreludeId = n
- get TopLevId = n
- get (InstId n _) = n
- get (DataConId _ _ _ _ _ _ _) = n
- get (TupleConId _) = n
- get (RecordSelId l) = getName l
- get _ = mkCompoundName u (getIdNamePieces False{-no Uniques-} this_id)
--}
-{- LATER:
- get (MethodSelId c op) = case (moduleOf (origName c)) of -- ToDo; better ???
- mod -> (mod, classOpString op)
-
- get (SpecId unspec ty_maybes _)
- = case moduleNamePair unspec of { (mod, unspec_nm) ->
- case specMaybeTysSuffix ty_maybes of { tys_suffix ->
- (mod,
- unspec_nm _APPEND_
- (if not (toplevelishId unspec)
- then showUnique u
- else tys_suffix)
- ) }}
-
- get (WorkerId unwrkr)
- = case moduleNamePair unwrkr of { (mod, unwrkr_nm) ->
- (mod,
- unwrkr_nm _APPEND_
- (if not (toplevelishId unwrkr)
- then showUnique u
- else SLIT(".wrk"))
- ) }
-
- get other_details
- -- the remaining internally-generated flavours of
- -- Ids really do not have meaningful "original name" stuff,
- -- but we need to make up something (usually for debugging output)
-
- = case (getIdNamePieces True this_id) of { (piece1:pieces) ->
- case [ _CONS_ '.' p | p <- pieces ] of { dotted_pieces ->
- (_NIL_, _CONCAT_ (piece1 : dotted_pieces)) }}
--}
\end{code}
Note: The code generator doesn't carry a @UniqueSupply@, so it uses
projects / ghc-hetmet.git / blobdiff